AVinBrief

Grandstream GWN7721PE Adds 90-Watt PoE++ Port to the GWN7721 Series: What the New Switch Means for PTZ Camera and Wi-Fi 7 Access Point Deployments

Thu, 06 Aug 2026 00:00:00 GMT

What is the Grandstream GWN7721PE and how does it differ from the rest of the GWN7721 Series?

The GWN7721PE is a Layer 2-Lite managed switch that adds a single 10GbE copper port with PoE, PoE+, and PoE++ (IEEE 802.3bt) support to the GWN7721 platform. The GWN7721 Series now has three SKUs: the GWN7721, which carries 8 × 2.5GbE ports and two 10G SFP+ uplinks but no PoE at all; the GWN7721P, which adds PoE/PoE+ across those eight 2.5GbE ports at up to 30W per port; and the new GWN7721PE, which replaces one of the two SFP+ uplinks with a 10GbE copper port capable of delivering up to 90W to a single powered device. The PE variant is the only member of the series that can supply 802.3bt-class power.

What does the GWN7721PE's port layout look like, and what is the total PoE budget?

The switch ships with 10 total ports: 8 × 2.5GbE RJ45 ports that each support up to 30W via IEEE 802.3af/at, one 10GbE RJ45 port that supports up to 90W via IEEE 802.3af/at/bt, and one 10G SFP+ uplink port for the backbone connection. Total PoE budget across all nine powered ports is 130W. The SFP+ uplink remains unaffected by PoE draw, keeping the backbone connection bottleneck-free under full concurrent load.

Which powered devices actually need 90 watts, and why does that matter for an AV or IT installer?

PTZ cameras and Wi-Fi 6/7 access points are the two device classes that most commonly push past the 30W ceiling of standard PoE+. A high-end PTZ camera with pan-tilt motors, integrated IR illumination, and onboard heating for outdoor enclosures can approach or exceed 60W; Wi-Fi 7 multi-radio access points from several manufacturers now carry 802.3bt requirements in the 60–90W range. Without a PoE++ port, installers have to run a separate power supply or a midspan injector to those devices, adding cost and a point of failure. The GWN7721PE's 10GbE port eliminates that workaround for one high-draw device per switch, the configuration that fits the majority of small-room or single-zone deployments.

What does PoE Watchdog do, and how does it change day-two management?

PoE Watchdog monitors the link status of each powered device and automatically power-cycles any port whose device stops responding. For a camera or access point that has locked up, a routine failure mode in always-on deployments, this replaces a truck roll with an automatic reboot. In a distributed deployment across a hotel property, a school, or a multi-tenant building, the reduction in on-site visits can materially affect service cost over a one- or two-year support contract.

What Layer 2 and security features does the GWN7721PE carry?

The switch supports port-based VLAN isolation and VLAN transparent mode for segmenting guest, office, VoIP, and camera traffic. Multi-layer Quality of Service (QoS) covers priority mapping, queue scheduling, and bandwidth control with both DSCP and IEEE 802.1p marking. Security features include IGMP snooping, storm control, DHCP snooping, and loop detection. Spanning Tree Protocol (STP) and Rapid STP (RSTP) provide redundancy and faster convergence. Diagnostic tools include cable testing and port mirroring. Jumbo frame support runs to 9,216 bytes. Switching capacity is 80 Gbps with 40 Gbps non-blocking forwarding throughput.

How is the GWN7721PE managed, and what does it cost?

The switch supports four management paths: a local web GUI, GDMS Networking (Grandstream's cloud management platform, available at no charge), GWN Manager (an on-premise management option, also free), and the GWN App. The metal enclosure fits a desktop footprint or a rack mount; a mounting kit is included. The GWN7721PE is available now through Grandstream's worldwide channel partner network. Grandstream has not published a list price; pricing is available through channel partners.

Where does the GWN7721PE fit in a real AV infrastructure stack, and what should integrators verify before specifying it?

The GWN7721PE is built for the installation type that keeps coming up in small-to-medium commercial work: a single closet or IDF feeding a mix of IP phones, a PTZ camera or two, one or two Wi-Fi access points, and a handful of workstations, where the 30W ceiling of standard PoE+ is a recurring constraint and running a separate power supply to the camera adds cost and a failure point the client will eventually call about. The 90W port solves that problem for one device per switch. That is the right scope for most single-zone deployments. Integrators specifying multi-PTZ or multi-radio Wi-Fi 7 environments where two or more 802.3bt devices land in the same closet will still need a switch with a broader PoE++ port count, the GWN7721PE is not that switch. Three questions worth putting to Grandstream before the spec is locked: First, if the total PoE budget is 130W across nine ports, what is the thermal behavior when the 90W port is fully loaded simultaneously with all eight 2.5GbE ports near their 30W ceiling? Published budget headroom math says that scenario is near the rated maximum. Second, confirm that the GWN7721PE-specific regulatory certifications (FCC, CE, or UL listing where required) are in hand before specifying into a government, healthcare, or education project with compliance sign-off on the schedule. Third, PoE Watchdog's automatic power-cycle behavior is a net positive for unattended deployments, but integrators should confirm whether cycle events are logged in GDMS and whether alerts can be pushed, knowing that a camera rebooted at 2:00 a.m. is operationally different from finding out after the fact.

Nework NewBoard P-Series: What an All-in-One Interactive Display with a 48MP Camera, Eight-Microphone Array, and Android 14 Means for Corporate Meeting Room Procurement

Thu, 06 Aug 2026 00:00:00 GMT

What is the NewBoard P-Series, and what does it include out of the box?

The NewBoard P-Series is an all-in-one interactive display from Nework, a Pomona, California-based audiovisual and collaborative solutions provider. Each unit integrates a 4K UHD touchscreen panel, a 48MP 4K camera with auto-framing and speaker tracking, an eight-microphone array with noise reduction, a built-in interactive whiteboard, wireless screen sharing, and an onboard Android 14 compute platform. Storage is 64GB with 8GB of RAM, driven by an octa-core processor. The series ships ready to deploy without requiring separate compute hardware, cameras, or microphone bars.

What are the P-Series sizes and price points?

Nework has confirmed a 65-inch model at a launch price of $2,159.99, which Nework describes as $840 off the regular price. A 75-inch model is also referenced in product materials with pricing available from Nework representatives directly.

How does the single-cable USB-C connection work, and what does it carry?

The full-function USB-C port on the NewBoard P-Series carries video, audio, touch back-channel communication, and power delivery over a single cable. A laptop connected by that one cable can drive the display, use the camera and microphone array, send touch input back to the connected device, and charge simultaneously, without a separate dock, HDMI adapter, or USB hub.

What is Google EDLA certification, and why does it matter for enterprise buyers?

Google EDLA, or the Enterprise Declared License Agreement, is a certification program that authorizes a device to ship with a managed and stable build of Google Mobile Services on Android hardware outside the consumer phone market. For enterprise buyers, EDLA certification means the device can access Google Workspace apps natively, receives timely Android security updates through a defined support window, and is eligible for centralized fleet management through tools such as Android Enterprise. It is the credential that separates enterprise-grade Android hardware from commercial Android devices that carry generic, unmanaged builds.

What are the interactive whiteboard specifications, and how does the touch perform?

The whiteboard runs on the 4K UHD panel with up to 50-point multi-touch support and a stated latency of under 5ms. The canvas is described as infinite, meaning content is not bounded by the physical screen area. Split-screen mode allows a presenter to run a video call or content source alongside the whiteboard simultaneously. Meeting notes and visuals can be shared to participants via QR code during or immediately after a session.

What wireless content sharing does the P-Series support?

The NewBoard P-Series includes built-in wireless screen sharing compatible with laptops, Chromebooks, tablets, and smartphones. The system does not require a dedicated dongle or hardware receiver for the listed device categories. Nework has named compatible device categories but has not stated the underlying protocol, so integrators specifying wireless sharing for a specific device mix should confirm protocol support before quoting.

What should integrators ask Nework before specifying the NewBoard P-Series in a corporate meeting room rollout?

At $2,159.99 for the 65-inch model, the NewBoard P-Series sits in a segment that has gotten crowded: all-in-one interactive flat panels from growing list of manufacturers are all competing on the same value proposition of one box replacing a camera bar, a microphone, a display, and a compute module. The Nework unit's combination of a 48MP camera, EDLA certification, and a full-function USB-C port gives it a competitive checklist for corporate procurement teams. Three questions are worth putting to Nework before a project quote goes out. First, what is the warranty and on-site service model? An all-in-one unit means a single point of failure covers every component, and a display that also contains the camera, mic, and compute module cannot be swapped piecemeal if one element fails. Second, what is the Android security update commitment? Google EDLA opens the door to enterprise management, but the support window and patch cadence are what determine whether IT can actually maintain compliance over the life of a three- to five-year deployment. Third, what wireless sharing protocols are supported? Nework has named compatible device categories, but not the underlying protocol, and Miracast, AirPlay, and Cast all behave differently across managed enterprise networks with firewall policies in place. For IT administrators evaluating total cost of ownership, the launch price on the 65-inch is one data point. The device management story, specifically whether the P-Series integrates into an existing mobile device management (MDM) platform the organization already runs, is what determines whether that price holds or whether it comes with a parallel management overhead cost.

UTEP Sun Bowl Stadium End Zone Board Gets 4.5x Resolution Jump via Daktronics Renew Re-LED Upgrade

Thu, 06 Aug 2026 00:00:00 GMT

What did Daktronics install at Sun Bowl Stadium, and what physically changed?

Daktronics replaced the LED modules in the end zone video board at the University of Texas, El Paso (UTEP) Sun Bowl Stadium in El Paso, Texas, using the Daktronics Renew re-LED program. The physical cabinet and structure are unchanged at 33.5 feet high by 60 feet wide (10.2 m by 18.3 m). What changed is the pixel pitch: the board moves from the previous 15HD layout to a 10 mm pitch, packing in 50% more LEDs and delivering 4.5 times the resolution of the prior screen.

How does dropping from a 15HD layout to a 10 mm pixel pitch translate to a 4.5x resolution gain?

Pixel pitch is the center-to-center distance in millimeters between adjacent LEDs, smaller pitch means more pixels in the same area. The board moves from the 15HD layout to a 10 mm pitch, reducing the spacing by a meaningful margin, which compounds into a significant density gain across the full board. At 33.5 feet by 60 feet, that physical area now contains 50% more LED nodes than before, and because resolution scales with pixel count in both dimensions simultaneously, the total pixel count, and effective resolution, rises to 4.5 times the original. At a 10 mm pitch, the minimum comfortable viewing distance calculates to roughly 80 feet, which is well within stadium seating geometry.

What content and operational capabilities does the upgraded board support?

The board supports variable content zoning, meaning it can run as one unified full-screen image or be divided into multiple simultaneous zones. Supported content types include live video, instant replays, statistics and game information, graphics, animations, and sponsorship messages, giving UTEP Athletics flexibility to serve different operational needs within a single game day.

What is the Show Control system included in the project, and what does it do?

Daktronics Show Control is an integrated game-day production system that combines display control software, video processing, data integration, and playback hardware into one package. It is available in three tiers: Core, suited for high school and entry-level venues; Plus, suited for college arenas; and Max, suited for professional and major league stadiums. Capabilities include live and scheduled display control, real-time graphics rendering, scoring and timing, a clip server, and total venue control covering lighting, audio, video, and environmental systems. Daktronics releases more than 100 improvements to Show Control annually. The system also carries a strategic integration partnership with Grass Valley for integrated venue production from source to display.

Why is the timing significant for UTEP?

UTEP joined the Mountain West Conference on July 1, 2026, after competing in Conference USA. The upgrade is ready for the 2026 football season, which is UTEP's first playing in the Mountain West. Jim Senter, UTEP Vice President and Director of Athletics, connected the display refresh to a broader effort to improve the fan experience as the program enters what he called a new era in the conference.

What does the UTEP re-LED project tell integrators about the Daktronics Renew approach to aging stadium infrastructure?

The Sun Bowl project is a clean case study in what a re-LED refresh looks like in practice: the physical steel and cabinet stay, the LED modules and control system come out and go back in new. For a university athletics department, that model avoids a structural replacement project, no new mounting engineering, no new permits for the housing, no removal of a large outdoor cabinet, while still delivering a 10 mm pixel pitch specification at 4.5 times the original resolution. For integrators evaluating this approach for their own clients, the three questions worth pressing are operational. First, what is the guaranteed pixel pitch uniformity across the full cabinet after the re-LED, particularly at seams and edges where older mounting tolerances may not align cleanly with the new module geometry? Second, what does the Show Control tier selection mean for ongoing software cost? The Plus and Max tiers serve college and professional venues respectively, and the 100-plus annual improvements Daktronics releases suggest the platform carries a live update cadence: understanding whether that is included in the initial contract or requires a separate maintenance agreement matters for total cost of ownership. Third, what is the warranty structure on the new LED modules installed into the existing housing? The original cabinet's service life now runs ahead of the new electronics inside it, and the crossover point is a real planning question for a college athletics department on a multi-year capital cycle.

Yodeck Reseller Program: What MSPs, AV Integrators, and VARs Can Earn Adding Digital Signage to Their Service Stack

Wed, 05 Aug 2026 00:00:00 GMT

What is the Yodeck reseller program, and who is it for?

The program lets managed service providers, AV and IT integrators, value-added resellers, and marketing agencies sell Yodeck's digital signage content management platform under Yodeck's brand. The vendor handles software development, infrastructure, and end-customer technical support; the reseller owns the client relationship and earns margin on every subscription. More than 1,000 partner companies across 135-plus countries currently participate.

What margin can a reseller earn, and how do the four revenue streams stack?

Software margin runs from 20% up to 50% depending on program tier; the specific tier thresholds are disclosed during onboarding. Three additional streams layer on top: hardware (screens, mounts, and Raspberry Pi-based media players sourced and assembled locally by approved resellers, with markup set by the reseller), per-site installation fees billed as project revenue, and optional monthly managed-services billing for content design, scheduling, or full hands-on screen management. Yodeck's illustration uses a hypothetical example of 20 screens at roughly $8 per screen per month as a planning reference; actual rates and applicable margin percentages are determined by tier.

Who handles support when a client's screen goes dark, and why does that matter for margin?

Yodeck handles end-customer technical support, not the reseller. That structure keeps support hours off the reseller's payroll, which protects the effective margin on every account. A reseller program that routes support tickets back to the channel partner reduces net margin with every ticket logged, regardless of the stated margin percentage.

What hardware paths are available to a reseller building a client bundle?

Resellers are not locked to a single hardware path. The Yodeck Player is a proprietary Raspberry Pi-based device; approved resellers can source and assemble Pi-based players locally, keeping hardware procurement flexible and the markup in the reseller's control. The platform also runs on Android, Windows, Amazon Fire TV, LG webOS, and Samsung Tizen devices, allowing resellers to match hardware to client budget or existing infrastructure.

What does the program include for onboarding and deal protection?

Enrollment begins with an application followed by structured training and certification, with a channel sales specialist assigned from day one. Deal registration is available, protecting resellers from being undercut on opportunities they develop. A free plan covering one screen with no credit card required serves as a zero-cost live demo kit, a reseller who runs Yodeck on a screen in their own office turns every client meeting into a product demonstration. The full program entry point is yodeck.com/partners/.

What should an AV integrator or MSP ask before signing a digital signage reseller agreement?

The case for recurring subscription model is clear. Project-based AV and IT businesses reset to zero revenue each January and at the end of each installation. A subscription book compounds: each new client stacks on top of existing renewals, so the baseline rises with every year. Expansion within accounts accelerates it further as signage clients tend to add screens as they open new locations or outfit additional spaces which raises the recurring base without requiring a new logo. A business built on contracted recurring revenue can also command higher acquisition multiples if the owner ever sells, because buyers pay more for income they can count on than for income that depends on the current year's pipeline. The Yodeck program's stated margin band (20-50%) is wide enough that two resellers in similar markets could land at very different economics depending on tier placement. Before signing, the three questions worth putting directly to any vendor's partner team: Who owns the support relationship, and how is it enforced? Yodeck explicitly places end-customer support on the vendor side, which is the right structure for protecting margin. But "vendor handles support" means different things in different programs. Ask for the service-level agreement and the escalation path, not just the policy statement. Service after the sale, leads directly to churn in the subscriber base and it might be out of your full control to execute well. What is the actual per-screen pricing at the tier you will qualify for on day one? The $8/screen/month figure in Yodeck's program materials is an illustrative example, not a published rate. Actual rates and the margin percentage that applies to a new reseller with no track record are what determine whether the recurring revenue model works in your business. What happens to your clients if you exit the program? Subscription relationships sit between the client and the vendor's platform. Understand whether the client contract transfers cleanly to you or stays with the vendor before you build a book of business on it. Similiarly, what happens if your customers decide no to renew and what is that impact on your pricing tier or support obligations?

Actions Technology ATS296X-Series Brings Bluetooth HDT to Commercial Audio Hardware: What the First Chips Built on Ceva-Waves Links200 Mean for Wireless Audio Product Designers

Tue, 04 Aug 2026 00:00:00 GMT

What are the Actions Technology ATS296X-series chips, and what makes them significant?

The ATS296X-series is a family of Bluetooth audio system-on-chips (SoCs) from Actions Technology, a Zhuhai, China-based fabless semiconductor company. The chips integrate the Ceva-Waves Bluetooth High Data Throughput (HDT) platform IP, making them among the industry's earliest commercial implementations of HDT, a key feature of the upcoming Bluetooth 7.0 specification. The significance is in the throughput jump: Bluetooth HDT raises peak data rates from 2 Mbps to approximately 7.5 Mbps, crossing the threshold that allows lossless multichannel audio over a wireless link for the first time in the Bluetooth standard's history.

What does 7.5 Mbps actually unlock for wireless audio that 2 Mbps could not support?

The practical ceiling for conventional Bluetooth LE audio is stereo, two channels, compressed. At 7.5 Mbps, HDT opens enough headroom for lossless multichannel audio streaming, meaning a full soundbar system with wireless satellite speakers and a subwoofer can run natively over Bluetooth without a proprietary RF workaround. The same throughput headroom supports ultra-low-latency gaming audio, faster over-the-air firmware updates, and multi-link concurrent operation across scenarios. Actions Technology's proprietary dual-RF design on the ATS296X-series is specifically architected to handle multi-scenario concurrent operation requirements, running more than one wireless link simultaneously without interference-induced degradation.

What is the Ceva-Waves Links200, and what is its role in the ATS296X?

The Ceva-Waves Links200 is Ceva's turnkey multi-protocol wireless connectivity platform IP. It supports Bluetooth dual mode (Classic and LE, including HDT up to 7.5 Mbps) alongside IEEE 802.15.4 for Zigbee, Thread, and Matter. The platform integrates radio, modem, controller, software stacks, and audio profiles, including Classic Audio, LE Audio, and Auracast Broadcast Audio, in a single licensable IP block fabricated on TSMC's 12nm FFC+ process. Ceva supplied this IP to Actions Technology, which built the ATS296X SoC around it. The arrangement reduces development complexity for Actions' downstream customers: the HDT radio and stack come pre-validated rather than designed from scratch.

How mature is the HDT specification, and where do the ATS296X chips stand in the certification process?

Bluetooth HDT is a feature of the forthcoming Bluetooth 7.0 specification, which had not been officially ratified as of the announcement date. Ceva has participated in four industry interoperability (IOP) events, multi-vendor testing sessions that validate HDT implementations against other Bluetooth chipset providers and help stabilize the specification before ratification. The ATS296X-series was undergoing interoperability testing at announcement; it is not yet at the commercial-shipping stage. Designers evaluating the chips for product roadmap inclusion should account for the gap between IOP participation and the completion of full Bluetooth qualification, which requires a ratified specification.

What is the history between Actions Technology and Ceva, and why does it matter for this chip?

The two companies have collaborated across multiple technology generations. Actions Technology has licensed Ceva's audio DSP IP for its audio processing pipelines for years, and the combined output of the relationship has reached more than 100 million wireless audio SoCs integrating Ceva wireless connectivity and sensing technologies. That volume represents an established integration track record, not a first-generation experiment. For a product designer evaluating the ATS296X, the implication is that Actions has shipped Ceva IP at scale and understands how to build a production SoC around it, a meaningful distinction when HDT is new enough that many competitors are still at the reference-design stage.

Which product categories is the ATS296X-series targeting?

Actions Technology is positioning the ATS296X-series for Bluetooth speakers, wireless microphones, multichannel home audio systems, gaming headsets, and wireless home theater configurations. The chip's multichannel capability specifically targets soundbar-plus-satellite architectures, a product category that could not be built on standard Bluetooth without proprietary RF layers. On the professional and semi-professional side, wireless microphones are a direct target, and the low-latency audio path is relevant to any application where lip sync or cue timing matters. Auracast Broadcast Audio support, inherited from the Ceva-Waves Links200 platform, extends the chip's reach to assistive-listening and public-address distribution scenarios.

What does the ATS296X-series mean for integrators specifying wireless audio in installed commercial environments?

The story here is that innovation is coming in 2027. Every prior generation of Bluetooth wireless audio for installed sound has required some form of proprietary RF layer, a manufacturer's own 2.4 GHz or 5.8 GHz scheme, to achieve multichannel or lossless performance. HDT does not eliminate proprietary solutions overnight, but it provides a standards-based path to the same result, which is what drives interoperability and long-term supportability in installed systems. For integrators, the ATS296X-series is in interoperability testing and Bluetooth 7.0 itself is not yet ratified. Products built on this silicon will not reach the market until both milestones clear. That is a 2027 story at earliest for most deployment cycles, but it is something to watch. Three standing questions are worth putting to any vendor's R&D team whose roadmap references Bluetooth HDT: First, what is their IOP event participation record? Ceva has logged four multi-vendor interoperability events; a chipset without that testing history carries higher integration risk for early adopters. Second, how does the dual-RF concurrent operation design affect PoE or battery budget in the end product? Multichannel wireless audio over Bluetooth HDT is new enough that real-world power draw figures in installed or portable form factors have not been published. Third, does the product roadmap include Auracast Broadcast Audio? The assistive-listening and distributed-audio implications of Auracast are directly relevant to ADA compliance planning in corporate, hospitality, and houses-of-worship installations, and HDT-capable hardware that also carries Auracast support changes the specification calculus for those verticals meaningfully.

Avocor B Series Pairs with NowSignage CMS in UK Partnership Targeting Education, Enterprise, and Retail

Tue, 28 Jul 2026 00:00:00 GMT

What did Avocor and NowSignage announce on July 28?

Avocor, an AUO company, and NowSignage, a digital signage content management system (CMS) provider, announced a strategic partnership initially focused on the UK market. The agreement targets education, enterprise, and retail sectors. A phased global rollout is planned for 2027.

Which Avocor product is at the center of this partnership, and what is it?

The partnership is built around the Avocor B Series, a commercial digital signage display introduced at Integrated Systems Europe (ISE) 2026 in February. The B Series is Avocor's entry into the business and commercial digital signage display market, distinct from its established interactive display lines.

What does running NowSignage directly on the B Series mean for the hardware side of an installation?

The NowSignage software application loads directly onto the B Series display, removing the need for a separate external media player. According to Avocor Global General Manager Dana Corey, that simplifies the installation process, removes a device from the network, and reduces energy consumption, all of which affect total cost of ownership (TCO).

What sectors are both companies specifically targeting in the UK?

The primary sectors are retail, enterprise business signage and wayfinding, and UK higher education. The education application covers campus-wide communication, lecture hall signage, and student information displays. Avocor was founded in the UK roughly a decade ago, and NowSignage also has UK roots, which the two companies offer as part of the rationale for the collaboration.

How are the two companies aligning their channel support beyond the technology integration?

Charlie Zammit, Head of Product at NowSignage, said the partnership goes beyond technical compatibility: the two companies are aligning their channel support teams to help shared partners deliver installations. Avocor and NowSignage are also committing to a joint commercial strategy that combines resources to support sales channels, distributors, and integrators.

What should UK integrators ask before committing the Avocor B Series and NowSignage stack to a multi-site rollout?

The player-in-the-display approach is well-established in digital signage, many integrators have deployed SoC (system-on-chip) display-plus-CMS combinations before, so the real evaluation question here is not whether the concept works, but about this specific pairing. Here are some questions for integrators and end users looking at this solution. Operational performance. How does the B Series SoC handle the NowSignage workloads the customer actually plans to run, high-resolution video loops, dynamic data feeds, scheduled content switching, under sustained load? Security and compliance. NowSignage delivers content scheduling and device management through its own cloud infrastructure, which means content scheduling and device management flow through NowSignage servers. For UK higher-education and enterprise deployments, the relevant questions are where that data is hosted (UK, EU, or elsewhere), what certifications the platform carries (Cyber Essentials, ISO 27001, or equivalent), and how device-level access control is provisioned and revoked. Total cost of ownership over time. Eliminating the external media player lowers upfront hardware cost and reduces one failure point, that is genuine value. But TCO for a cloud CMS is a subscription calculation. Integrators should model the NowSignage licensing cost per screen across the expected contract term alongside the hardware savings, and understand what support tier is included versus what costs extra. The 2027 global rollout plan also raises a practical question: what is the support structure when the partnership expands to serve customers in new regions?

DXC Technology and ElevenLabs Form Voice Partnership: What the Deal Means for Enterprise Deployments in Spaces AV Integrators Own

Tue, 28 Jul 2026 00:00:00 GMT

What did DXC Technology and ElevenLabs actually announce?

DXC Technology, an Ashburn, Virginia-based enterprise technology services company, announced a strategic partnership with ElevenLabs, a company specializing in audio models and voice agents. As part of the deal, DXC will embed ElevenLabs' voice capabilities across its internal operations and client-facing solutions. DXC also disclosed that it participated in ElevenLabs' most recent Series D funding round of $500 million, which values ElevenLabs at approximately $11 billion.

What specific use cases does the partnership target?

DXC identified four areas of deployment. The first is enterprise productivity: voice agents and copilots applied to service desk operations, employee training, and knowledge management. The second is customer experience: multilingual voice interfaces embedded into customer service platforms. The third is industry-specific solutions: voice agents integrated into vertical-market offerings to support virtual assistants and service delivery workflows. The fourth is application platform engineering: combining ElevenLabs' capabilities with DXC's application modernization tools to build products for enterprise clients.

How does DXC's investment in ElevenLabs change the nature of this partnership?

DXC's participation in the Series D round creates a financial stake alongside the commercial relationship, which typically signals stronger alignment on co-development priorities and roadmap access than a standard reseller or referral arrangement. DXC cited the investment as evidence of conviction in generative voice AI and said it strengthens the basis for co-innovation. The partnership includes a joint go-to-market structure, with co-developed solutions expected to be incubated through LabX, DXC's internal AI product development program.

Which industries are in scope for the joint go-to-market?

DXC operates across healthcare, government, financial services, and other regulated enterprise verticals. Use cases include service desk automation, multilingual customer engagement, and virtual assistants which map directly to high-volume, customer-facing operations common in those sectors. Ben Budde, Revenue Leader at ElevenLabs, said the goal is to bring voice agents into mission-critical workflows across the complex environments DXC serves globally.

Where does this partnership intersect with the commercial AV stack?

Voice agents at enterprise scale touch the same infrastructure that AV integrators deploy and manage: meeting room systems, digital signage, kiosk interfaces, and service desk endpoints. Multilingual voice interfaces embedded into customer-facing platforms are a near-term application for interactive displays, lobby kiosks, and wayfinding systems in facilities where AV integrators hold the installation relationship. Service desk voice agents operate through the same unified communications (UC) infrastructure, Microsoft Teams Rooms, Zoom Rooms, and similar platforms, that AV teams specify and support.

What should AV integrators working in enterprise and regulated-facility environments take from the DXC, ElevenLabs deal?

The partnership itself is an IT services story, as DXC is an enterprise technology integrator, not a commercial AV manufacturer. But the use cases land squarely in spaces AV integrators already own: lobbies, service desks, conference rooms, and customer-facing kiosks. Multilingual voice interfaces on interactive displays and voice-activated wayfinding in transportation hubs and healthcare facilities are not hypothetical: they are active specification categories. What this deal signals is that the supply chain for voice agent capability is consolidating around a small number of well-capitalized platforms, and enterprise IT buyers may increasingly arrive at an AV project with a preferred voice vendor already chosen upstream. Three questions are worth raising with enterprise clients now. First, where does audio telemetry go? Voice agents that process employee or patient speech in a facility generate data that must be accounted for under privacy frameworks relevant to that environment: HIPAA in healthcare, FedRAMP in government, and internal data governance policies in finance. Integrators specifying microphone arrays and DSP infrastructure in those environments should understand which voice platform their client has selected and what data-flow commitments that platform has made. Second, what is the administrative boundary between AV-controlled endpoints and IT-controlled voice agents? A ceiling microphone array feeding a Teams Rooms system is AV-managed infrastructure; a voice agent running on that same room's endpoint may be IT-managed. Clarifying that boundary at the design phase avoids support gaps after installation. Third, total cost of ownership for voice agent services typically includes per-use or per-seat licensing on top of hardware, integrators pricing multi-room or multi-site deployments should account for that recurring layer when building proposals.

Google Docs Adds Gemini-Powered Comment Workflows: What the Four New Capabilities Mean for Collaborative Document Review

Tue, 28 Jul 2026 00:00:00 GMT

What four capabilities did Google add to it's word processing Docs application?

Google added four discrete comment-workflow capabilities powered by Gemini to Google Docs. The first synthesizes and answers questions about comment threads allowing users to prompt Gemini to summarize all comments from a specific collaborator or surface unresolved issues blocking a project. The second lets users instruct Gemini to insert new comments on their behalf, including persona-driven batch reviews, such as asking Gemini to read a document as a copy editor and leave comments on clarity and narrative flow. The third drafts contextually grounded replies to open threads, pulling in context from the document and, where prompted, from files stored in Drive. The fourth suggests document edits based on reviewer feedback, generating tracked changes the user can review and accept or reject.

Where inside Google Docs do users access these features?

Users reach all four capabilities through either the 'Ask Gemini' bottom bar or the Gemini side panel within any Google Docs document. Google also built in proactive nudges: when a user opens a document with existing comments, Gemini may prompt a summary automatically; when a user clicks into an open comment thread, Gemini may offer to draft a reply without a manual prompt.

Which Google Workspace plans include the new features, and which do not?

The capabilities are included in Business Standard and Business Plus, Enterprise Standard and Enterprise Plus, Education Plus, Google AI Pro, Google AI Ultra, Google AI Pro for Education, the Teaching and Learning Add-on, and the AI Expanded Access Add-on. Business Starter, Enterprise Essentials, Frontline, and Workspace Essentials are not listed as eligible tiers. The feature is bundled within the qualifying subscription.

What do admins and end users each need to turn on before these features work?

On the admin side, Gemini for Workspace in Drive must be enabled; Google states the comment-workflow features are on by default once that prerequisite is met. End users must have Workspace smart features enabled in their account settings. The features are restricted to users with document edit access, view-only collaborators cannot use them.

What is the rollout timeline, and when will all eligible users see the features?

Google began a gradual rollout on July 28, 2026, covering both Rapid Release and Scheduled Release domains simultaneously. Google states visibility may take up to 15 days to reach all users within eligible organizations, meaning some tenants on qualifying plans may not see the features until mid-August 2026.

What should integrators and consultants advising Workspace-dependent clients think through before these features reach end users?

AV integrators may use Google Docs in their own businesses and certainly have clients who use Google Workspace as their primary document and voice/video collaboration platform. Three operational questions are worth settling before the 15-day rollout window closes. On data flow and privacy: Gemini's reply-drafting capability can pull content from files in a user's Drive to answer a comment thread, meaning Gemini reads across documents, not just the one open on screen. Integrators advising clients in regulated environments, like healthcare, government, education, or financial services, should confirm how Gemini for Workspace handles data in transit and at rest under the client domain's data-processing terms before the feature goes live. Google's data-protection documentation for Gemini in Docs, Drive, and related services is the resource to review and share with the client's compliance stakeholders. Making sure it aligns to the client's published AI governance policies is a good first step. On admin control surface: the on/off lever is Gemini for Workspace in Drive, not a comment-specific toggle. Turning the feature off for a subset of users or a particular organizational unit requires working through the broader Gemini for Workspace access controls in the Admin console. Integrators managing Workspace deployments for clients who want selective rollout should map that access-control path and document it before the gradual rollout reaches the client's domain. On workflow and document-integrity implications: the "add new comments" capability lets Gemini insert comments on a user's behalf, including batch, persona-driven reviews across an entire document. In environments where comment trails carry accountability weight, like might be the case in legal review, compliance sign-off, or clinical documentation, integrators should raise with their clients whether Gemini-authored comments are distinguishable from human-authored ones in the audit trail, and whether policy guidance to end users is warranted before the automatic nudges start appearing.

INFiLED GeminiLED Series: What a 25.5 mm Dual-Sided LED Display Means for Wayfinding and Signage in Airports, Rail Hubs, and Corporate Lobbies

Tue, 28 Jul 2026 00:00:00 GMT

What is the GeminiLED Series and what problem does it solve?

The GeminiLED Series is a dual-sided direct-view LED (dvLED) display from INFiLED designed for high-traffic public interiors where information must be readable from both directions simultaneously. Each of the two display faces operates independently, so one side can present wayfinding content for people approaching from one direction while the other delivers branding, service updates, or visitor messaging for the opposite flow. The entire dual-sided structure fits within just over an inch of depth (25.5 mm).

What are the physical specifications and configuration options?

Each cabinet weighs 16.5 lbs (7.5 kg) and measures 25.5 mm deep. The series is available in 16:9 and 9:16 orientations to match horizontal information displays or vertical wayfinding and retail applications. Installation configurations include suspended overhead mounting and freestanding totem formats. Suspended arrays support up to 15 cabinets per hanging point cluster, which INFiLED positions as a way to build a larger dual-sided communication surface above circulation routes with fewer structural attachment points.

What are the display's image performance specifications?

The display is available in 1.56 mm and 2.5 mm pixel pitches. Peak brightness is rated at 1,500 nits (cd/m²), for the 1.56mm pixel pitch display, the minimum target for readability under skylit ceilings and bright glass-covered interiors. The viewing angle is 170 degrees, allowing audiences approaching from oblique paths to read content before they are directly in front of the screen. Contrast ratio is rated at 100,000:1. The series also incorporates MIP (mapping in pixel) technology, which INFiLED describes as supporting cleaner color rendering, stronger depth, and sharper visual separation for maps, text, service updates, and brand graphics.

What does the GeminiLED's EMC Class B certification mean for installations in public-infrastructure environments?

Electromagnetic compatibility (EMC) Class B certification is a regulatory standard that limits the electromagnetic emissions a device may produce and defines its tolerance for interference from other sources. In public venues such as airports, rail terminals, and large corporate campuses, display systems operate alongside public-address systems, security infrastructure, wayfinding networks, and facility management equipment. This opposed to the Class A requirements that are standard for commercial, business, or industrial spaces where general public electronics are less concentrated. For integrators, this certification is relevant during both specification and commissioning, particularly in transit authority or government-managed facilities where electromagnetic compatibility is a formal project requirement.

Which venue types and use cases does INFiLED position the GeminiLED Series for?

The GeminiLED is aimed at airports, rail hubs, retail atriums, and corporate lobbies. Stated use cases include wayfinding, branding, service updates, and visitor messaging. The dual-orientation availability (16:9 and 9:16) and the choice between suspended and freestanding totem configurations are intended to let integrators match the display format to specific spatial roles rather than retrofitting a single format to all placements.

What should integrators ask INFiLED before specifying the GeminiLED in a transit authority or government-managed facility?

The GeminiLED's value proposition is spatial before it is visual: one suspended cabinet replaces two independently mounted screens and the structural hardware that would separate them, while keeping the depth thin enough to avoid dominating a sightline. For an integrator pricing a wayfinding refresh in a busy terminal, that consolidation math is worth running before the specification is written. A few questions are worth taking to INFiLED early. First, pixel pitch: integrators should inquire about available pitch options and how that choice relates to brightness and cabinet depth, as that figure drives both the minimum comfortable viewing distance and the resolution of each independent face. In a transit concourse, where passengers read while walking from 15 to 40 feet away, the pitch selection shapes whether the content is legible or not. Second, content management: because each face operates independently, the brief does not describe how content is distributed, scheduled, or monitored across both faces simultaneously. Integrators managing a network of dual-sided units across a large terminal will want to confirm that their preferred content management system (CMS) treats each face as a discrete channel and that remote monitoring covers both faces independently. On cost and return on investment, the suspended-totem configuration's structural efficiency (more display surface per hanging point) is the clearest ROI argument for facilities with restricted ceiling attachment budgets or structural load limits. A single GeminiLED run suspended above a concourse circulation path does the work of two screens while adding only one cable and power drop.

Yodeck Adds Natural-Language Screen Control to Its Digital Signage Platform via AI Agent Feature

Tue, 28 Jul 2026 00:00:00 GMT

What is the Yodeck AI Agent, and what does it do?

Yodeck AI Agent connects the Yodeck digital signage platform to third-party AI tools the operator already uses. An operator types an instruction in plain language inside ChatGPT, Claude, or any compatible AI tool, and Yodeck executes the corresponding action on the platform. No portal navigation is required for supported tasks.

What are the use cases for this use of AI in digital sigange?

Yodeck outlines two uses including assigning a campaign to 40 screens and checking which screens are currently offline. Both tasks previously required several minutes of portal navigation, but now take a single typed sentence.

Which AI tools are compatible with the Yodeck AI Agent?

ChatGPT and Claude are listed as compatible clients. Yodeck also states the feature works with "any compatible AI tool," though Yodeck has not published a complete compatibility list or specified the technical integration method (such as an API key, plugin, or protocol) used to connect Yodeck to those tools.

Which Yodeck plan tiers include the AI Agent feature?

The AI Agent is available on Premium plans and above. It is not included in Yodeck's free or Starter tier.

Is the AI Agent a hardware or software addition?

It is a software feature of the Yodeck platform. No new hardware is required.

What should a Yodeck operator actually confirm before relying on the AI Agent to manage a live screen fleet?

The appeal of the Yodeck AI Agent is real: operators managing dozens or hundreds of screens spend a disproportionate share of their time on routine portal tasks: bulk assignments, offline audits, schedule updates. Collapsing those into a typed sentence is an operational efficiency tool. A few things are worth pinning down before building the feature into a workflow, however. First, scope of supported commands. Make sure your preferred AI tools are supported. Knowing whether the AI Agent can handle scheduling, user-permission changes, or media library operations, versus only fleet-status queries and campaign assignments, determines how much of the portal it actually replaces. Second, data flow and administrative control. When an operator types an instruction into ChatGPT or Claude, that instruction passes through a third-party AI service before reaching Yodeck. For operators in regulated or sensitive environments, including healthcare, education, and government, that data path raises a compliance question: what, if anything, does the AI tool see or retain? Administrators in those verticals should ask Yodeck directly how the integration is architected and what data leaves their environment. And what prevents bad actors from inserting prompts into the network.

Grandstream SoftwareUCM Gains Native QueueMetrics Integration: What the Call Center Analytics Partnership Means for Integrators Specifying Affordable Contact Center Solutions

Sun, 26 Jul 2026 00:00:00 GMT

What does the Grandstream and QueueMetrics integration actually deliver?

Starting with SoftwareUCM version 1.0.1.4, organizations can connect Grandstream's SoftwareUCM software PBX platform to QueueMetrics, the call center monitoring and reporting platform developed by Loway, headquartered in Stabio, Switzerland. The combined solution covers call routing, voicemail, agent performance tracking, real-time queue dashboards, and historical analytics within a single deployment.

What is SoftwareUCM, and how does it differ from Grandstream's other PBX products?

SoftwareUCM is Grandstream's software-based IP PBX offering, distinct from the company's on-premise UCM6300 Series hardware appliances and its CloudUCM hosted platform. It is designed to give organizations the enterprise-grade unified communications (UC) feature set of the UCM line in a software-deployable form, trading hardware dependency for deployment flexibility.

What does QueueMetrics add that SoftwareUCM does not already provide on its own?

QueueMetrics, developed by Loway, is a purpose-built call center monitoring and reporting platform. The integration brings advanced queue management, real-time supervisor dashboards, and historical reporting to SoftwareUCM deployments, capabilities that a general-purpose IP PBX platform does not include natively. The result is a stack that covers both the communications infrastructure and the contact center analytics layer without requiring a separate dedicated call center platform.

Who is the stated target for this integration?

Grandstream positions the integrated solution at businesses of all sizes that need contact center capabilities but want to avoid the cost and complexity traditionally associated with dedicated call center platforms. The pitch is that organizations can build a complete, enterprise-ready call center on infrastructure they already operate.

What version of SoftwareUCM is required, and is this a native integration or a third-party workaround?

Native support for QueueMetrics begins with SoftwareUCM version 1.0.1.4. Grandstream describes the integration as built in, not a third-party workaround, meaning the connection between the PBX and the QueueMetrics reporting layer is supported directly within the platform rather than requiring external middleware or custom configuration.

What should integrators ask before recommending SoftwareUCM plus QueueMetrics as a contact center stack?

The value proposition here is straightforward: one software PBX plus one reporting layer equals a functional contact center without dedicated call center licensing overhead. For integrators who want to build their own contact centers or field contact center inquiries from small and mid-market clients priced out of other systems, that combination is worth evaluating seriously. Three questions are worth putting to Grandstream and Loway before spec'ing this stack. First, concurrent agent capacity: the release does not state how many simultaneous agents or queues SoftwareUCM version 1.0.1.4 supports. That ceiling determines whether this solution fits a 10-seat help desk or a 200-seat operation, and the answer shapes the conversation with the client from the first meeting. Second, licensing model: SoftwareUCM is a software platform, and QueueMetrics carries its own licensing. It is unclear whether QueueMetrics is included, bundled, or billed separately through Loway's own tiers. Total cost of ownership for a 50-seat deployment looks very different depending on which licensing path applies. Third, data residency and access control: QueueMetrics is a reporting platform, which means it ingests call records, agent activity logs, and queue data. Integrators specifying this stack in healthcare, finance, or government environments should confirm where that data flows, who controls access, and whether the deployment satisfies any applicable compliance requirements before the contract is signed. Having a written AI governance policy is an important first step to this effort.

Cloud Microphones TRUE BLUE 520: What a 500 Series Preamp Designed with TRUE Systems' Tim Spencer Means for Installed Audio and Live Production Specifiers

Wed, 22 Jul 2026 00:00:00 GMT

What is the TRUE BLUE 520?

The TRUE BLUE 520 (model CL-520) is Cloud Microphones' first 500 Series microphone preamplifier, now shipping at an MSRP of $899. It occupies a single slot in any standard 500 Series powered chassis and was developed in collaboration with Tim Spencer, founder of TRUE Systems, whose preamp designs have been used in remote-truck productions at festivals including Coachella and Bonnaroo and at venues such as the Kennedy Center in Washington, D.C.

What gain range does the TRUE BLUE 520 cover, and how does it handle low-output sources?

The unit provides a continuous gain range from 6 dB to 60 dB in standard operation. A +16 dB Gain Boost control, accessible through the Cloud Touch interface, extends the maximum to 76 dB across the full range. Cloud describes the noise floor as ultra-low and consistent across the entire gain range, which makes the higher gain settings practical for low-output dynamic and ribbon microphones.

What is the Cloud Touch interface, and why does it matter for studio and stage environments?

Cloud Touch is a patent-pending capacitive touch control system that replaces the mechanical push-button switches found on most 500 Series modules. Tim Spencer, who co-designed the unit, describes the system as silent in operation: controls for gain boost, high-pass filter activation, and phantom power all respond to touch rather than click. The front panel is illuminated for visibility in low-light environments. A Blink-Delay circuit requires a two-second hold before certain functions engage, preventing accidental phantom power activation or Gain Boost triggering during live operation.

How does the TRUE BLUE 520 protect ribbon microphones, and what does the signal path look like?

Two protection mechanisms address ribbon microphone vulnerabilities. First, the Blink-Delay circuit enforces a mandatory two-second hold before +48V phantom power or Gain Boost engages. Second, automatic phantom power switching disengages +48V components and removes all capacitors from the input when the unit is in ribbon or dynamic mode, eliminating transient voltage exposure at the connector. The signal path itself uses internal relay switching to shorten the circuit path, which Cloud states minimizes high-frequency phase shifts. The topology is fully balanced throughout. A rail-to-rail architecture maintains 28 dBu internal headroom and maximum input/output levels. Phase inversion, switchable at 180 degrees, is also available through the touch interface.

What does the high-pass filter do, and where is it practically useful?

The variable high-pass filter (HPF) sweeps continuously from 25 Hz to 420 Hz, which is a wider range than the fixed one- or two-position HPF found on most 500 Series preamps. The lower end of the range addresses proximity-effect buildup from close-miked voice sources; the upper end reaches into the low-mid region where bass instruments and acoustic sources can accumulate resonance and plosive energy. The continuous sweep allows fine adjustment rather than a forced choice between two fixed corner frequencies.

Does the TRUE BLUE 520 include an instrument DI input, and how is it routed?

The unit includes both a DI IN jack and a THRU jack on the front panel. DI IN routes the instrument signal directly into the preamp core. The THRU jack passes the instrument signal simultaneously to a second destination, either an external amplifier or an additional DI signal path, functioning as a signal split. The two jacks operate independently, so the preamp and the external amplifier or second DI receive the signal without affecting each other.

What should a specifier ask before putting the TRUE BLUE 520 in the rack?

The TRUE BLUE 520 sits in a well-populated 500 Series preamp market, and the $899 MSRP puts it in direct conversation with modules from other suppliers. The case Cloud is making is not primarily about price: it is about ribbon-microphone safety and low-output microphone gain headroom packaged together in a single slot. For integrators specifying broadcast racks, house-of-worship recording rigs, or corporate broadcast studios, three practical questions are worth settling before the purchase order: First, what chassis is already in the rack? The TRUE BLUE 520 requires a standard 500 Series powered chassis. A house running an API Lunchbox or a third-party rack already has the infrastructure. A facility building from scratch adds chassis cost to the per-slot calculation. Second, how many ribbon microphones are in the signal chain? The Blink-Delay protection and automatic phantom power isolation are meaningful features in any rig that mixes ribbon and condenser sources on the same console session, or where operators switch between mic types under time pressure. They are less differentiating in a rig where ribbon mics are never used. Third, is the continuous HPF sweep a workflow advantage in this application? For voice-heavy broadcast or podcast-style production where proximity effect is a recurring issue, sweeping continuously from 25 Hz to 420 Hz is genuinely more flexible than a fixed 80 Hz or 100 Hz switch. For music recording contexts where the HPF position is set once per session, the advantage is smaller. The TRUE Systems circuit lineage is relevant. Integrators who have specified TRUE Systems' Precision 8 in larger multi-channel installations are the natural early audience for a single-slot version of a related architecture. Whether the Cloud Touch interface holds up to heavy daily use is the question worth putting to a dealer before a multi-unit installation commitment.

LEA Professional Names NSL Group as New Zealand Distributor for Network Connect and Dante Connect Amplifier Lines

Tue, 21 Jul 2026 00:00:00 GMT

What did LEA Professional announce for the New Zealand market?

LEA Professional named NSL Group, a New Zealand-based AV distributor, as its authorized distribution partner for New Zealand. The arrangement makes NSL Group the local channel for LEA's Network Connect and Dante Connect series of professional amplifiers.

Which LEA Professional product lines are coming to the New Zealand market through this deal?

The partnership covers the Network Connect series of professional amplifiers and the Dante Connect series. The Dante Connect series adds Dante and AES67 (Audio Engineering Society standard for audio-over-IP interoperability) connectivity to the amplifier line. Both series support remote control, monitoring, and notifications via LEA Cloud from any internet-connected device.

Who is NSL Group, and what is its position in the New Zealand market?

NSL Group is a New Zealand-based distributor that focuses exclusively on professional audio and commercial AV technology. Carl Win, COO of NSL Group, said the company seeks out the highest-quality technology and customer service, and cited LEA Professional's commitment to customer care as a key factor in the partnership decision.

What role does Generation AV play in this arrangement?

Generation AV, whose Managing Director is David McKinney, will collaborate closely with NSL Group as an authorized LEA partner in the market. McKinney described the combination of NSL Group and LEA Professional as two strong forces coming together.

How does LEA Professional's remote monitoring capability work for integrators in the field?

LEA's Connect series amplifiers connect to LEA Cloud, which provides remote control, monitoring, and alert notifications from any internet-enabled device. The practical result for an integrator is the ability to check amplifier status, adjust settings, and receive fault alerts without a truck roll to the site, provided the amplifier has a live network connection.

What should New Zealand integrators ask NSL Group before specifying LEA Professional amplifiers for their next project?

For integrators in New Zealand evaluating whether to put the Network Connect or Dante Connect series on a project spec, three practical questions are worth putting to NSL Group early. First, local stock and lead times: cloud-managed amplifiers that go offline mid-deployment are a support headache, and knowing whether NSL Group carries buffer stock in-country or is shipping to order from the manufacturer affects project scheduling and warranty-replacement planning. Second, training and commissioning support: LEA Professional's remote-monitoring pitch depends on correct initial setup. Integrators should confirm what pre-sales and commissioning support NSL Group provides, and whether LEA's training resources are available locally or only online. Third, AES67 interoperability in context: the Dante Connect series supports both Dante and AES67, which matters when a project already has a non-Dante audio-over-IP infrastructure. Confirming which modes are available and whether NSL Group's technical team can support mixed-protocol deployments before the truck leaves the yard is worth the call.

SNA Displays and AV-Worx Install Two dvLED Video Walls at Palm Beach Atlantic University's Rinker College of Business

Tue, 21 Jul 2026 00:00:00 GMT

What did Palm Beach Atlantic University recentlyl install, and where?

Palm Beach Atlantic University (PBAU), a private, non-denominational Christian university founded in 1968 in West Palm Beach, Florida, added two direct-view LED (dvLED) video walls to its Rinker College of Business. Both displays were manufactured by New York-based SNA Displays and installed by AV-Worx, an AV integrator founded in 2014 that works across corporate, federal, utility, and education sectors.

What are the specs on the lobby video wall in Rinker Business Hall?

The lobby display in the Marsha and Vera Lea Rinker Business Hall spans two floors of the six-story building, measuring 26'6" tall by 31'5" wide (approximately 8.1 m by 9.6 m) across roughly 835 square feet (77.6 m²) of LED surface. Its pixel pitch is 1.9 mm, and its native resolution is 4,212 by 4,992 pixels. The display functions as both an educational centerpiece and a backdrop for campus events.

How does the Titus Lecture Hall screen differ from the lobby wall?

The Titus Lecture Hall display is smaller and carries a tighter pixel pitch. It measures 10'4" tall by 18'4" wide (approximately 3.2 m by 5.6 m) at a 1.5 mm pixel pitch and a resolution of 2,016 by 3,584 pixels. The hall is a 300-seat, tiered auditorium used for large classes, guest lectures, and special campus presentations. The tighter pitch suits the closer viewing distances typical in a lecture hall setting compared to a multi-floor lobby.

What is the combined pixel count across both displays?

Together, the two installations process more than 28 million pixels. The lobby wall alone accounts for approximately 21 million pixels at its stated resolution of 4,212 by 4,992; the lecture hall display contributes roughly 7.2 million pixels at 2,016 by 3,584.

What is driving higher-education adoption of tight-pitch dvLED?

Richard Hill, sales director for SNA Displays, said that higher education is increasingly adopting large-format LED video technology with tight pixel pitches for clear imagery, and that dvLED "is very nearly a requirement in new designs or renovated spaces where it is essential to be able to visually communicate a wide variety of material."

What should education AV planners weigh before specifying tight-pitch dvLED for a lobby versus a lecture hall?

The Rinker project pairs two very different spaces and chooses a different pixel pitch for each, and that decision is worth unpacking for any integrator speccing a campus job. The lobby wall runs 1.9 mm across 835 square feet of content. At 1.9 mm, the minimum comfortable viewing distance works out to roughly 15 feet (1.9 × 8 = 15.2 ft). A two-floor atrium lobby almost always satisfies that floor-to-viewer distance with ease. The Titus Lecture Hall steps down to 1.5 mm, which puts the comfortable minimum viewing distance at around 12 feet. In a 300-seat tiered auditorium, front-row seats can be considerably closer to the screen than they would be in an open lobby, so the tighter pitch protects image quality for the students sitting nearest the display. A few questions worth putting to the manufacturer before the proposal closes on your next campus project: How are the LED tiles seamed and calibrated in a multi-floor installation where the structure itself may flex seasonally or there are extreme off-axis viewing conditions? What does the warranty cover for a lobby installation where the display is likely to run long hours as ambient signage? What has been done to preserve power usage and useful LED life in these different installations (ie, ambient light sensors connected to auto-dimming, room controls, etc)? What is the recommended maintenance for these displays, especially ones that might be on all hours of the day?

AISpeech MA600D Matrix Array Microphone Selected as Audio Solution for InfoComm Asia 2026 Smart Tech Stage

Thu, 16 Jul 2026 00:00:00 GMT

What is the MA600D which took the Smart Tech Stage InfoComm Asia?

The MA600D is AISpeech's Matrix Array Microphone, which AISpeech calls its flagship model, designed for medium-to-large conference spaces. InfoComm Asia 2026 selected it as the sole audio solution for the Smart Tech Stage, the event's main keynote and session venue at the Queen Sirikit National Convention Center in Bangkok. The selection placed the unit in a demanding live condition: a busy exhibition floor with high ambient noise, requiring it to lock onto a speaker's voice without a handheld microphone and deliver voice reinforcement throughout multi-day programming.

What else is AISpeech demonstrating at InfoComm Asia 2026, beyond the MA600D?

AISpeech is running live demos in a dedicated education and meeting room environment (room MR105) at the show. The demo room features the MC10 and MC08 Conference Audio Series, the MC04 Ceiling Microphone designed for classroom sound reinforcement without an external processor, and the MT200 Multimodal Audio-Visual Tracking Box. The MT200 uses cross-modal audio-visual spatial coordinate fusion to track the active speaker without requiring preset camera positions or manual switching. AISpeech is exhibiting at Fuzion Booth L01 at the main entrance of the exhibition hall.

Everyone is talking aout AI. What is the Audio Video Device Management Platform AISpeech, and what does it do?

The Audio Video Device Management Platform is a unified management tool for AISpeech devices. It provides real-time monitoring, remote control, automated inspection, and batch firmware upgrade capability across a deployed device fleet, aimed at reducing the ongoing operations and maintenance burden for administrators managing multiple rooms or facilities.

What markets is AISpeech targeting in Southeast Asia, and who is its regional channel partner?

AISpeech is targeting enterprise and education buyers across Southeast Asia, citing accelerating demand for conferencing audio in both sectors. Its regional partner is Fuzion, through whom AISpeech is exhibiting at InfoComm Asia. AISpeech is using the show to deepen relationships with local system integrators, channel partners, and end-user customers while expanding its partner network in the region.

What should integrators evaluating the MA600D ask before specifying it for a corporate or education installation?

MA600D was designed for larger conference rooms. On operational performance: What are the recommended room volume and ceiling height ranges for the MA600D? How does pickup pattern and noise rejection behave in rooms with hard parallel surfaces or high HVAC noise floors, which are common in corporate and education environments? Does speaker tracking require calibration during commissioning, and how does the system handle rooms with multiple simultaneous speakers? On the MT200 and MC04: The MT200's "cross-modal audio-visual spatial coordinate fusion" framing describes a mechanism worth unpacking: specifically, what camera and processing hardware it requires, what network bandwidth it demands, and how it behaves when a speaker moves quickly or when two people speak at once. The MC04's claim of noise reduction without an external processor is worth verifying against the room sizes it is rated for. On the device management platform: For integrators building managed-services practices, the platform's remote monitoring and batch firmware capability are worth a direct look. The relevant questions are whether it is cloud-hosted or on-premises, what data it collects and where it is stored, and what access controls the end-user administrator holds. In healthcare, government, and education deployments, those answers shape whether the platform clears the client's IT security review.

Cisco Webex Adds Natural-Language Administration and Cross-Platform Diagnostics to Collaboration Control Hub

Thu, 16 Jul 2026 00:00:00 GMT

What did Cisco add to Collaboration Control Hub in this update?

Four capabilities now sit inside Control Hub. Cisco AI Assistant provides a conversational, natural-language interface for everyday admin tasks: finding settings, getting configuration guidance, and pulling device or workspace insights without navigating menus. AI-powered smart search lets admins describe what they want to accomplish in plain language, with results updating live as they type. Contextual Q&A with recall retains context across a session, so follow-up questions do not require the admin to restate what they were working on. Workspace diagnostics surfaces answers from device telemetry, status, usage, performance, configuration, and diagnostic data, in response to natural-language questions about specific rooms or devices. AI Canvas, the most architecturally significant addition, is a shared investigation workspace that pulls in signals from Control Hub, Cisco ThousandEyes, and Cisco Meraki to correlate issues across platforms and recommend remediation steps.

What problem does AI Canvas actually solve for an IT team managing a Webex deployment?

A degraded call or meeting experience frequently originates outside the collaboration platform itself, in a network path, a device endpoint, or a policy setting. Diagnosing the root cause today requires switching between Control Hub, a network monitoring tool, and a device management console, then manually correlating what each surface shows. AI Canvas brings those signals together in one place. Cisco cites a specific example: AI Canvas can correlate collaboration data with ThousandEyes network telemetry and Meraki device data to identify where performance is degrading, then recommend adjusting a quality-of-service (QoS) policy to prioritize real-time media traffic. The shift Cisco is describing, where the system surfaces a likely root cause and a recommended action rather than a pile of separate dashboards, is what they are labeling AgenticOps.

What is AgenticOps, and why does Cisco frame it as the direction for collaboration management?

AgenticOps, as Cisco defines it, is an operational model in which the management platform progressively takes on repetitive, complex, and multi-step tasks that currently require manual coordination by an administrator. AI Canvas is described as the first step toward that model rather than its full realization. In its current form, an admin investigating a reported issue can start from a symptom described in natural language, "meeting quality is poor in Conference Room 4", and have the system assemble the relevant signals and propose a cause. Cisco explicitly frames autonomous remediation as an evolving capability, with the system's ability to suggest and eventually execute actions expanding over future releases rather than fully available today.

What does the conversational reporting capability change about day-to-day administration?

Control Hub already includes comprehensive, customizable reports across Webex services, Cisco devices, and shared workspaces. The new capability lets admins ask natural-language questions against that report data, either from within a specific report or through AI Assistant, and receive a direct answer with the supporting data cited. Teams monitoring key performance indicators, tracking adoption rates, or investigating audio and video quality trends can get to an insight without exporting to a spreadsheet or manually filtering rows. Workspace diagnostics extends the same pattern to telemetry: an admin asking why a room device shows low utilization can receive an answer drawn from the device's status, usage, and configuration data rather than opening a separate diagnostics view.

Who is the primary beneficiary of the smart search and contextual Q&A features?

Cisco explicitly identifies two groups. New administrators benefit most from smart search: they can describe what they want to accomplish without knowing the exact Webex feature name, menu path, or Cisco terminology, and the system guides them to the right place. Experienced administrators benefit from contextual Q&A with recall, particularly for unfamiliar or time-sensitive tasks, settings they configure infrequently, troubleshooting paths outside their usual domain, or tasks that cut across multiple service areas. Both groups benefit from context retention within a session, which means an admin mid-configuration does not have to restart a search or re-establish context when they have a follow-up question.

What should AV and IT administrators weigh before relying on AI Canvas for cross-platform diagnostics?

The four capabilities Cisco is adding to Control Hub sit in different risk tiers for an administrator deciding how much to trust them. Smart search and contextual Q&A are low-stakes: the worst outcome of a misread intent is that the admin lands on the wrong settings page. Conversational report queries are slightly higher stakes, a summary answer drawn from telemetry data is only as current and complete as the underlying data, but the feature is designed to show the supporting report alongside its answer, which gives the admin a check. AI Canvas is where the trust question gets serious. The recommended action in Cisco's own example is adjusting a QoS policy to prioritize real-time media traffic. That is a network-level change, not a Webex-level change, and in most enterprises it crosses organizational boundaries: the collaboration team does not own the Meraki policy, the network team does. An AI-surfaced recommendation that is acted on without that coordination can introduce a new problem while solving the one it was pointed at. Administrators should ask Cisco specifically: what guardrails prevent AI Canvas from recommending or executing changes outside the collaboration team's authority scope? Is the action a recommendation for human review, or is it something the system can execute autonomously as AgenticOps matures? On data flow and access control: AI Canvas draws on ThousandEyes network telemetry and Meraki device data alongside Control Hub. In regulated environments, healthcare, government, finance, administrators should confirm exactly what telemetry flows to Cisco's processing layer and what audit trail AI Canvas actions generate. The feature is described as evolving, which means the data it touches and the actions it can recommend will expand. Getting clarity on the current scope and the change-management process for future expansions is the right question to put to a Cisco account team before the feature becomes load-bearing for incident response.

Jupiter Systems Launches Pana Collab Line With 92-Inch 21:9 Ultrawide Touch Display Built for All-in-One Meeting Room Collaboration

Thu, 16 Jul 2026 00:00:00 GMT

Jupiter has been in the ultrawide display space for years. What is Jupiter Systems launching, and how does it fit into the company's existing line?

Jupiter Systems launched Pana Collab, a new product line within its 21:9 ultrawide display family. The first model is the Pana 92CT, a 92-inch interactive touch display. Jupiter introduced the 21:9, 5K ultrawide category for commercial AV with its 105-inch and 81-inch Pana displays in 2022, then added the premium Pana X line in 2024. Pana Collab is designed to extend the same panoramic format to a wider range of room sizes and budgets.

What is included with the Pana 92CT, and are there any additional hardware or software requirements needed to run it?

The Pana 92CT runs on a built-in Android 13 system and is designed to operate as a standalone, all-in-one unit without an external PC. It includes wireless screen sharing, an integrated whiteboard application, and an automatic wake-up feature. Front-accessible ports include USB-C, USB 3.0, HDMI 2.1, and touch USB. Side-accessible ports include DisplayPort 1.4 and additional HDMI connections, along with a slot for Jupiter's optional OPS (Open Pluggable Specification) PC module for organizations that need a full desktop computing environment integrated into the unit. Two stylus pens ship with every unit for annotation and drawing. The display does not ship with a mount, so installers need to select and budget for mounting hardware separately.

What are the display's core specifications, and what installation environments is it designed for?

The Pana 92CT carries a native 5K resolution across its 92-inch, 21:9 canvas and a typical brightness of 700 cd/m² (nits). Jupiter positions the display for meeting rooms, classrooms, and corporate collaboration spaces, with particular emphasis on modern offices with floor-to-ceiling windows where ambient light is a recurring challenge. The touch system uses high-precision infrared sensing with zero-bonding technology, supporting more than 20 simultaneous touch points for annotation over any wireless or wired video source.

How does the 92-inch, 21:9 canvas translate to physical room dimensions?

At 92 inches diagonal in a 21:9 aspect ratio, the Pana 92CT measures roughly 7 feet wide by 3 feet tall. That width sits between a standard 16:9 85-inch display (about 74 inches wide) and a 110-inch 16:9 panel (about 96 inches wide), but the panoramic format spreads that real estate horizontally rather than vertically. For a meeting room, that means a wide collaborative canvas without the ceiling-height demands of a taller 16:9 screen at the same diagonal.

Why is now the time for a product like this?

Charles Montoya, Senior Director of Enterprise Displays at Jupiter, said the Pana Collab line is aimed at closing the gap created by meeting rooms that now carry more content, more remote participants, and less tolerance for complex setups. Dr. Dimitris Katsis, Director of Display Engineering at Jupiter, described the Pana Collab series as designed to serve as the workhorse of modern Unified Communications (UC) office and Bring Your Own Device (BYOD) environments.

What should integrators ask Jupiter about the Pana 92CT before specifying it for a UC room?

The Pana 92CT is wide enough to display two full-resolution content streams side by side, which is exactly what makes 21:9 useful for collaboration. At roughly 7 feet wide, the display fits comfortably on a 10-foot wall, but the panoramic canvas only pays off if the content sources, conferencing platform, and room layout are aligned to use it. A few questions worth putting to Jupiter before the spec sheet becomes a purchase order: How does the Android 13 system handle Microsoft Teams Rooms or Zoom Rooms natively: does it run a certified Teams Rooms or Zoom Rooms application, or does it operate as a BYOD display that mirrors a connected device running those platforms? Certification status matters for enterprise IT departments that manage meeting room fleets centrally. Second, integrators should confirm the 700-nit typical brightness holds uniformly across the full 21:9 surface, since an ultrawide display, by definition, invites more off-axis viewing. Third, the OPS slot is a meaningful option for rooms that need a managed Windows environment; its availability and configuration are worth confirming with Jupiter early in a project, since that determines whether the all-in-one pitch holds for IT-managed fleets. The all-in-one design adds convenience. Android 13 with built-in wireless sharing, whiteboard, and front-accessible ports reduces the cable-and-box count in a room. For integrators specifying rooms where simplicity of operation is the primary success criterion, that matters.

Sennheiser Partners with fabric London on Live Events, Content, and Fan Activations: What the Collaboration Means for Professional Audio Storytelling

Thu, 16 Jul 2026 00:00:00 GMT

Sennheiser and fabric London are teaming up. What does the partnership actually cover?

The collaboration spans three areas: a series of exclusive live events hosted by Sennheiser with fabric at The View from The Shard in London; consumer-facing competitions offering a bespoke fabric edition of the MOMENTUM 5 Wireless headphones; and co-produced content designed to document the technologies, decision-making, and expertise behind professional audio in club and live performance settings. The first event is scheduled for August 21, 2026, featuring a performance by electronic music artist Sven Väth, with additional events planned through the rest of the year.

Which Sennheiser products will be featured?

Two products anchor the collaboration. The HD 25, Sennheiser's professional over-ear headphone in production for more than three decades, will be highlighted for its role in DJ booths, on-location broadcast, and film monitoring. The MOMENTUM 5 Wireless, the brand's current flagship consumer headphone, is the basis for the bespoke fabric edition offered through fan competitions. The EW-DX digital wireless microphone system is the professional gear that will be shown in live performance contexts through artist and community collaborations.

What role does the Orii Community play in the partnership?

Orii Community, which supports emerging and underrepresented talent, is one of the creative communities Sennheiser will collaborate with under the partnership. The intent is to show how professional audio gear is used in real live performance settings, giving audiences visibility into how artists and production teams approach audio in demanding environments.

Sennheiser is a large organization. Which groups are involved?

The partnership involves two distinct Sennheiser entities. Professional audio products, including the EW-DX and HD 25, sit under Sennheiser electronic SE Co. KG, headquartered in Wedemark, Germany. Consumer products, including the MOMENTUM 5 Wireless, are operated by Sonova Consumer Hearing GmbH, a division of Sonova Holding AG, under the Sennheiser brand license. Andreas Andersson, Regional Marketing Manager at Sonova Consumer Audio UK, and Itamar Marom, Brand Partnership Manager at Sennheiser, both spoke supporting the annnouncement.

What is fabric London, and why does the partnership carry weight in professional audio circles?

fabric is a London-based electronic music club that opened in 1999 and operates a venue in London, an international touring program, and a label group that includes fabric Records, Houndstooth, Originals, and FABRICLIVE.

What does Sennheiser's fabric partnership signal for how professional audio brands are reaching the next generation of live production professionals?

The commercial AV and live events industry has spent years watching the line between professional audio and consumer audio blur at the product level. This partnership is doing something similar at the marketing level: using a high-credibility cultural institution to make professional gear visible to artists and engineers earlier in their careers, before they are specifying systems or writing riders. fabric London's sound and production team carries significant credibility in electronic music; its DJ booths and monitoring setups are closely watched by audio professionals and artists. For a brand, like Sennheiser, seeking visibility with working DJs, engineers, and the next generation of live production professionals, the association carries more cultural weight than a standard product placement. For integrators and production companies, the content arm of this deal is worth watching more than the headphone competition. Sennheiser working alongside fabric's sound and production teams to document real workflow and decision-making is the kind of material that ends up in training conversations and pre-sales discussions. The HD 25, already a fixture in DJ booths and broadcast applications for more than thirty years, needs no introduction to working engineers, but its presence in storytelling aimed at emerging talent is a long-game move. Three questions practitioners in live events and broadcast should carry into conversations: if and how the EW-DX content produced under this partnership will be made available, whether the educational material will address real-world RF coordination in dense electronic music environments, and what the fabric edition MOMENTUM 5 represents for a brand managing two parallel product lines under a split corporate structure, as this is both an internal collaboration, as well as one involving multiple parties.

Crestron Named Control Infrastructure Partner for Spotify Camp Nou: What the Espai Barça Renovation Reveals for Large-Venue AV Design

Wed, 15 Jul 2026 00:00:00 GMT

What is Barcelona's Espai Barça project, and what role did Crestron play in it?

Espai Barça is the multi-year infrastructure renovation of Spotify Camp Nou, the home stadium of FC Barcelona in Barcelona, Spain, with a seated capacity of more than 99,000. The renovation transforms the historic venue into what the project team describes as a year-round destination, not just a match-day facility. Crestron supplied and integrated the content distribution, collaboration, and control infrastructure across the stadium, unifying more than 2,000 networked devices under a single platform.

Which spaces inside the stadium are covered by the Crestron installation?

The deployment spans the full range of spaces inside Spotify Camp Nou: the Pitch Club hospitality hub, main hospitality areas, the Presidential Box VIP suite, home and visitor locker rooms, a board room, and smaller meeting rooms used by club personnel. Each space type carries different AV and control requirements, from multi-zone audio for match-day crowd management to Microsoft Teams Rooms-certified video conferencing in executive meeting spaces.

Facilities are looking for utilization on more days of the year. How does the system at Spotify Camp Nou handle the switch between match-day and non-match-day use?

Crestron's control infrastructure allows spaces to flip between configurations without manual hardware reconfiguration. The Pitch Club, for example, operates as a primary hospitality hub on match days, with live broadcasting and flexible audio zones, then converts to a hybrid meeting venue on other days. The Presidential Box similarly shifts between VIP hospitality and private executive meeting functions. Scene presets and centralized control, managed through the XiO Cloud platform, handle the transitions across the venue.

What specific Crestron technologies are deployed across the stadium?

The installation draws from several product lines. DM NVX AV-over-IP technology handles video and content distribution across the venue. DM NAX Audio-over-IP technology and DM NAX Audio Edge Devices manage stadium-wide audio, including Bluetooth connectivity in locker rooms that allows players to connect personal devices. More than 1,000 Crestron speakers are installed throughout. AirMedia receivers enable wireless presentation in meeting rooms, boardrooms, and the Presidential Box. 1 Beyond intelligent PTZ cameras and the Automate VX multi-camera speaker tracking solution serve conferencing spaces. The 4-Series control systems anchor executive spaces, while the XiO Cloud platform monitors and manages all 2,000-plus networked devices remotely. Horizon keypads with custom engraving are deployed in guest-facing and meeting spaces.

How does the Microsoft Teams Rooms certification fit into the installation?

The board room and modular executive meeting spaces are built around Microsoft Teams Rooms-certified configurations. Those spaces include multi-camera video conferencing with automatic speaker tracking, voice-activated source switching, wireless presentation, and remote management. Smaller meeting rooms used by club personnel use a simpler configuration, integrated soundbar, ceiling microphones, and one-touch control, with Microsoft Teams software running on an all-in-one video conferencing setup.

What makes this deployment notable for integrators beyond the scale?

The Spotify Camp Nou installation is a public case study in designing a single AV control architecture that must serve genuinely different use cases in the same physical spaces, on a compressed switchover timeline between events. The system has to behave as a broadcast-grade hospitality environment on match day and as a managed enterprise collaboration environment on every other day. That dual-purpose constraint, applied across a venue of this scale, is the design challenge integrators will find most transferable.

What does the Spotify Camp Nou deployment tell integrators about designing multi-use AV infrastructure for large venues?

The Espai Barça project is a useful public benchmark for a design challenge the industry is seeing more often: a venue that needs to generate revenue on days when its primary function isn't happening. The constraint isn't new, sports facilities have hosted corporate events for decades, but the expectation that the AV infrastructure will handle both modes without visible seams is newer and harder. Three questions are worth bringing to any large-venue project using this model as a reference. First, how much of the switchover is automated versus human-driven? Scene presets and centralized control reduce the labor required to flip a space, but the XiO Cloud monitoring layer suggests the system still needs active remote management. Integrators should ask what the staffing assumption is behind the "365-day" operating model, and whether the end user has the in-house AV staff to support it. Second, what does the 2,000-device network demand from the underlying infrastructure? DM NVX AV-over-IP and DM NAX Audio-over-IP both run on the data network. At this device count, network headroom, VLAN segmentation, and PoE budget are not afterthoughts. Integrators specifying AV-over-IP at venue scale should confirm the network architecture is designed for AV traffic before the AV design is finalized. Third, how is the XiO Cloud management layer scoped for a venue with multiple space owners? A stadium with hospitality, corporate, broadcast, and team-operations spaces likely has more than one department with authority over their environment. How XiO Cloud user roles and access controls are structured, who can push a firmware update to a Presidential Box touch screen versus a locker room keypad, is an administrative decision the integrator should surface early in the design phase, not after commissioning.

Daktronics Launches See-Through LED Window Displays in 55-Inch and 70-Inch Sizes for Retail and Restaurant Storefronts

Wed, 15 Jul 2026 00:00:00 GMT

What is new from Daktronics for retail?

Daktronics, headquartered in Brookings, South Dakota, announced the availability of see-through LED window displays for retail stores, convenience stores, gas stations, quick-serve restaurants, and shopping center environments. The product extends the company's on-premise digital signage portfolio into the storefront window as a dedicated installation location.

How are these displays physically configured and where do they mount?

The displays are designed for interior, window-facing installation, mounted inside the storefront and projecting content outward through the glass toward customers approaching from outside. Standard sizes are 55 inches and 70 inches diagonal, in portrait orientation to suit common storefront window proportions. Individual units can be placed as standalone displays or connected side by side to span wider window areas. The transparency of the LED structure allows natural light to pass through, preserving sight lines into the store.

What problem is the product designed to solve for retailers and restaurant operators?

The displays are positioned as a replacement for static window clings and printed posters, which require reprinting to change messaging and cannot be updated in real time. Product Manager Bill Hadsell said the storefront window is "one of the most underused communication spaces" for brick-and-mortar businesses, and that the displays are "purpose-built for that space, helping brands influence customers before they walk in while maintaining a positive in-store experience by allowing daylight to shine through it." Intended use cases include promotions, daypart-specific messaging, limited-time offers, and seasonal campaigns.

How is content managed across one or multiple locations?

Content scheduling and management runs through Venus Control Suite, Daktronics' centralized digital signage software platform. Operators can update messaging across a single location or push changes across distributed retail and restaurant networks from one interface, without reprinting or on-site visits to change content.

Which installation environments does Daktronics identify as target applications?

Daktronics lists convenience stores, gas stations, storefront windows in mall settings, forecourt- and parking-lot-facing locations, walk-up and drive-by restaurant environments, and interior windows communicating to adjacent spaces within a building.

What should a digital signage integrator verify before specifying see-through LED window displays for a retail or QSR client?

The concept is straightforward: capture the customer before they reach the door, while maintaining outside visibility. The installation reality deserves a closer look before the spec gets written. Three variables determine whether this product delivers in a real storefront. First, ambient light. On a see-through panel mounted against glass, the questions worth putting to Daktronics are how bright the display drives for an exterior viewer and how it holds contrast against direct sun during peak daylight hours. Daktronics has not published a brightness figure in nits (cd/m²) for the offering. Integrators should ask for the outdoor-facing brightness spec and match it against the ambient light conditions at the client's specific storefront orientation. And understand what it looks like for customers within the retail environmennt looking out through the window. Second, thermal management. Before committing a client to a flush-to-glass mounting depth, integrators should confirm the operating temperature range and any ventilation requirements Daktronics specifies, and how those hold up in a sun-facing storefront where the glass runs hot. Third, content strategy. The Venus Control Suite dependency means the client takes on a software platform relationship alongside the hardware purchase. For a multi-location quick-serve restaurant operator already running a content management system, the question is whether Venus integrates with their existing workflow or requires a parallel content operation. For a single-location retailer with no existing digital signage, Venus is the starting point, but that's a training and onboarding conversation, not just a hardware spec. The 55-inch and 70-inch portrait sizes cover typical convenience store and QSR window proportions cleanly. The side-by-side tiling option adds flexibility for wider storefronts without a custom SKU.

Google Chat Now Supports Group Conversations with External Users: What the Collaboration Upgrade Means for Corporate AV and IT Administrators

Wed, 15 Jul 2026 00:00:00 GMT

What is new in external collaboration in Google Chat?

Google Chat now supports group conversations that include users from outside an organization. Previously, Chat users could only conduct one-on-one direct messages with external users, or set up a formal Chat space with external access enabled. The update allows any user to create a group direct message that includes multiple external participants, without additional configuration beyond the existing admin controls.

How does an external user gain access to one of these group conversations?

When an internal user adds an external participant to a new group direct message, the external user receives an email invitation. They must accept that invitation before they can participate in the conversation. Group conversations that include external members are displayed with a visible badge in the Chat interface so all participants can identify the context at a glance.

What does an administrator need to do to enable this feature?

No new admin controls are required. External group direct messages share the same admin setting as external Chat spaces. Administrators need to confirm that the External spaces and group direct messages setting is enabled in their Google Workspace Admin console. Organizations that already allow external Chat spaces have the capability available without any additional action.

Are there any restrictions on how external users can be added?

External users can only be added when a group direct message is created from scratch. They cannot be added to an existing group direct message that currently contains only internal users. Administrators retain the ability to disable external group direct messaging entirely through the same controls that govern external Chat spaces.

When is the feature rolling out, and to which Google Workspace tiers?

For Rapid Release domains, the rollout began on July 15, 2026, with completion expected by July 17. Scheduled Release domains will begin a gradual rollout on July 24, 2026, with up to 15 days for full visibility. The feature is available to all Google Workspace customers and Workspace Individual subscribers.

What should IT and AV administrators weigh before this feature goes live in their organization?

The practical lift here is low: for organizations already permitting external Chat spaces, nothing changes at the admin layer. But the capability shift is real. Before this update, a team coordinating a complex conversation had to choose between informal one-on-one threads or the overhead of standing up a formal Chat space. A group direct message sits between those two options in both formality and friction. The standing concern worth flagging is data governance. Group direct messages are governed by the same controls as external Chat spaces, which means the admin's existing decisions about data retention, Google Vault archiving, and external access scope already apply. For regulated environments (healthcare, government, higher education), administrators should confirm that their Vault retention policies explicitly cover external Chat spaces and group direct messages before users begin routing project conversations through the new capability. The setting that enables external group direct messages is the same one governing external spaces, so any organization that has disabled external spaces for compliance reasons will find external group direct messages blocked as well. For the integrator working inside a customer's Workspace tenant, or the AV consultant advising multiple client organizations, the question worth asking is whether the customer's IT team has audited what their external Chat controls actually permit, because the users who will use this feature fastest are often not the ones who set the policy.

Hanshow and Microsoft Sign Strategic Partner Agreement to Expand Digital Store Solutions on Azure

Wed, 15 Jul 2026 00:00:00 GMT

After a seven-year collaboration, what is new about the Hanshow and Microsoft agreement in 2026?

Hanshow signed a Strategic Partner Agreement with Microsoft at the Microsoft Executive Briefing Center in Redmond, Washington. The agreement deepens collaboration across Store Digital Twin technology, Microsoft Azure cloud infrastructure, and joint go-to-market initiatives, building on a working relationship the two companies established in 2019.

How extensive is the existing Hanshow-Microsoft footprint before this agreement?

More than 200 million Hanshow electronic shelf labels (ESLs) are currently supported on Azure. Hanshow has been a member of Microsoft's AI IoT Insider Lab since 2019, and multiple co-sell solutions are available through the Microsoft channel. The two companies have collaborated across cloud infrastructure, in-store IoT, data intelligence, and retail scenarios over that period.

What is xPilot, and how does it factor into this partnership?

xPilot is a real-time store execution assistant that Hanshow launched in collaboration with Microsoft at NRF 2026 APAC. It is built on Hanshow's Store Digital Twin platform and Azure, and is designed to help retail staff turn store data into faster operational decisions and clearer task workflows. It represents the most recent jointly developed product prior to the Strategic Partner Agreement.

What does the agreement change operationally for retailers already running Hanshow hardware?

The announcement does not specify changes to existing deployments. Going forward, Hanshow and Microsoft say they will expand collaboration across cloud-enabled retail innovation, channel development, and global customer engagement, with the stated goal of connecting in-store data to scalable cloud capabilities.

What is the Store Digital Twin, and why does it matter to the broader deployment?

Hanshow describes the Store Digital Twin as a platform that creates a real-time digital representation of physical store operations, drawing on data from in-store devices including ESLs, IoT sensors, and inventory systems. It serves as the data layer beneath xPilot and other solutions in Hanshow's portfolio. Integration with Azure is what makes that data accessible at scale across distributed retail networks.

What should AV and retail-technology integrators take into their next Hanshow or Microsoft retail conversation?

The headline number, 200 million ESLs on Azure, signals that this is not a pilot-stage relationship. And the relationship is deepending. Questions worth raising with Hanshow and Microsoft before specifying: Data residency and security. With store operations data (pricing, inventory, task workflows) flowing through Azure, IT and security leads will want to know which Azure regions store which data, what the data-retention and audit policies are, and how administrative access is segmented between the retailer, Hanshow, and Microsoft. Retailers in regulated markets (pharmacy, food safety, finance-adjacent) have additional compliance questions that a partner agreement announcement does not answer. Network and infrastructure headroom. ESL systems at scale generate continuous bi-directional traffic. Integrators specifying or upgrading a store's wireless and wired infrastructure should ask Hanshow for bandwidth and PoE requirements per access point at their target ESL density, and confirm how xPilot's real-time data layer affects peak-load behavior on the store network. Total cost of ownership across the stack. The Azure-based, co-sell model carries subscription-era economics underneath it. Integrators advising retail clients on refresh decisions should ask whether existing Azure enterprise agreements can absorb Hanshow's platform licensing, or whether the Hanshow deployment creates a separate Azure billing relationship, a distinction that matters at the contract and procurement level for multi-site retailers.

HP Poly Studio Room Compute and VideoOS 5.1 Arrive at InfoComm 2026: What the New Collaboration Hardware Means for Microsoft Teams Rooms and Zoom Rooms Integrators

Wed, 15 Jul 2026 00:00:00 GMT

HP has announced several new products this summer. What are the highlights?

HP introduced four distinct product categories. The HP Poly Studio Room Compute line, a Windows-based collaboration compute built on third-generation Intel Core Ultra processors with integrated neural processing units (NPUs), comes in two configurations: the Studio 5 Room Compute at $2,499 and the Studio 7 Room Compute at $3,699, both available in July through select resellers. The HP Poly Focus 6 Series Bluetooth headsets start at $379.95 and are also available in July on HP.com. The HP Collaboration Keyboard, described as a programmable wireless keyboard with adjustable tilt and dedicated conferencing keys, ships in September 2026 for $59.99 on HP.com. HP Poly VideoOS 5.1, the firmware update for HP Poly's video conferencing devices, is expected in Q3 2026.

What certifications does the HP Poly Studio Room Compute carry, and where are the gaps?

Certification status differs between the two models and the two platforms. The HP Poly Studio 7 Room Compute is already certified for Zoom Rooms and has Microsoft Teams Rooms certification pending. The HP Poly Studio 5 Room Compute will be certified for Microsoft Teams Rooms only; it will not carry Zoom Rooms certification. Neither model is fully certified on both platforms at launch. Integrators specifying these units should confirm which platform a room is deployed on before ordering, as the two models are not interchangeable across both UC platforms.

What does HP Poly VideoOS 5.1 change for room administrators?

VideoOS 5.1 introduces HP's Poly DirectorAI multi-camera switching, which selects between cameras to frame in-room participants without manual operator input. The update also adds HP Touch Controller Direct Connect for Microsoft Teams Rooms on Android, reducing the cabling and pairing steps involved in room setup. A redesigned web-based admin interface consolidates device monitoring and management. The update is expected in Q3 2026, meaning rooms running current HP Poly video hardware will receive these capabilities via firmware rather than requiring new hardware purchases.

What is HP doing with its Poly Lens and WXP Collaboration management platforms?

HP is consolidating HP Poly Lens and WXP Collaboration, formerly a product called Vyopta, into the HP Workforce Experience Platform (WXP). The stated goal is a single management interface covering collaboration devices, compute, and print. A feature called HP Poly Lens Room VisualizerAI, which creates an interactive digital replica of a room environment, is part of this integration but is a premium capability purchased separately through a Poly Lens Pro for Rooms subscription. The integration is described as underway, with additional capabilities rolling out through the remainder of 2026.

What are the key specifications of the HP Poly Focus 6 Series headsets?

The Focus 6 Series headsets include Acoustic Fence 2.0 noise reduction, hybrid active noise cancellation (ANC), and spatial audio. Battery life is rated at up to 25 hours of talk time with ANC enabled, or up to 30 hours with ANC and the online indicator turned on. The headsets support wireless charging and are available in a foldable form factor. Certified platforms include Google Meet, Google Voice, Microsoft Teams Open Office, and Zoom. Bluetooth Direct certification with Microsoft Teams and Zoom means the headsets connect without a USB dongle. Batteries and ear cushions are replaceable to extend product life, and the Focus 6 Series carries TCO 10 certification.

The new HP hardware carries some unique sustainability claims. How should integrators think about this?

The HP Poly Studio Room Compute devices are made with at least 60% post-consumer recycled (PCR) plastics by total weight, using the definition set in EPEAT criteria. The HP Collaboration Keyboard is made with up to 75% PCR plastic by total plastic weight. The Focus 6 Series headsets carry TCO 10 certification, a third-party sustainability certification covering environmental and social responsibility across the supply chain and product life cycle. HP describes the replaceable battery and ear cushion design on the headsets as a deliberate life-extension measure.

What should integrators verify before specifying the HP Poly Studio Room Compute for an active project?

The certification picture is the most operationally significant detail in these launches, and it is easy to miss. The Studio 5 and Studio 7 are not interchangeable: the Studio 5 is Microsoft Teams Rooms only, the Studio 7 carries Zoom Rooms certification now and Teams Rooms certification pending. For an integrator mid-bid on a mixed-platform account, common in enterprise environments where departments standardize on different UC platforms, these are two different line items, not one. The platform consolidation story around WXP carries its own due-diligence questions. Vyopta built a substantial installed base as a standalone room analytics and monitoring tool, and its rebranding as WXP Collaboration and absorption into the broader HP platform is an architectural change, not just a UI update. Administrators who rely on Vyopta for utilization reporting and room health monitoring should ask HP specifically how existing data, integrations, and alert configurations carry forward during the transition, and on what timeline. Room VisualizerAI, the digital-replica feature, is a premium add-on requiring a Poly Lens Pro for Rooms subscription. It is not included in the base WXP management offering. For accounts where room visualization is a selling point or a client expectation, that subscription cost belongs in the total-cost-of-ownership calculation before proposal. VideoOS 5.1's Q3 2026 availability means DirectorAI multi-camera switching and the Touch Controller Direct Connect simplification are not available at device launch in July. Integrators should clarify with HP whether the firmware will push automatically to managed devices or require a manual update, and plan commissioning timelines accordingly.

Sennheiser TeamConnect Ceiling M Plus Launches with Native Q-SYS Configuration and Centralized Cloud Management

Wed, 15 Jul 2026 00:00:00 GMT

What is the Sennheiser TeamConnect Ceiling M Plus, and how does it differ from earlier TeamConnect Ceiling products?

The TeamConnect Ceiling M Plus (TCC M Plus) is a ceiling microphone in Sennheiser's TeamConnect family, announced June 2, 2026, and set to be shown at InfoComm 2026. It builds on the TeamConnect Ceiling portfolio and brings together three capabilities: a native configuration pathway for Q-SYS called PartnerLink, enhanced exclusion zones for zone configuration in complex rooms, and direct integration with Sennheiser's DeviceHub cloud management platform. It provides beamforming, Dante connectivity, and a coverage area suited to medium and large spaces.

What is PartnerLink, and what does the Q-SYS implementation actually change for an integrator?

PartnerLink is Sennheiser's term for a direct configuration capability built into a supported platform's native design environment. The first implementation, co-developed with QSC, lets an integrator configure the TCC M Plus from within Q-SYS Designer Software alongside native Q-SYS components, rather than switching between separate tools. Gary Evans, Director of Alliances at QSC, described the result as streamlining deployment while preserving what he called the flexibility of the Q-SYS Full Stack AV Platform. Sennheiser says PartnerLink will expand to additional platforms beyond Q-SYS over time, though Sennheiser has not named additional platforms or timelines.

What integration methods does the TCC M Plus support for shops not running Q-SYS?

For environments outside Q-SYS, TCC M Plus supports Dante (an audio-over-IP networking standard developed by Audinate) and what Sennheiser describes as verified integrations across a broad partner range. The company frames this as continuity with its existing open-ecosystem approach, meaning integrators who have standardized on Sennheiser audio in other platform environments can deploy TCC M Plus without switching to Q-SYS to access core functionality. PartnerLink is an added pathway, not a replacement for existing methods.

What do the enhanced exclusion zones do, and why do they matter for complex rooms?

Exclusion zones allow an integrator to define areas within a room's pickup field that the microphone should ignore, such as HVAC vents, display speakers, or high-traffic corridors. TCC M Plus carries enhanced exclusion zone controls that Sennheiser says significantly improve desired audio pickup in complex rooms and improve camera tracking reliability by reducing unwanted pickup that can confuse auto-framing systems. This matters most in divisible rooms, classrooms with noise sources near the perimeter, and any space where the microphone's coverage area extends toward a noise source the system should reject.

What does DeviceHub add for AV and IT managers running multi-room or multi-site deployments?

DeviceHub is Sennheiser's cloud-based management platform. TCC M Plus integrates with it to give AV and IT administrators remote access to configuration, monitoring, and diagnostics across rooms, buildings, and regions from a single interface, without installing local tools on each system. DeviceHub also supports role-based access controls, which allows organizations to divide administrative responsibility between AV teams and IT teams without granting each group full system access. Sennheiser describes DeviceHub as reducing operational overhead for growing AV deployments.

What should integrators verify before specifying TCC M Plus at scale?

For an integrator evaluating TCC M Plus for a multi-room or multi-site rollout, three questions are worth putting to Sennheiser before the spec is written. First, the PartnerLink roadmap: Sennheiser has announced Q-SYS as the initial platform for PartnerLink integration, and no additional platforms or timelines were announced at launch. For shops whose standard platform is Crestron, Extron, Biamp, or another DSP environment, the PartnerLink value proposition does not yet apply. Dante and existing verified integrations remain the path, as well. Second, DeviceHub data flows: any cloud-based management platform raises questions in regulated environments. Healthcare, government, and higher-education IT teams will want to know where device telemetry is stored, what data leaves the room, who at Sennheiser can access it, and whether the platform carries relevant security certifications. These are standard due-diligence questions for any cloud management tool, not a criticism of DeviceHub specifically, but they are the questions that can stall a procurement in a regulated vertical if the answers are not ready. Third, coverage area and exclusion zone performance in the specific room geometry: the TCC M Plus targets medium and large spaces, and dynamic beamforming and enhanced exclusion zones are meaningful differentiators on paper. Real-world acoustic conditions, ceiling height, HVAC placement, and adjacent noise sources all shape whether the spec-sheet performance holds. Integrators should ask Sennheiser for reference installations in room types that match their project, and build commissioning time into the project schedule to tune exclusion zones after furniture and equipment are in place.

Shure Launches MXA925 Ceiling Array Microphone with On-Device AI Processing and Expands MXA901 via Firmware

Wed, 15 Jul 2026 00:00:00 GMT

What is the Shure MXA925, and what separates it from the MXA901 it sits above in the Microflex Advance lineup?

The MXA925 is a new ceiling array microphone built on a completely new processing platform. Its core differentiator is on-device IntelliMix DSP that incorporates AI-trained Acoustic Echo Cancellation (AEC), an AI Denoiser, and an AI Deverb algorithm. These processing modes are designed to address specific real-world failure conditions: loudspeakers placed too close to the microphone, reverberation from hard surfaces such as windows, moving talkers, and transient noise sources like keyboards. Shure introduces the AI-trained AEC, Denoiser, and Deverb algorithms with the MXA925. The MXA901 targets small-to-medium rooms, while the MXA925 is positioned as the flagship for acoustically demanding spaces of any size.

What does "AI-enabled" mean for the MXA925?

In the MXA925, "AI-enabled" refers to three specific trained signal-processing algorithms running on the device's own DSP: AI AEC, AI Denoiser, and AI Deverb. Each was trained on audio data to recognize and suppress specific interference patterns rather than relying on rule-based signal processing alone. Processing happens on the device, and Shure does not describe any cloud inference step for the core audio path. What it does not mean: the microphone does not perform transcription, speaker identification, or any meeting-intelligence function. Those tasks remain in the UC platform layer (Copilot, AI Companion, or equivalent), which the MXA925 feeds with cleaner audio. Shure also states that ongoing firmware updates will continue to refine the AI algorithms over time.

What is new in the MXA901 firmware update v6.9, and who benefits?

Firmware v6.9 for the MXA901 adds four functional changes. First, it improves voice lift support through discrete outputs in Steerable Coverage mode, which matters in large or divided rooms where amplified speech reinforcement is part of the design. Second, it adds an Optimize Tracking feature to improve camera tracking accuracy. Third, it expands Automixer and Speech Gating Threshold controls, giving integrators finer tuning options. Fourth, it introduces a fully flexible single Automatic Coverage zone for rooms with unusual geometry or demanding acoustic conditions. Because the update ships as firmware, existing MXA901 installations receive these capabilities without hardware replacement.

How does the MXA925 handle network connectivity and remote management?

The MXA925 ships with dual RJ45 network ports, which Shure describes as offering enhanced security for protected communications. Remote device management, real-time monitoring, and firmware delivery are handled through ShureCloud, Shure's cloud-based management platform. The microphone carries certification for both Microsoft Teams and Zoom.

Where does the MXA925 sit in the broader Microflex Advance portfolio, and what does the 10-year timeline look like?

The Microflex Advance (MXA) line launched with the MXA910 in 2016. The current portfolio now includes the MXA910, MXA901, the recently introduced MXA320, and now the MXA925. Shure positions the MXA925 as the current flagship of the line. The MXA925, updated MXA901, and MXA320 are scheduled to appear at InfoComm 2026, running June 17 through 19 in the Central Hall at Booth C9018.

What should integrators verify before deploying the MXA925 in acoustically difficult rooms?

The MXA925's value proposition rests on a premise most integrators will recognize: the room that looks fine on paper, but in practice has a hard ceiling, glass walls, loudspeakers too close, and other conditions that lead to service requests. On-device AI processing that targets exactly those conditions is a meaningful design shift, and the upgrade path for the MXA901 is genuinely strong: existing hardware, four new capabilities, no truck roll. Three areas are worth probing before specifying the MXA925 at scale. Network architecture. Dual RJ45 ports imply the possibility of separating audio and management traffic, or providing link redundancy, though Shure does not specify whether both ports are active simultaneously or whether one is a failover. For deployments in healthcare, government, or financial environments where network segmentation is a design requirement, integrators should confirm the exact topology Shure supports and what PoE budget each port draws. ShureCloud data flow. Remote management and firmware delivery route through ShureCloud. For IT administrators in regulated environments, the decision of whether device telemetry and management traffic leave the building, and to what cloud infrastructure, is one that requires review before deployment, not after. Integrators should request Shure's current data-residency and security documentation for ShureCloud before presenting the MXA925 in a government or healthcare RFP. AI algorithm performance under installation variation. The AI AEC, Denoiser, and Deverb features are trained on audio data and described as working out of the box. Real-world ceiling height, mounting angle, loudspeaker placement, and room finish all affect what the microphone actually hears. Integrators should ask Shure for guidance on the acoustic conditions under which the AI training data was gathered, and confirm whether the out-of-the-box performance claim holds across the full range of ceiling heights and room volumes they typically encounter.

SNA Displays Installs More Than 17,000 Square Feet of dvLED Across Truist Park and The Battery Atlanta for the Atlanta Braves

Wed, 15 Jul 2026 00:00:00 GMT

What did SNA Displays install at Truist Park, and what was the total scope?

SNA Displays was awarded more than 17,000 square feet of LED display technology in and around Truist Park, home of Major League Baseball's Atlanta Braves in Atlanta, Georgia. The direct-view LED (dvLED) displays total 19.7 million pixels and span the main stadium bowl, concourse and hospitality areas, and venues across The Battery Atlanta entertainment district. SNA Displays manufactured and integrated the EMPIRE Exterior displays and also provided demolition and removal services for the previous displays as part of its scope. WJHW provided consultation services for the Braves and oversaw the technology-selection phase.

What changed about the main center field BravesVision videoboard?

The BravesVision board measures 64'7" high by 120'8" wide, roughly the same size as its predecessor, and runs a 10 mm pixel pitch that gives it approximately two-and-a-half times the number of pixels of the previous display. Its native resolution is 1,968 x 3,680, processing more than 7.2 million pixels. It was custom-engineered to provide improved operational service and maintenance access for the Braves' audio-visual support team.

What pixel pitches are deployed across the venue, and how do they map to use case?

Pixel pitch across the project ranges from 2.9 mm to 10 mm. The main BravesVision board and the Delta Out-of-Town scoreboard both use 10 mm, as do the Coca-Cola Corner and Left Field Hospitality ribbons. The two 400-level fascia ribbons use 8 mm. The Blue Moon Beer Garden display uses 6 mm. The tightest pitch is the 2.9 mm screen at the Outfield Market in the right field concourse, a very tight pitch for an outdoor display.

What is the Outfield Market display, and why is its pixel pitch notable?

The Outfield Market display is an 11'6" high by 41' wide LED screen in the right field concourse with a 2.9 mm pixel pitch and a native resolution of 1,176 x 4,200. At 2.9 mm, it carries a very tight pitch for an outdoor display, which suits close viewing in a concourse where fans pass near the surface.

How large are the 400-level ribbon displays?

The first-base 400-level ribbon runs 411 feet long by 3'1" high, with a native resolution of 120 x 15,660. The third-base ribbon runs 478'8" long by 3'1" high, at 120 x 18,240. Both use an 8 mm pixel pitch. Together the two ribbons span nearly 900 linear feet of fascia.

What role did WJHW play, and how was the project structured between consultant, manufacturer, and integrator?

WJHW provided consultation services for the Braves and oversaw the technology-selection phase, selecting SNA Displays to manufacture and integrate the EMPIRE Exterior LED video displays. SNA Displays also served as the removal contractor for the legacy displays, combining demolition, supply, and integration under a single vendor relationship. Scott Waid, Senior Vice President of Technology Services for the Atlanta Braves, Truist Park, and The Battery Atlanta, discussed the upgrades with SNA Displays across topics including fan experience, project coordination, hardware quality and diagnostics, integrating with legacy technology, and day-two support.

What should AV consultants and integrators take from the Truist Park deployment's scope and structure?

Two things stand out for practitioners reading this project as a specification reference rather than a press announcement. First, pitch selection discipline. The displays span 2.9 mm to 10 mm, and each tier tracks a defined viewing-distance zone: concourse retail up close, hospitality activation at conversational distance, fascia ribbon at mid-deck, and the main videoboard out at the outfield. Consultants specifying multi-zone LED projects can read the Truist Park summary as a working model for justifying pitch choices to a client's budget committee. Second, the single-vendor scope. Rolling legacy demolition and removal into the same supply-and-install contract collapses the coordination risk and accountability gaps that open up between a demo subcontractor and the LED vendor. For an organization running a multi-zone ballpark upgrade against a hard seasonal deadline, that consolidation is worth weighing. On operational performance and day-two support: the BravesVision board was custom-engineered for service and maintenance access, and Scott Waid's discussion covered diagnostics and ongoing support, but the specifics are not published. As anyone who has run large dvLED installs will attest, real-world results depend on tile-to-tile alignment, seam calibration, and ambient-light handling across a heterogeneous pixel-pitch fleet. Integrators evaluating SNA Displays for comparable projects should ask how remote monitoring is structured, what service commitments cover the ribbon displays that carry the highest linear footage and panel count, and how firmware and content updates are managed across pitches ranging from 2.9 mm to 10 mm.

Videotel Digital VP70 4K Industrial Looping Media Player: Plug-and-Play USB Playback and a Claimed Sub-0.3% Failure Rate Aimed at Healthcare Digital Signage

Wed, 15 Jul 2026 00:00:00 GMT

What is the Videotel VP70 4K and what does it do?

The VP70 4K Industrial Looping Digital Signage Media Player is a rugged commercial media player that auto-loops 4K video, audio, and photo content directly from USB or SD card. It outputs up to 4K via HDMI and handles auto power-on, auto-play, and auto-loop without any network connection, remote management software, or manual intervention. Videotel designed it for continuous 24/7 commercial and industrial deployment.

Uptime is fundamental in digital signage applications. What is the reliability of the VP70 4K?

Videotel claims a failure rate below 0.3% for the VP70 4K and states that players in this product series are lasting more than ten years in the field. The company positions this durability record as the core differentiator for end users operating in environments where unplanned downtime carries real operational consequences.

How is Baby360 using the VP70 4K in hospitals, and what does their experience illustrate about the player's deployment profile?

Baby360, which supplies prenatal-through-postpartum maternity education content to hospitals and healthcare facilities across the United States and Canada, uses the VP70 4K to deliver its video programming on hospital TVs and displays. Annae Ireson, President of Baby360, said the player stood out for its reliability, ease of use, and ability to perform consistently in healthcare environments, adding that it enables delivery of programming with minimal setup and maximum dependability, which she described as critical for hospital partners. The deployment illustrates the player's target use case: a content provider that needs consistent playback in a regulated, sensitive environment without dedicated AV staff on site to troubleshoot hardware.

What setup does the VP70 4K require?

The VP70 4K requires only a USB drive or SD card loaded with content and a display connected via HDMI. Once powered, it auto-loops without any software configuration, network connectivity, or ongoing management. Videotel explicitly positions the player as eliminating complex setups, remote management overhead, and frequent on-site interventions.

Where does a standalone looping player still earn its place alongside networked digital signage platforms?

A networked content management system (CMS), cloud-scheduled, remotely updated, and centrally monitored, is the reference point for multi-location signage. The VP70 4K is not competing with that configuration. The player's value proposition targets a specific deployment profile that networked systems handle badly or expensively: a single-location or low-volume content loop in a regulated environment where the end user has no dedicated AV staff, where network access to the display location is restricted or unavailable, and where the cost and complexity of a CMS subscription and ongoing IT involvement outweigh the content management benefit. Hospital room education, waiting room video, and facility orientation loops in sensitive environments fit that profile cleanly. For integrators, the practical question is total cost of ownership against the deployment type. A standalone looping player with high reliability eliminates subscription fees, reduces truck rolls, and removes IT overhead from a content-static loop. The tradeoff is that content updates require physical media swap rather than remote push. For a hospital room running the same prenatal education content for months at a time, that tradeoff is straightforward. For a retail or hospitality location updating promotions weekly (or hourly), it is not. Integrators specifying for healthcare or similar regulated environments should ask Videotel for their advise on physical security of the player's inputs as they are not controlled centrally, deployment data on mean time between failures across the installed base, clarify what warranty and replacement coverage looks like after year five, and confirm that the HDMI output handles whatever display inputs are available in the target facility; older hospital TVs in particular can present compatibility surprises.

Google Meet Hardware Gets Structured In-Room Problem Reporting and New Admin Console Monitoring Tools

Tue, 14 Jul 2026 00:00:00 GMT

What changed for users reporting a problem from a Google Meet hardware device?

The feedback menu on Meet hardware touchscreens now surfaces context-aware options based on the device's current state rather than a single generic form. In a call, users see options such as "Can't see others" and "Poor audio or video quality." From the touchscreen landing page outside a call, the menu shifts to join-related problems, including "Can't join Meet call" and "Can't join Teams call." During a large-scale livestream, a separate set of dedicated report options appears. The prior experience sent unstructured feedback regardless of context.

What did Google change on the admin console side?

Feedback is no longer routed as a background telemetry event. It now appears as a primary, sortable column in the device list. Two new columns have been added: "Last feedback submitted," a sortable timestamp filterable by 1, 3, 7, or 30 days with a click-through side panel showing the specific details of that report; and "Feedback in the last 28 days," a rolling cumulative count of reports per device. A new "With feedback in last 7 days" filter surfaces problem devices immediately and repositions the feedback columns adjacent to the device name in the list view.

What does an IT admin need to do before any of this works?

The "Let users send feedback to Google" checkbox must be enabled in Google Meet hardware Settings under Data Sharing, set to on at the domain or organizational unit level where the device is enrolled. If that setting is off, no user-submitted feedback reaches the admin console regardless of which reporting options appear on the device touchscreen.

Which devices are covered, and when does the rollout complete?

The update applies to all enrolled Google Meet hardware devices across all Google Workspace customers. Google is rolling it out gradually across both Rapid Release and Scheduled Release domains starting July 14, 2026, with full feature visibility expected within 15 days of that date.

The out-of-call feedback menu includes a "Can't join Teams call" option. What does that indicate about the hardware's interoperability posture?

The presence of a dedicated Teams join-failure option in the out-of-call feedback menu confirms that Microsoft Teams interoperability remains a supported use case on Google Meet hardware: a configuration where the same room device can be used to join either a Google Meet or a Teams call. Building Teams-specific failure reporting into the structured feedback menu signals that the interoperability path is treated as a production-grade scenario, not a fringe configuration.

What does this update tell IT admins managing large Google Meet hardware fleets about where Google is taking room-device operations?

The shift from background telemetry to a primary, sortable admin column is a small schema change with a meaningful operational consequence. Until now, an admin who wanted to know which room devices had been generating complaints had to correlate unstructured telemetry events against support tickets: work that typically didn't get done until a user escalated a problem. The 28-day rolling count and the 7-day filter together create something closer to a recurring-fault dashboard. A device that shows eight reports over 28 days is a different problem than one with a single report yesterday, and the console now makes that distinction visible at a glance. IT admins face the choice of whether or not to send feedback from a Google Meet hardware device directly to Google to enable these features. They should check the latest terms and conditions with your vendor, but the feedback can include diagnostic data, device logs, and a screenshot of what is showing on the screen. That content could be sensitive and include shared documents, participant names, calendar details, image and likeness, and other content that your organization considers confidential. Plus, users might not be able to distinguish between a hardware issue (which could legitimately be helped by a ticket with Google) and a software issue (which in some cases should go to Microsoft) making the privacy exposure have less of a pay-off. For IT admins managing fleets across multiple buildings or campuses, the question worth bringing to the next device review is whether the 28-day window is the right detection interval for their environment. A room that's lightly used, for instance a small huddle space booked twice a week, might accumulate the same raw count as a heavily used executive boardroom, while representing a much higher problem rate per session. Google does not appear to surface a per-session rate, only a raw count. Admins who need that granularity will still need to cross-reference the feedback data with room utilization data from their booking system and run their own analysis.

PartnerOne Acquires ISI Analytics: What the Deal Means for Microsoft Teams, Cisco, and Webex Collaboration Monitoring

Tue, 14 Jul 2026 00:00:00 GMT

What did PartnerOne acquire, and what does ISI Analytics actually do?

PartnerOne, a Riverside, California-based enterprise software group, acquired ISI Analytics, a provider of collaboration analytics and operational intelligence tools for enterprise unified communications (UC) environments. ISI Analytics monitors UC deployments, giving IT teams real-time visibility into performance, service quality, and user experience. The platform also delivers adoption and utilization reporting, helping organizations understand whether employees are actually using the collaboration tools they have licensed and where problems are emerging before users report them.

What will the acquisition enable for ISI Analytics that it could not do as a standalone company?

The acquisition provides ISI Analytics with additional resources to accelerate product development, deepen customer success programs, and grow its collaboration analytics offering. PartnerOne also signals continued investment in ISI Analytics' existing product line and team. Jason Forehand, CEO of ISI Analytics, committed to ongoing investment in analytics and operational intelligence as AI becomes more embedded in enterprise collaboration platforms.

Which UC platforms does ISI Analytics support, and why does that coverage matter to enterprise IT teams?

ISI Analytics covers Microsoft Teams, Cisco, and Webex calling environments. For enterprise IT teams managing multi-platform or transitioning deployments, unified visibility across more than one UC platform is a meaningful operational capability. Each of these platforms generates its own proprietary reporting, and organizations running parallel environments, common during migrations or in large enterprises with acquired business units, often lack a unified way to compare performance and adoption across them.

How does AI factor into this deal?

Both PartnerOne and ISI Analytics frame AI as the driver of urgency. As AI assistants, meeting intelligence tools, and workflow automation become embedded features inside Microsoft Teams, Cisco, and Webex, the operational complexity of those platforms increases. PartnerOne's Vice President Suzanne Fortman commented that organizations will need greater insight into platform performance, adoption, and health as AI reshapes enterprise collaboration. ISI Analytics positions its analytics layer as the observability foundation that lets IT teams manage AI-augmented environments with confidence rather than reacting to failures after users are already affected.

What does the announcement say about continuity for existing ISI Analytics customers and partners?

Customers and partners should expect uninterrupted service, and that ISI Analytics' existing products, team, and customer relationships will be preserved under PartnerOne ownership. No product discontinuations, support transitions, or organizational restructuring were mentioned.

What should integrators and IT managers ask ISI Analytics now that it operates under a new parent?

Acquisitions by enterprise software roll-ups follow a recognizable pattern: the acquiring group promises continuity, retains the team, and signals investment. Most of the time those commitments hold in the near term and represent the best intentions of the parties. For integrators who have specified ISI Analytics as part of a managed UC services stack, the practical concerns for the long-term are licensing model stability, roadmap transparency, and support escalation paths under the new ownership structure. All good questions to ask as the dust settles on the acquisition. For enterprise IT managers already running ISI Analytics in a Microsoft Teams or Cisco environment, the AI framing in this announcement is the signal worth tracking. Both parties are positioning ISI Analytics as observability infrastructure for AI-augmented workplaces, which suggests the product roadmap will lean into deeper Teams and Copilot integration, Webex AI feature monitoring, and similar capabilities. Whether that roadmap accelerates or stalls under the new parent will be visible in the next product release cycle.

SNA Displays and YESCO Complete Interior LED Signage Upgrade at Los Angeles Union Station: What the 22.4-Million-Pixel Overhaul Means for Digital Signage in Historic Transit Venues

Tue, 14 Jul 2026 00:00:00 GMT

There have been changes at the Los Angeles Union Station. What is new and who all is behind the installation?

YESCO installed 15 interior LED display units manufactured by SNA Displays, replacing outdated digital displays throughout the station. The new units cover more than 1,500 square feet of combined display area and collectively process approximately 22.4 million pixels. The project was completed under Abbott Construction as the general contractor, with Selbert Perkins Design serving as the project's design firm and Morlin Asset Management representing the property owner.

What are the physical dimensions and pixel pitch specifications of the new displays?

The installation includes several distinct display types sized for different locations within the station. Wall-mounted units reach 8'3" tall by 18' wide. Suspended, double-faced directional units measure 3'3" tall by 18' wide. Large-format concourse displays measure up to 4'1" tall by 24'7" wide. Pixel pitch specifications span 1.5 mm, 2.5 mm, and 3.9 mm, matched to the viewing distances in the station's waiting room, passageways, and passenger concourse.

What content does the signage system carry?

The displays are designed to handle transit information, wayfinding, station announcements, event messaging, and local advertising. The station serves as the busiest railroad passenger terminal in the western United States, which means the displays carry operational information for a high daily volume of travelers across multiple rail and transit services.

This facility has a rich history. What constraints did the historic designation place on the project?

Los Angeles Union Station, opened in 1939, is listed on both the National Register of Historic Places and the California Register of Historical Resources. Those designations require that modifications preserve the architectural character of the building. The project teams worked with Selbert Perkins Design and Morlin Asset Management to integrate the updated display package without altering the station's historic feel.

What roles did SNA Displays and YESCO each play?

SNA Displays manufactured the LED display units. YESCO provided and installed the full digital signage package on-site, working under Abbott Construction. YESCO also maintains sign and lighting service operations and ongoing maintenance obligations at the station.

What does the Union Station project tell integrators about specifying digital signage in historically protected public venues?

The Union Station project is a useful case study in the constraints that historic designation layers onto a digital signage deployment: constraints that affect every decision from display form factor to mounting method to content scope. Three questions are worth bringing to any similar project early. Mounting and depth. Historic properties often prohibit penetrations or alterations to original structural elements. Before finalizing display sizes and locations, integrators should confirm with the relevant preservation authority exactly what attachment methods are permitted and whether the display envelope itself must stay within a defined architectural zone. Brightness and ambient light. This installation provides improved brightness as a feature, but historic interiors often carry indirect or diffused natural light from original glazing. An integrator should verify that the selected nits (cd/m²) level is calibrated for the actual ambient conditions in each zone, not a single station-wide figure, and should ask the manufacturer how the displays handle automatic brightness adjustment across different times of day to save energy and get the most comfortable viewing experiences. Content governance and long-term support. A display system carrying both operational transit information and paid local advertising introduces a content management and access-control layer that a single-purpose wayfinding system does not. Integrators and facility managers should clarify who owns the content management system, which entity controls each content zone, how the system handles emergency messaging override, and what the support and replacement path looks like for a building that is expected to stand for another 86 years.

AVI-SPL Launches Enterprise Mission Critical Practice Inside Its XTG Division: What the New Fusion-Driven Environment Category Means for Control Room and GSOC Integrators

Mon, 13 Jul 2026 00:00:00 GMT

AVI-SPL had a different kind of announcement at InfoComm 26: a new practice area. What is it all about?

AVI-SPL announced the launch of its Enterprise Mission Critical (EMC) practice, housed within its XTG division. The practice is built around what the company calls fusion-driven environments: purpose-built operational spaces that bring together AI-generated insight, physical design, and integrated systems to help enterprises turn information into coordinated action under pressure.

What are the three use cases the AVI-SPL EMC practice is designed to serve?

The practice targets three operational environment types: Fusion Centers, Enterprise Control Rooms, and Global Security Operations Centers (GSOCs). Each is intended not just to surface information, but to create shared situational awareness and coordinated response across teams that might otherwise operate in silos.

How does AVI-SPL describe its methodology for designing these environments?

The company structures its EMC methodology around four disciplines. Decision Flow addresses how AI-generated and operational data moves through an organization and who acts on it. Experience Design focuses on reducing cognitive load so teams can think clearly under pressure. System Integration connects existing platforms and AI tools into a unified operational picture. The fourth discipline is defined as Operational Readiness.

What is the business problem AVI-SPL is solving?

Gartner and Accenture indicate that 80% of companies are increasing investment in security and resilience, yet still report feeling behind. AVI-SPL frames the gap not as a shortage of data, but as an inability to convert information into timely, coordinated action. This is a problem the company attributes to accelerating threats across cyber, supply chain, geopolitical, and climate domains.

Where does the EMC practice sit within AVI-SPL's broader organizational structure?

The practice launches under AVI-SPL's XTG division. They are positioning EMC as a distinct service category within that division rather than an extension of AVI-SPL's standard integration offerings.

What does AVI-SPL's EMC practice launch mean for integrators already working in the control room and GSOC space?

AVI-SPL is not announcing a new product. It is announcing a practice category reframing the traditional control room in a new methodology and service wrapper. Mission critical decision rooms are not new. What is new is the explicit positioning of AI-readiness and cognitive load design as core disciplines in the design-and-build process, not overlooked elements or afterthoughts. Clients selecting a partner for a GSOC or enterprise control room refresh may increasingly expect a structured conversation about decision flow and overall experience design, not just a rack diagram and a camera count. Whether those disciplines require a named practice or simply a more deliberate project methodology is a question each firm will answer differently.

Biamp BMA 360D Ceiling Tile Mic Earns Microsoft Teams Rooms Certification: What the Configurable DSP Integration Means for Integrators Specifying Large-Room Audio

Mon, 13 Jul 2026 00:00:00 GMT

What did Biamp certify for Microsoft Teams Rooms, and what does the certification cover?

The Biamp BMA 360D Ceiling Tile Mic, paired with the TesiraFORTÉ X digital signal processor (DSP), has earned Microsoft Teams Rooms certification. The certification covers deployments in medium, large, and extra-large room categories. The mic is designed for both drop-tile and hard ceiling installations.

What is the TesiraFORTÉ X, and why does its inclusion matter to the certification?

The TesiraFORTÉ X is Biamp's conference room DSP platform, part of the Tesira audio networking product family. In the BMA 360D configuration, the TesiraFORTÉ X handles signal processing onboard the ceiling tile mic, meaning the DSP is embedded in (or paired directly with) the pickup element rather than residing in a separate rack unit. For the Teams Rooms certification, this matters because the processing chain is validated as a matched system, not as independently sourced components assembled on a project.

Which room sizes does the certification address, and why does that range matter for integrators?

The certification covers medium, large, and extra-large Microsoft Teams Rooms categories. These three tiers represent the most specification-intensive end of the Teams Rooms deployment spectrum, where ceiling microphone arrays are the dominant pickup architecture and where DSP configuration decisions carry the most weight. Small rooms and huddle spaces typically use simpler all-in-one bars; the BMA 360D is positioned for the room sizes where integrators face the most acoustic variability and client scrutiny.

What does the Teams Rooms certification actually unlock for an integrator or end user specifying this product?

A certified device appears in Microsoft's Teams Rooms hardware catalog, which enterprise IT procurement teams use as an approved-vendor list. For integrators, certification removes a friction point: a specced product that is not on the certified list can require additional justification to an IT or procurement stakeholder, even when the product performs well. With the BMA 360D certified, integrators can present it as catalog-compliant without that conversation.

What should integrators ask Biamp before specifying the BMA 360D in a large-room Teams Rooms project?

The BMA 360D certification covers three room-size tiers, but ceiling microphone performance in real deployments is shaped by factors the certification process does not test: ceiling height, HVAC noise floor, reflective surface materials, and the distance between the tile and the primary talker zones. Integrators specifying the BMA 360D for a large or extra-large room should ask Biamp for the recommended maximum ceiling height per room category, the expected pickup pattern under hard-ceiling vs. drop-tile conditions, and how the TesiraFORTÉ X DSP configuration is adjusted for rooms at the outer edge of each certified tier. The certification confirms the system works within Microsoft's validated parameters. What shapes whether it works in a specific room is the installation design around it.

Bluesound Professional Adds Waybox to BluOS Platform, Giving Portugal-Based Integrators a Local Business Music Option

Mon, 13 Jul 2026 00:00:00 GMT

What does the Bluesound Professional and Waybox announcement mean for customers?

Bluesound Professional added Waybox to its BluOS platform as an integrated streaming music option for commercial installations. Waybox is a Portugal-exclusive business music service that provides curated, context-driven music for retail, hospitality, and similar commercial environments; the companies also cite copyright compliance for those venues as part of the service.

Which Bluesound Professional systems support the Waybox integration, and what does activation require?

Waybox is available on all current Bluesound Professional players running the latest BluOS software version. Accessing the service requires an active Waybox subscription.

Where is this integration available?

The Waybox integration is limited to commercial installations in Portugal.

What does this give integrators working in Portugal?

Waybox gives integrators a locally-focused music option for Bluesound Professional systems in the country, with curation tailored to Portuguese commercial environments and access directly through the BluOS interface. Bluesound Professional's general manager, Graeme Harrison, described it as an option 'better aligned to their projects' for partners in that market.

What is BluOS, and why does the platform matter to integrators beyond this specific partnership?

BluOS is Bluesound Professional's multi-zone audio management software platform, built into the company's range of controllers, streamers, amplifiers, and speakers. Its architecture allows new streaming services to be added as integrations without requiring hardware changes, which means each new service partnership extends the value of systems already installed in the field.

What does the Waybox partnership signal about how commercial audio platforms compete on localization?

Background music for commercial spaces sits in an awkward compliance zone. Playing a consumer streaming service in a venue such as a bar or shop generally calls for a commercial license rather than a personal one, and the vendors foreground that here: Waybox's general manager ties the integration to "full copyright compliance." Business music services like Waybox exist specifically to close that gap: the music is licensed for public performance, often curated by environment type, and the subscription covers the venue's legal exposure. For integrators, the practical question when specifying a background audio system is increasingly not just "what hardware performs best?" but "what licensed music services are available in this market, through this platform, without a separate app or control point?" The Waybox integration answers that question for Portugal-based deployments on Bluesound Professional hardware. The broader pattern worth watching: as BluOS adds regionally focused services alongside global ones, the platform's stickiness in any given market depends partly on whether the local music licensing landscape is covered. Integrators working across multiple European markets should ask Bluesound Professional which business music services are currently integrated by country.

Glass-Media and LG Electronics Launch AI-Enabled Transparent OLED Concierge Kiosk: What a Battery-Powered, Avatar-Driven Guest Engagement Platform Means for Hospitality and Retail Integrators

Mon, 13 Jul 2026 00:00:00 GMT

What is the Glass-Media AI-Enabled Transparent Concierge Kiosk, and what hardware is at its core?

The kiosk combines LG Electronics' 55-inch Transparent OLED commercial display with a Glass-Media-engineered enclosure that includes a built-in high-definition camera and battery-powered architecture. The platform runs conversational AI to support guest interactions including wayfinding, question answering, and multilingual conversation in real time. For their demo at InfoComm 2026, the unit featured Invisible Arts' conversational AI and a Logitech Brio 4K camera.

What problem does the transparent display format actually solve for an operator who has passed on kiosks before?

Traditional kiosks draw objections in premium environments on three grounds: visual bulk, architectural mismatch, and footprint. The Transparent OLED panel allows digital content and AI avatars to appear against a see-through background, reducing the visual mass of the unit and letting the surrounding environment remain visible. Glass-Media positioned aesthetics as a primary design requirement alongside function, targeting lobbies, atria, and branded retail spaces where a conventional black-panel kiosk would conflict with the interior design.

How does the battery-powered, portable architecture change the deployment conversation for an integrator?

The kiosk requires no dedicated electrical infrastructure or conduit, which removes the most common installation bottleneck for lobby and event-floor deployments. An integrator can position the unit, connect it to a network, and commission it without coordinating with facilities or a general contractor for power runs. The architecture also supports temporary deployments (convention centers, pop-up retail activations, and special events) where running power to a fixed kiosk location is impractical or cost-prohibitive.

What AI platform is Glass-Media using, and how open is the integration?

Glass-Media describes an open platform designed to accommodate multiple AI technology partners, with Invisible Arts' conversational AI featured at InfoComm 2026. The display can accommodate any content. The platform supports branded virtual assistants and custom AI applications tailored to a specific operator's workflows. Supported use cases include wayfinding, concierge services, product recommendations, guest assistance, and informational support.

When will the kiosk be commercially available?

Glass-Media expects commercial availability beginning in the third quarter of 2026. Pricing was not stated in the announcement.

What should integrators evaluate before specifying a transparent OLED kiosk for a premium guest-facing environment?

A see-through display with a conversational AI avatar is a materially different object than a standard touchscreen kiosk, and the battery-powered architecture genuinely simplifies the site survey. But the questions worth bringing to any pre-sales conversation go deeper than aesthetics. Transparent OLED panels perform differently than standard OLED or LCD under ambient light. The see-through effect that sells the concept in a darkened demo booth behaves differently in a sun-washed hotel atrium or a retail storefront with significant daylight exposure. The brightness specifications matter, as does testing in the target lighting conditions. Battery runtime and recharge cycle are the other variables to explore. A kiosk deployed in a hotel lobby running twelve to sixteen hours a day has very different power demands than one deployed for a four-hour retail activation. Before quoting a project, integrators should confirm rated runtime under load, recharge time, the labor or disruption required for a battery change, and whether a tethered power option exists for permanent installations where the portable advantage is less relevant.

LG Expands dvLED Portfolio with Five New MAGNIT Displays, Including Two All-in-One Models Targeting Simplified Installation

Mon, 13 Jul 2026 00:00:00 GMT

There was a lot of LG news at InfoComm 2026. Tell us about the new MAGNIT line up.

LG debuted the MAGNIT Gen 2 (model LMPB007), MAGNIT Active Micro LED (LSAH007), MAGNIT Essential Micro LED (LMEA012), MAGNIT Essential All-in-One (LASA136), and MAGNIT Gen 2 AIO (LAAB136). The Essential models form an all-new entry-level category within the MAGNIT line, making their first appearance at InfoComm.

What is the MAGNIT Essential, and who is it aimed for?

The MAGNIT Essential Micro LED (LMEA012) is a slim indoor dvLED panel with a 1.25 mm pixel pitch, 600 nits (cd/m²) of calibrated brightness, and a cabinet depth of 1.2 inches at 8.6 pounds per cabinet. Its larger-module design uses fewer modules per cabinet, which reduces installation time and minimizes gaps between units. It generates 50 percent lower power consumption compared to comparable SMD-based models. The display supports HDR10 and HDR10 Pro and carries a 20,000:1 contrast ratio. Target environments include corporate lobbies, executive briefing rooms, command centers, and retail spaces where a slim profile and straightforward maintenance matter.

How do the two all-in-one models differ from each other?

Both are 136-inch displays with integrated controllers and built-in speakers, but they diverge on resolution, pixel pitch, and software platform. The MAGNIT Essential AIO (LASA136) delivers Full HD resolution using COB Micro LED technology with an embedded webOS controller, aimed at organizations that want large-format impact with reduced installation complexity. The MAGNIT Gen 2 AIO (LAAB136) steps up to 4K UHD resolution (3840×2160) at a 0.78 mm pixel pitch, runs webOS 8.0, supports HDR10 and HDR10 Pro, includes an Office Meeting Mode, and carries Crestron Connected compatibility. The installation process is a simplified four-step procedure. The Gen 2 AIO targets conference rooms, executive briefing centers, and control rooms where high-resolution presentation is a priority alongside operational simplicity.

What does the MAGNIT Gen 2 flagship add over its predecessor?

The MAGNIT Gen 2 (LMPB007) introduces LG's Line-to-Dot technology, which reduces the visibility of minor pixel imperfections on screen. It also gains a 120Hz refresh rate for smoother imagery, a front-access alignment system for installation and maintenance, and optical fiber connectivity for long-distance signal transmission. LG also cites enhanced contrast, deeper blacks, and improved grayscale performance relative to the previous generation.

What is the MAGNIT Active Micro LED, and does it fit a commercial deployment?

The MAGNIT Active Micro LED (LSAH007) is a 136-inch 4K Ultra HD display built around Active Matrix Micro LED technology with a million-to-one contrast ratio, Dolby Vision HDR, and up to 144Hz variable refresh rate. LG's Alpha 9 AI processing handles image clarity and motion performance. The display includes integrated speakers, webOS 23, AirPlay 2, and Miracast support. LG positions it for immersive home cinema and premium visualization, with luxury residential applications mentioned alongside commercial visualization use cases. Integrators specifying it for commercial environments should note the consumer-oriented software stack and confirm that the display's feature set aligns with the deployment's management and control requirements.

Where does the Ultra Stretch AIO fit in the portfolio?

The LG Ultra Stretch AIO (LUPA098) is a 98-inch dvLED display in a 32:9 ultrawide aspect ratio, launched before InfoComm and shown on the floor this year. It includes integrated speakers, an embedded webOS 4.0 controller, and support for scalable multi-screen configurations of up to 10 displays. LG targets it at transportation hubs, retail environments, and public-facing installations where a wide-format continuous display strip is a design requirement.

Which LG MAGNIT model deserves the most attention from integrators specifying commercial environments in 2026?

The MAGNIT Gen 2 AIO (LAAB136) is the one to watch for commercial work. A 136-inch, 4K, 0.78 mm pitch display with a built-in controller, Crestron Connected compatibility, and a four-step installation process answers the most common objections integrators hear when proposing dvLED over large-format LCD in a conference room or briefing center: cost of the external controller, complexity of the signal chain, and time on-site. The Active Micro LED (LSAH007) is an interesting one reflecting the cross-over of many integrators into prosumer spaces and the trend of having luxury executive suites or entertainment spaces within commercial facilities.

Logitech Express Install Bundles for Microsoft Teams Rooms: What Pre-Configured Room Kits Mean for Integrators and IT Managers Deploying at Scale

Mon, 13 Jul 2026 00:00:00 GMT

What are the Logitech Express Install bundles for Microsoft Teams, and what room types do they cover?

Logitech has introduced a line of pre-configured Express Install kits for Microsoft Teams Rooms on both Windows and Android. The line spans huddle rooms, medium rooms, and large rooms. Specific bundles include the Rally Bar with the Urben Express Range 65 display for Teams Rooms on Windows, the MeetUp 2 with the Vision Express Desk Mount for Teams Rooms on Windows, the Rally Bar Mini with the Vision Express Desk Mount for Teams Rooms on Android, the Rally Bar Huddle with the Vision Express Desk Mount for Teams Rooms on Android, and the Rally Bar with the Urben U-Cart HD for Teams Rooms on Android.

Who are the hardware partners involved in these bundles?

Logitech developed the Express Install kits in partnership with Urben Express, Vision Express, and Samsung. Urben Express contributes display and cart options (the Range 65 display and the U-Cart HD) while Vision Express supplies the desk mount used across several huddle and medium-room configurations.

What is the installation time claim, and what does it assume?

Logitech states that Express Install kits can be set up in under an hour with minimal labor and no specialist help required. The under-an-hour figure applies to the full room installation (hardware mounting, cabling, and system configuration included). The promise is that general IT staff or facilities teams can handle the installation, rather than certified AV integrators.

Where are these Logitech bundles listed, and how does that affect the procurement path?

All five bundles are listed in the Microsoft Teams devices catalog at microsoft.com/en-us/teams-devices, which is the primary procurement reference for enterprise IT buyers and integrators sourcing certified Teams Rooms hardware. Listing in the Microsoft catalog means the bundles are accessible through standard enterprise procurement workflows without requiring custom exception handling or separate vendor qualification.

What operating system options are available across the bundle line?

The line covers both major Teams Rooms platforms. Two bundles (the Rally Bar with the Urben Range 65 and the MeetUp 2 with the Vision Express Desk Mount) run Teams Rooms on Windows. Three bundles (the Rally Bar Mini, Rally Bar Huddle, and Rally Bar with U-Cart HD, each paired with Vision Express mounts or the Urben cart) run Teams Rooms on Android. Organizations standardized on one OS platform can select accordingly rather than managing a mixed-platform fleet.

What do Logitech's Express Install kits signal about where the Teams Rooms channel is heading?

The under-an-hour installation claim is the strategic announcement here. Logitech is communicating to the integrator channel that the addressable market for these room types is expanding beyond projects that justify a truck roll. For integrators, that cuts two ways. The deals that would have been too small or too dispersed to bid profitably become viable managed-services opportunities: sell the bundle, configure remotely, and then monitor the fleet. The deals where a client's IT team now self-installs are not lost revenue so much as a different entry point. The customer who deploys their own huddle rooms is the same customer who eventually needs integrator help with the boardroom or the large training space. Of course, installation is just the start of a successful implementation which begs additional questions about how remote provisioning and ongoing device management work across a fleet of these bundles. An under-an-hour install that requires a site visit every time a firmware update or configuration change is needed is a different value proposition than one that is fully cloud-managed from day one.

Salas O'Brien Acquires DWG Consulting Engineers to Expand Coastal South Carolina Presence

Mon, 13 Jul 2026 00:00:00 GMT

The AV industry has been experiencing a lot of consolidation. Salas O'Brien has had a number of meaningful acquisitions. What is the latest?

Salas O'Brien announced a merger with DWG Consulting Engineers, a comprehensive engineering design services firm headquartered in coastal South Carolina. DWG has offices in Mount Pleasant and Greenville, South Carolina.

What does DWG bring to the combined firm?

DWG contributes a 50-year regional track record, two South Carolina offices, and established client relationships across healthcare, education, government, and commercial building markets. The firm built its reputation on design excellence, client service, and sustainable building systems.

Why did Salas O'Brien pursue this particular merger?

Salas O'Brien cited shared entrepreneurial culture, a mutual commitment to sustainable engineering design, and alignment on energy-efficient technologies as the drivers. The merger also extends Salas O'Brien's regional footprint into coastal South Carolina, a geography where the firm did not previously have a direct office presence.

How does this fit Salas O'Brien's broader acquisition pattern?

Salas O'Brien has pursued a series of mergers with regional engineering firms that share its stated entrepreneurial culture. The DWG deal follows the same template: a high-performing regional firm with deep vertical-market relationships in a geography where Salas O'Brien sees growth opportunity.

What does the DWG merger signal for AV-adjacent engineering work in Salas O'Brien's growing footprint?

Salas O'Brien is a multidiscipline engineering firm that touches AV through building systems design, technology consulting, and the integrated project delivery model that larger institutional clients increasingly require. When a firm like Salas O'Brien absorbs a 50-year coastal South Carolina practice with deep healthcare, education, and government relationships, the downstream effect for the AV channel is straightforward: more Salas O'Brien engineers in the room at the specification stage for projects in those sectors. DWG's client base in healthcare and education is worth noting specifically. Both verticals are active AV spend categories with applications like patient experience systems, campus collaboration infrastructure, and house-of-worship adjacency in some institutional portfolios. Both lean heavily on trusted engineering relationships when selecting technology partners and integrators.

Salas O'Brien Becomes First North American Firm to Hold Both Siemens Smart Infrastructure Alliance and Digital Industries Partner Designations

Mon, 13 Jul 2026 00:00:00 GMT

Salas O'Brien and Siemens have been expanding their partnership. What do the two recent recognitions spell for customers?

Salas O'Brien established an expanded relationship with Siemens spanning two of its core businesses. The firm is now recognized as both a Siemens Digital Industries Solutions partner and a contributor to the newly formed Siemens Smart Infrastructure Alliance Program. No other firm in North America holds both designations, indicating a broader span of solutions for customers.

What does the Smart Infrastructure Alliance designation cover?

The alliance centers on intelligent, energy-efficient, and resilient buildings and campuses. A key element is Salas O'Brien's access to Siemens' Building X platform, an open, cloud-based suite that connects building systems (including HVAC, energy, security, and vertical transportation) on a unified data foundation. The firm intends to apply these capabilities for clients pursuing building modernization, cost reduction, and sustainability goals, with stated focus on healthcare, higher education, life sciences, and commercial real estate.

What does the Digital Industries Solutions partner designation cover?

The designation recognizes Salas O'Brien's ability to deliver industrial digital transformation at scale, spanning strategy and design through implementation and ongoing operations. Clients in manufacturing, life sciences, and food and beverage sectors gain access to Siemens' industrial automation and digital solutions combined with Salas O'Brien's engineering delivery capability. Marla Davids, director of partner sales at Siemens Digital Industries, cited connected automation, digital twins, and industrial AI as the core technologies the partnership brings to manufacturers.

What does the AV and systems integration community need to understand about Building X?

Building X is Siemens' open, cloud-based platform designed to sit above individual building systems and unify their data. For AV integrators working in corporate, healthcare, and campus environments, that layer is directly adjacent to room control, occupancy sensing, and AV network management. Projects that previously treated HVAC controls and AV automation as separate scopes are increasingly converging on unified platforms like Building X, which means integrators who understand only the AV signal chain may find themselves downstream of engineering firms like Salas O'Brien on project decision hierarchies.

What are the benefits of this expanding collaboration between Siemens and Salas O'Brien?

John Glenski, principal and senior director of automation and digital at Salas O'Brien, said the expanded relationship strengthens the firm's ability to help clients connect operations, facilities, and data into more intelligent and efficient environments. Mike Kearney, head of sales for Smart Infrastructure Buildings at Siemens USA, said the alliance enables earlier, more integrated collaboration in the design phase and that the complementary strengths reduce cost and risk while delivering digitally enabled facilities.

How large are Salas O'Brien's and Siemens' footprints?

Salas O'Brien is an employee-owned engineering and technical services firm ranked among the top firms by Engineering News-Record and Consulting-Specifying Engineer. The company has appeared on the Inc. 5000 list of North America's fastest-growing private companies for over a decade. Siemens Group USA generated $24.427 billion in revenue in fiscal year 2025, ending September 30, 2025, and has more than 50,000 employees across all 50 states and Puerto Rico.

What does Salas O'Brien's dual Siemens designation signal to AV integrators competing for complex building projects?

The story here is about where the boundary between AV integration and building engineering is moving. For years, AV integrators have worked alongside mechanical, electrical, and other engineers on large building projects: parallel workstreams that converged at commissioning. The Salas O'Brien model is different. As an engineering firm that also delivers AV, automation, and controls, it competes for the whole-building technology scope from the design phase forward. The Siemens Smart Infrastructure Alliance designation, with its emphasis on early design-phase collaboration, reinforces exactly that positioning. For AV integrators working in healthcare, higher education, and corporate campus environments, a few of Salas O'Brien's stated focus markets, the practical question is whether a project's AV scope gets specified inside a platform like Building X before the AV integrator is in the room. Integrators who can speak the language of unified building data, occupancy analytics, and cloud-managed infrastructure will have a cleaner path into those conversations. Those who frame their scope as display installation and room control may find the scope has already been drawn around them. The specific question worth asking on any large campus or healthcare project: who is specifying the building automation layer, and does the AV design have a defined interface to it?

Samsung Adds Account Management and AI Tools to Its Interactive Display Lineup for Education: What the New AMS and WAHX-M Announcements Mean for K, 12 Integrators

Mon, 13 Jul 2026 00:00:00 GMT

Samsung was busy at ISTELive 26 with some new announcement. What was shown and what problems does it solve?

Samsung announced two new software tools, Samsung Account Management Solution (AMS) and Samsung AI Assistant, alongside three new hardware models for its Android-based Interactive Display lineup. The core problem both software tools address is the shared-display classroom: multiple teachers use the same physical display across the school day, but each teacher wants their own settings, files, and app layout.

How does Samsung AMS work, and what does sign-in actually look like for a teacher?

Samsung AMS comes pre-installed on compatible Android-based Samsung Interactive Display models. A teacher signs in via QR code or, where the model supports it, an NFC-enabled ID card. Once signed in, AMS loads a cloud-connected profile that includes the teacher's preferred layout, wallpaper, bookmarks, app shortcuts, files, and settings, on any compatible display in the building. A screen-lock feature covers brief classroom departures. On the IT side, the Samsung Education Portal is where administrators register teachers, enroll devices, bind NFC cards to accounts, and push emergency alerts to selected displays through platforms including InformaCast and Raptor, which require integration with a compatible notification platform.

What does Samsung AI Assistant add, and how does it connect to AMS?

Samsung AI Assistant delivers AI tools for common classroom tasks directly on compatible Android-based Samsung Interactive Displays: content discovery, transcription, summaries, and quiz generation. Circle to Search, built on Google's Gemini API with Samsung's own educational features, and distinct from the mobile version of Circle to Search, lets teachers circle on-screen text or images to surface related information, visuals, videos, and links without leaving the display; results can be pulled into Samsung Whiteboard. Live Transcript converts spoken instruction into real-time on-screen text, with supported languages varying by model and region. AI Quiz generates questions from recorded lesson content and shows overall correct-answer rates for the class. The integration with AMS means teachers sign in once and return to previous lesson materials, AI-generated summaries included, without re-authenticating.

What are the three new Samsung hardware models, and what distinguishes the WAHX-M?

The three new models are the WAF-S, the WAFX-PS, and the WAHX-M. The WAF-S and WAFX-PS are refreshes of the existing WAF and WAFX-P series, with the primary change being an upgrade to Android 16, which brings improvements in usability, accessibility, security, and privacy. The WAHX-M is the new platform and introduces Samsung's first 98-inch Interactive Display. It ships in 65-, 75-, 86-, and 98-inch sizes and adds on-device AI features, voice command, AI calculator, and text-to-speech, with supported languages varying by region, alongside full support for AMS and AI Assistant. All three models, along with the existing WAF and WAFX-P series, carry EDLA certification (Enterprise Devices Licensing Agreement, Google's program for built-in Google Mobile Services), which covers access to Google Classroom and Google Drive.

When are these tools available, and are there any eligibility limits integrators should know about?

Samsung AI Assistant has been available since its April 2026 release. Samsung AMS is scheduled to become available beginning in July 2026, alongside related Samsung Education Portal updates. Feature availability is limited to selected regions and models, so integrators should confirm compatibility for specific display SKUs before specifying. Samsung also announced a Fast Swap program, a one-time advance-exchange replacement service for the WAF, WAFX-P, and WEFX series, available exclusively to Platinum and Gold Education Channel Partners in K, 12 U.S. schools. Replacement units from a Fast Swap exchange are not themselves eligible for the program.

Which three questions should K, 12 integrators take to Samsung before specifying AMS on a shared-display project?

The shared-display problem AMS targets is real, and AMS addresses it at the right layer: cloud-connected profiles rather than local workarounds. But the spec sheet leaves three questions that integrators should take to Samsung before a project is bid. First, NFC sign-in availability varies by model. If a school's use case centers on badge-tap sign-in, the fastest path for a teacher moving between rooms on a tight passing period, the compatibility matrix for NFC across the WAF, WAFX-P, WAFX-PS, WAF-S, and WAHX-M needs to be explicit in the project spec and system design. Second, cloud-connected profiles require a reliable network. Samsung AMS's value proposition, any teacher, any compatible display, same experience, depends entirely on the school's network infrastructure. In districts where Wi-Fi in older buildings is inconsistent, the profile-loading experience may vary in ways that undercut the value. Third, the Samsung Education Portal and the emergency-alert integration with InformaCast and Raptor both require setup and ongoing IT management. The Fast Swap program is available only to Platinum and Gold Education Channel Partners, so the dealer tier matters for any deployment where hardware-replacement speed is part of the value proposition to the district.

Samsung IBF Series Indoor LED Targets Window-Facing Retail and QSR Installations with 3,500-Nit Brightness

Mon, 13 Jul 2026 00:00:00 GMT

What is the Samsung IBF Series and what installation environment is it designed for?

The IBF Series is an indoor direct-view LED (dvLED) display built for window-facing environments such as retail storefronts, quick-service restaurants, and live venues. Its design is intended to deliver high-brightness content in positions where ambient light and direct sunlight would wash out a conventional commercial display.

What brightness does the IBF Series deliver, and why does that spec matter in a window-facing position?

The IBF Series reaches up to 3,500 nits (cd/m²). A window-facing display competes directly with daylight, which can exceed 10,000 lux on a bright day. At 3,500 nits, the IBF Series sits in the tier where content remains legible and color-saturated to a pedestrian outside the glass, rather than appearing dim or washed out against the ambient light behind the display.

What pixel pitch is available in the IBF Series, and what does that mean for viewing distance?

The announced model is the IB025F, at 2.5mm pixel pitch. At that pitch, the standard integrator rule of thumb (pitch in millimeters multiplied by eight) puts comfortable minimum viewing distance at approximately 20 feet. For a storefront window display read by pedestrians on the sidewalk or from passing cars, that distance is acceptable with the right content choices.

Why launch a new window-facing display product now?

Samsung references consumer research showing 53 percent of Americans are budgeting more deliberately in 2026, up from 46 percent in 2025. The company's argument is that as consumers become more selective about in-store visits, window-facing displays that surface promotional offers and product imagery before entry can influence whether a shopper chooses to browse and spend.

Speaking of shoppers, which business types does Samsung identify as the target end users for the IBF Series?

Retail, quick-service restaurants, and live venues as the primary target segments. The common thread is a customer-facing exterior or semi-exterior position where a display needs to compete with high ambient light while driving foot traffic or impulse decisions.

What should a retail or QSR integrator verify before specifying the Samsung IBF Series for a storefront window?

The 3,500-nit spec is the headline, but window-facing installations introduce variables that make the deployment conversation more complex than a brightness rating of a display alone for integrators to consider in their design. First, orientation matters. A south-facing window in a sunbelt market receives sustained direct sun load that a north-facing window in a northern city never sees. The integrator's site survey should document the window orientation, peak sun angle, and any exterior overhang or awning that affects ambient light at the display position. This will help extend the life and performance of the display investment. Second, heat management is a real concern for any high-brightness display mounted close to glass. Integrators should ask Samsung for those specs before committing the IBF Series to a tightly enclosed window installation, particularly in markets with high summer temperatures, and make sure that the HVAC and air flow in the environment is adequate to keep the display cool. Third, the 2.5mm pixel pitch at 20-foot minimum viewing distance is well-matched to a wide sidewalk or a parking-lot-facing window. It is less well-matched to a shallow storefront on a narrow pedestrian street where customers pass within 8 to 10 feet. This is where content selection and design becomes critical with big graphics and clean messages winning.

CTI Acquires Texolve Digital, Bringing Pittsburgh's Multi-Stadium Broadcast Engineering Team

Mon, 13 Jul 2026 00:00:00 GMT

What did CTI acquire, and what is Texolve Digital known for?

CTI acquired Texolve Digital, Incorporated, a broadcast engineering and integration firm based in Oakmont, PA. Texolve provides broadcast infrastructure and integration services for all three of Pittsburgh's major professional sports venues: Acrisure Stadium (NFL's Pittsburgh Steelers), PPG Paints Arena (NHL's Pittsburgh Penguins), and PNC Park (MLB's Pittsburgh Pirates).

Where does Texolve Digital fit inside CTI's existing structure?

The acquisition rolls into CTI's Broadcast Media Division, which already counts the New York Stock Exchange, the NBA's Houston Rockets, the University of Michigan, and Major League Soccer's Philadelphia Union among its clients. This division of CTI is actively growing, and Texolve's team and client relationships expand its broadcast engineering capacity.

Why does serving all three Pittsburgh teams under one firm matter?

CTI CEO John Laughlin said in the release that he does not believe another broadcast engineering and integration company in the U.S. provides broadcast solutions for every major-league sport in a single city. Covering the NFL, NHL, and MLB within one metro market represents a concentrated depth of live-event broadcast infrastructure experience that is difficult to replicate through individual venue relationships alone.

What is CTI's geographic footprint after this deal?

CTI, headquartered in St. Louis, Missouri, operates from 48 locations across the United States and maintains an office in London, UK. The company also serves clients worldwide through its membership in the PSNI Global Alliance, an international network of independently owned AV integration firms. The Texolve acquisition adds a Pittsburgh, PA, presence at the Oakmont address.

What does the Texolve acquisition signal about where broadcast AV integration is heading for large regional integrators?

The depth of expertise in one city is unusual: one firm serving three major-league venues across three different leagues. Each sport runs its own production calendar, its own broadcast standards relationships, and its own game-day infrastructure demands. Maintaining that depth in a single market is a different capability.

AVIXA Launches AI-Powered CTS Study Buddy to Help AV Professionals Prepare for Certification

Sun, 12 Jul 2026 00:00:00 GMT

What is CTS Study Buddy and what does it do?

CTS Study Buddy is an AI-powered tutoring platform from AVIXA designed to help audiovisual professionals prepare for the AVIXA exams. The tool provides on-demand explanations, definitions, references, and study guidance drawn from vetted AVIXA educational materials. It also carries adaptive memory, meaning it tailors responses to each individual learner over time rather than delivering the same generic answers to every user.

Sounds like it is an AI study coach. Who can access CTS Study Buddy, and when?

The tool is currently available in beta to AVIXA members. Beyond CTS candidates, the platform is also positioned for AV professionals who want to refresh their technical knowledge without pursuing a full certification at this time.

What is the source material behind the AI's answers?

AVIXA built the tool on its own vetted educational content: the same materials that underpin its training and certification programs. A study tool drawing on authoritative source material is meaningfully different from one trained on aggregated web content, where inaccuracies in AV terminology, standards, and calculations can propagate without correction.

Which certifications does CTS Study Buddy support?

The platform supports candidates pursuing all three tiers of AVIXA's CTS credential: CTS (the general certification), CTS-D (design specialist), and CTS-I (installation specialist). The CTS-D and CTS-I certifications carry their own distinct body-of-knowledge requirements, so covering all three tracks in a single adaptive tool represents broader scope than a focused exam-prep guide.

How does adaptive memory change the study experience compared to static prep materials?

Static prep materials, like practice exams, textbooks, and flashcard decks, deliver the same content regardless of what a candidate already knows or where they are struggling. Adaptive memory lets the platform adjust its guidance based on a learner's history within the tool, surfacing more targeted explanations where gaps appear rather than cycling through material the candidate has already demonstrated proficiency in.

What does AVIXA's CTS Study Buddy signal for how integrators and their teams will approach certification going forward?

The CTS has always had a preparation problem. The credential is rigorous enough that candidates can fail on the first attempt, yet structured study resources have historically been scattered: a mix of official handbooks, third-party practice exams of variable quality, and peer study groups that depend on someone already knowing the material. All of which help candidates achieve success. CTS Study Buddy is AVIXA's direct answer to that gap. The adaptive memory component is the detail worth watching. A tool that learns where a candidate is weak and concentrates study time there is more efficient than any fixed curriculum. Efficiency matters for the working technician who is preparing for the exam between job sites, and is not in a classroom. For integrator principals and operations managers, the more immediate question is whether this changes how they budget for certification support. If a vetted, AVIXA-sourced AI tutor is available to members at no additional cost beyond membership, the argument for paying for third-party prep courses weakens and may strengthen the value of membership. It could also be used to help facilitate internal study groups. The channel question that follows: do integrators begin treating CTS certification as a more attainable standard for a broader tier of their field staff, now that the preparation cost is lower? The beta framing also signals that AVIXA is still calibrating the tool. Integrators who want to influence what an AI-powered study companion covers may have a window to provide feedback while the product is still being shaped.

RGB Spectrum MediaWall X: What a Distributed, Serverless Video Wall Processor Means for Control Room Procurement

Sun, 12 Jul 2026 00:00:00 GMT

What is the MediaWall X, and how does its architecture differ from a traditional video wall processor?

MediaWall X is a distributed video wall processor that eliminates the centralized server found in conventional video wall systems. Instead of routing all signals through a single processing unit, the system uses multiple input and output endpoints distributed across the installation. Each output endpoint drives up to four 4K60 HDMI displays while simultaneously decoding multiple streams up to 8K. The system scales to support video walls with up to 64 4K60 displays.

What source types and encoding formats does the MediaWall X support?

MediaWall X accepts H.264, H.265, HTML5, and HDMI sources. It integrates with RGB Spectrum's Zio 5000 and 2100 Series encoders for signal ingestion. Automatic device discovery is included, which reduces manual configuration during commissioning.

Which security and compliance requirements does the MediaWall X address?

The system runs on a hardened Linux operating system with hardware-based encryption built in. It carries full Trade Agreements Act (TAA) compliance, a requirement for federal government and many state and local government procurements in the United States.

What problem is RGB Spectrum solving with this product?

According to Scott Norder, COO of RGB Spectrum, organizations are looking for video wall solutions that are easier to deploy, easier to scale, and easier to maintain. The distributed architecture directly addresses those three pain points: fewer centralized hardware dependencies means less infrastructure to provision, a smaller single point of failure to manage, and a more modular path to expanding the wall as needs grow.

Which installation environments is the MediaWall X designed for?

RGB Spectrum positions the MediaWall X for control rooms, operations centers, and security control rooms, environments that typically require continuous uptime, multi-source display, and strict security posture. TAA compliance makes the system eligible for government and defense procurements where domestic-sourcing requirements apply.

What does the MediaWall X's serverless architecture actually change for the integrator quoting a control room build?

The shift from centralized to distributed matters most during the infrastructure conversation that happens before a single display goes on the wall. A centralized video wall processor is a line item with a server room dependency: power, cooling, rack space, and a single point of failure that the end user's IT team will ask about during the design review. MediaWall X removes that conversation. For integrators, that is not just a technical detail; it is a procurement simplification that can shorten the approval path in organizations where server room real estate or IT sign-off is a bottleneck. The 64-display ceiling is the number worth stress-testing in a site survey. At four 4K60 outputs per endpoint, a 64-display wall requires 16 output endpoints: a meaningful cabling and network-infrastructure exercise even without a central server. Integrators quoting large-format control room builds should ask RGB Spectrum how the system handles endpoint failure, what the switching latency looks like under maximum stream load, and how firmware updates are pushed across a fully distributed endpoint set. Those are the questions that separate a smooth commissioning from a difficult one.

Videri and Allsee Technologies Certify Shelf-Edge, Outdoor, and Kiosk Displays for Player-Free Cloud Management: What the Partnership Means for Digital Signage Integrators

Sun, 12 Jul 2026 00:00:00 GMT

What does this Videri and Allsee Technologies collaboration really mean?

Videri and Allsee Technologies have certified Allsee's commercial display hardware to run pre-integrated with Videri Embedded, Videri's cloud-based content management platform (CMS). Certified displays ship ready to connect and manage without an external media player. The hardware lineup spans shelf-edge signage, outdoor displays, and interactive kiosks across LCD, ePaper, and specialty formats.

What does 'Videri Embedded' mean in practice, and why does removing the media player matter to an integrator?

Videri Embedded is Videri's approach to pre-loading its CMS software directly into compatible display hardware, so the display itself handles content playback and management without a separate media player appliance. For an integrator, eliminating the external player reduces hardware SKUs, cuts rack or mounting footprint, removes one point of failure in the signal chain, and simplifies commissioning. It also reduces the recurring cost and replacement cycle of a standalone player in long-run deployments.

What hardware categories does Allsee serve and bring to the partnership?

Allsee Technologies specializes in purpose-built commercial display hardware rather than general-purpose flat panels. Its certified lineup under this partnership includes shelf-edge displays, outdoor-rated displays, and interactive kiosk form factors. The ePaper format in the certified range is notable: ePaper displays draw minimal power in static content states, making them well suited to battery-powered or low-wiring retail shelf and wayfinding applications where conventional LCD would require consistent power infrastructure.

What is the significance of Videri being described as the only third-party software with full hardware control of Allsee devices?

Full hardware control means Videri's platform can manage device-level functions, such as power scheduling, brightness, and operational status, not just push content to the screen. For an integrator managing a multi-site deployment, the difference between content control and full hardware control is the difference between a content tool and a fleet management tool. The exclusivity of that control layer, at least among third-party software vendors, gives Videri a differentiated position for accounts that have standardized on Allsee hardware.

When did these certified displays begin shipping, and where can integrators see the partnership in action?

Certified Allsee displays running Videri Embedded have been shipping since Q4 2025, meaning the integration has been in the channel for at least two quarters ahead of the formal announcement.

What does the Videri-Allsee partnership signal for how integrators should evaluate player-free CMS commitments going forward?

The player-free pitch is not new. Several CMS vendors have offered embedded or SoC-based (system-on-chip) deployments for years, typically limited to mainstream flat-panel LCD from a short list of tier-one manufacturers. What the Videri-Allsee certification extends is that architecture into specialty form factors: shelf-edge, ePaper, outdoor, kiosk. Those categories are exactly where external media players have been the most awkward fit, because the display enclosures weren't designed to accommodate them and the power and connectivity constraints are tighter. The exclusivity claim is worth tracking. If Videri is genuinely the only third-party software platform with full hardware control of Allsee devices, that creates a meaningful lock-in dynamic in both directions: Allsee customers who want unified fleet management are pointed toward Videri, and Videri customers who want Allsee's specialty hardware have a clear path. Integrators building multi-format signage networks, particularly in retail and hospitality where shelf-edge and outdoor often coexist with standard LCD, should ask Videri how the unified management console handles mixed-format deployments: whether a single dashboard governs ePaper refresh schedules, outdoor brightness curves, and interactive kiosk sessions simultaneously, and what the monitoring and alerting looks like across those different hardware behaviors.

Microsoft Teams Adds Admin-Controlled Bot Detection for Meetings: What the New External Bot Policy Means for Enterprise AV Deployments

Wed, 08 Jul 2026 00:00:00 GMT

What does the new Microsoft Teams bot protection policy actually do?

The policy, called "Manage external bots and their access to meetings," uses a combination of infrastructural and behavioral signals collected at the moment a participant joins to identify likely external AI bots. When a bot is detected, Teams redirects it to the meeting lobby, places it in a separate "Suspected threats" group, and holds it there until the meeting organizer explicitly approves or denies entry. The detection runs even in meetings configured to let all participants bypass the lobby.

What do Teams users need to do to turn on this capability? Where does an IT admin configure this, and what are the available settings?

The policy lives in the Teams Admin Center under Meeting Policies, in the Meeting Join and Lobby section. Admins can assign it per user or per group. Two modes are available: "Require approval before joining," which is the default and activates bot detection and lobby routing, and "Do not detect," which disables detection entirely. Admins can also manage the setting via PowerShell using the Set-CsTeamsMeetingPolicy cmdlet with the ExternalBotAccessMode attribute. Microsoft advises pairing the policy with a restrictive "Who can admit from lobby" setting, limiting admission rights to organizers or co-organizers to prevent other attendees from inadvertently waving a flagged bot through.

What is happening to the existing CAPTCHA verification for Teams meetings, which were aimed at the same problem?

Microsoft is retiring the CAPTCHA-based verification experience as the new bot detection capability rolls out. The CAPTCHA policy is scheduled for full removal from the Teams Admin Center by late August 2026. The replacement is not a one-for-one swap: the new system detects and categorizes bots automatically rather than placing the verification burden on the bot itself.

What additional bot governance controls has Microsoft announced on the roadmap?

Microsoft has outlined four planned additions: allow lists for pre-approved bots, an organization-wide policy to block all external bots outright, admin audit logs and detection reports, and more granular controls for specific deployment scenarios. None of these have shipping dates announced. The allow-list feature will matter most to organizations that rely on trusted third-party AI meeting assistants and need a path to approve them without manual organizer approval at every meeting.

Does this policy affect certified Microsoft Teams Rooms hardware or only software-joined meetings?

The policy operates at the meeting-join policy layer in the Teams Admin Center and applies to how participants are admitted, regardless of which endpoint the organizer is on. A meeting running on a certified Teams Rooms device is governed by the same admission policy as a meeting on the desktop client. The practical implication is that an IT admin who has deployed Teams Rooms hardware in conference rooms should verify that the ExternalBotAccessMode setting is configured intentionally. The default is detection enabled, which may catch internal bots an organization already trusts.

Is there a separate licensing cost for this feature?

It does not appear to have a separate SKU or add-on license. The policy is a Teams Admin Center control available to administrators of Microsoft Teams tenants.

What does Microsoft's bot detection rollout mean for IT managers who have already standardized on third-party AI meeting assistants?

The timing is worth noting. AI meeting assistant adoption (tools like Otter.ai, Fireflies, and a growing number of enterprise-grade alternatives) accelerated sharply through 2024 and 2025, and many IT teams have already issued guidance or run informal pilots that depend on these bots joining meetings without friction. Some of the meeting bots have aggressive user policies that meeting participants might not even be aware of. The new Teams policy defaults to detection-on, which means a bot that has been quietly working for months could start landing in the lobby starting now, mid-meeting, with a confused organizer trying to figure out why. The allow-list feature on the roadmap will be an important one. Until it arrives, organizations with trusted bots have a narrow set of options: set the policy to "Do not detect" tenant-wide and lose the protection entirely, train organizers to recognize and admit known bots from the lobby, or wait for the allow-list and accept that some meetings will generate friction in the interim. For AV and IT managers evaluating Teams Rooms deployments, two questions worth taking to Microsoft or their integrator: first, how the lobby-routing behavior surfaces on a room system touchpanel when the organizer is joining from a hardware endpoint rather than the desktop client; and second, whether the audit logs on the roadmap will tie detection events to specific room systems or only to user accounts. The answer to the second question determines whether this becomes a useful security tool or just an admission workflow with no audit trail.

Planar 21by9 Series Brings 5K Ultra-Wide LCD Displays to Commercial AV: What 115% DCI-P3, 2,500-Nit Peak Brightness, and ADA Compliance Mean for Integrators

Tue, 30 Jun 2026 00:00:00 GMT

What is the Planar 21by9 Series, and what sizes and core specifications does it ship in?

The 21by9 Series is a line of commercial-grade 21:9 ultrawide LCD displays offered in 81-inch, 94-inch, and 105-inch diagonal sizes. All three sizes share the same native 5120×2160 (5K) resolution and run at a native 120Hz refresh rate. The displays are rated for 24x7 operation and are scheduled to begin shipping through Planar's authorized reseller network in Q3 2026.

What makes the backlighting and HDR performance on this series unusual for a commercial LCD?

The 21by9 Series is the first commercial display to combine a quantum dot Mini-LED backlight with dual-brightness enhancement technology. The result is a peak brightness of up to 2,500 nits (cd/m²), a 1,000,000:1 HDR dynamic contrast ratio, and a color gamut reaching 115 percent of the DCI-P3 color space. Specifications not typical for an LCD. Local dimming is handled by up to 2,560 zones driven by a proprietary Planar algorithm. The series has earned VESA DisplayHDR 1400 certification and HDR10+ certification.

How does Planar position the 21by9 Series in different use cases across commercial or prosumer categories?

Planar identifies three primary use environments: enterprise collaboration spaces where the ultrawide format supports unified communications and video collaboration platforms, public-facing lobbies and retail installations where the panoramic canvas is a visual differentiator, and private cinema rooms where the 21:9 aspect ratio and HDR performance are the draw. The series supports Consumer Electronics Control (CEC) management for enterprise deployments and is available in both precision metal-mesh capacitive touch and non-touch configurations. Multi-source viewing is supported through a floating picture-in-picture layout with multiple input options.

What compliance and security certifications does the 21by9 Series carry, and which installation scenarios do they affect?

The series is compliant with the Americans with Disabilities Act (ADA), meaning the installed depth from wall to front of display is under 4 inches (approximately 100mm) in any of the three sizes. That specification matters in lobbies, corridors, and any public-facing space where ADA protrusion limits are a project requirement. The displays are also Trade Agreements Act (TAA) compliant, which is a procurement requirement for U.S. federal, state, and local government projects. On the cybersecurity side, the series is certified to ETSI EN 303 645, a global IoT security standard. ENERGY STAR certification rounds out the compliance stack.

The 21:9 aspect ratio is common in theater and entertainment applications, but is not one we see in commercial applications. How does it compare to the 16:9 format that dominates commercial AV today?

A 21:9 display is substantially wider relative to its height than the 16:9 panels that currently dominate commercial AV installations. At the 105-inch diagonal size in 21:9, the display measures approximately 96 inches (8 feet) wide by 41 inches (3 feet, 5 inches) tall; that is roughly the same width as a standard 16:9 panel at the same diagonal, but about 40 percent shorter in height. That horizontal emphasis is what suits it for side-by-side content workflows, panoramic video collaboration, and cinematic presentation, while making it a poor fit for portrait-oriented signage (without it looking very thin) or vertically stacked content layouts.

What does the Planar 21by9 Series ask integrators to think differently about when specifying a conference room or lobby display?

The 21:9 format has lived at the edges of commercial AV: present in a handful of specialty applications, but absent from most standard room designs, because the enterprise content ecosystem and the room-design toolkit both assumed 16:9. The 21by9 Series won't change that assumption on its own, but the combination of UC platform compatibility, ADA compliance across all three sizes, and TAA certification does remove several of the friction points that kept integrators from specifying ultrawide panels in enterprise and government work. The specification questions worth asking before recommending this series center on content and environment, not just specs. First: does the client's UC platform (like Microsoft Teams Rooms, Zoom Rooms, or another) actually leverage the wider canvas, or does it just letterbox? These ultrawide displays have been supported for years and offer an immersive experience without constant scrolling or toggling between windows, but full end-to-end compatibility with the in-room tech stack should be considered, as well as the remote user experience. Second: is the room wide enough to respect minimum comfortable viewing distance and take advantage of the display size? Third: how does the content strategy for a lobby or retail space account for the horizontal format, or does the client's digital signage team need to rework templates? Also, compatibility with the content management system (CMS) platform should be confirmed. The 2,500-nit peak brightness and DisplayHDR 1400 certification are the headline specs as they open up possibilities for implementations in heavy ambient light, including conference rooms with windows or bright retail environments. The color accuracy across the panel's full size, required for the wide viewing angles that are inherent in an ultrawide display, is another key factor.

Planar Cobra Series Debuts with Pixel-Level Redundancy: What EverPixel and TruMicro Technologies Mean for Fine Pixel Pitch LED Procurement

Tue, 30 Jun 2026 00:00:00 GMT

What is the Planar Cobra Series, and what pixel pitches does it cover?

The Cobra Series is a new family of fine pixel pitch indoor direct-view LED (dvLED) displays available in 0.6, 0.7, 0.9, and 1.2mm pixel pitches. Planar aims it at premium indoor applications, including public spaces, collaborative environments, and interactive touch applications where long-term reliability is essential.

What is EverPixel technology, and why does pixel-level redundancy matter?

EverPixel is Planar's proprietary architecture that builds pixel-level redundancy directly into the display hardware. The practical effect is that individual pixel failures do not become visible dead spots on the wall. Planar describes this as the industry's first ultra-fine pitch LED display platform with pixel-level redundancy, meaning image quality and continuous operation are maintained even as individual components degrade over time.

What is TruMicro technology, and how does it differ from standard fine pitch LED?

TruMicro uses LEDs as small as 20 micrometers (μm) to achieve what Planar calls true MicroLED performance. Planar credits the technology with enabling exceptional visual precision and the ultra-fine pixel pitches in the Cobra lineup, which starts at 0.6mm.

What does a 0.6mm pixel pitch mean for minimum viewing distance in practice?

Using the standard pixel pitch formula, pitch in mm multiplied by 8, a 0.6mm pixel pitch yields a minimum comfortable viewing distance of approximately 4.8 feet. The 1.2mm option at the top of the range requires roughly 9.6 feet. That lower bound puts the Cobra Series into contention for smaller conference rooms, executive briefing centers, and control room applications where viewing distances are short and image sharpness is visible at close range.

How is the Cobra Series managed once installed?

The Cobra Series integrates with Planar's existing WallDirector platform, which covers video wall control, content management, and display monitoring. WallDirector Video Controller handles source capture and content windowing. WallDirector Cloud handles remote management. Integrators already deploying WallDirector on other Planar products can add Cobra Series installations to the same management environment.

What does pixel-level redundancy in the Cobra Series change about how integrators should think about fine pitch LED lifecycle cost?

LED video walls has always carried a maintenance question that a spec sheet won't answer: what happens when individual pixels fail? At 0.6 to 1.2mm pitches, a single dead or degraded pixel is visible enough to prompt a service call, and in client-facing installations with short-range viewing, the threshold for acceptable image quality is low. EverPixel's pixel-level redundancy is aimed squarely at that challenge. As anyone who has commissioned dvLED in the field knows, real-world results turn on the install: tile-to-tile alignment, seam calibration, and ambient light all shape what the wall actually looks like. For integrators specifying premium indoor installations, the pixel redundancy idea is worth a conversation.

Planar Introduces EverPixel and TruMicro: What Two Proprietary MicroLED in Package Technologies Mean for Fine-Pitch LED Display Procurement

Tue, 30 Jun 2026 00:00:00 GMT

What innovations were displayed in dvLED by Planar?

At InfoComm 2026, Planar introduced two proprietary LED technologies: EverPixel and TruMicro. Both are built on MicroLED in Package (MIP) architecture and are designed and manufactured through a process exclusive to Planar. The company describes the combined system as the next step beyond chip-on-board (COB) LED technology.

What does EverPixel do that conventional LED packaging does not?

EverPixel eliminates the LED substrate and solders the chip electrode directly to the LED package, removing the gold and copper wire bonding used in traditional construction. That bonding has historically been a source of wire breakage and poor contact, resulting in reliability issues with LED video walls or need for precision repair. By doubling the number of red, green, and blue subpixels per package, EverPixel builds in redundancy intended to prevent pixel outages. The substrate-free design also allows light output from five sides of the package rather than one, which Planar says increases light efficiency and supports wide viewing angles without color distortion or dimming at oblique angles.

How small are the MicroLED subpixels in TruMicro, and why does the size matter?

TruMicro uses MicroLED subpixels as small as 20 micrometers (μm). Tighter subpixel spacing is achieved by controlling chip offset to within 2μm, which reduces the physical gap between red, green, and blue elements. The closer the subpixels sit together, the more uniformly the colors mix before reaching the viewer's eye, reducing color separation and color shift.

How does MIP architecture compare to COB, the technology it claims to surpass?

COB (chip-on-board) LED places bare LED chips directly onto a circuit board substrate, covering them with a phosphor or resin layer. The approach improved durability and surface smoothness compared to surface-mount LED, and became the benchmark for fine-pitch performance. The MIP approach packages the LED chip at an intermediate stage before board mounting, allowing substrate-free, flip-chip construction, and mass transfer soldering directly onto the packaging substrate. In Planar's implementation, the MIP structure is the carrier for the TruMicro subpixels and the EverPixel redundancy architecture.

What pixel pitches will the new technologies support, and what products will carry them?

The combination of smaller subpixels and tighter placement is what enables the overall MIP package to support pixel pitches below 0.4mm, which is finer than current commercial fine-pitch LED offerings. Pricing is available upon request through Planar's channel.

What is LED binning, and why does Planar call it out as part of TruMicro?

Binning is a manufacturing quality-control process in which individual LEDs are sorted by measured brightness and color output before assembly. LEDs that fall within tight tolerance ranges are grouped together so that adjacent pixels in a finished display receive chips with closely matched characteristics, producing consistent brightness and color across the panel surface. Planar notes that TruMicro uses binning across a large pool of units, with the pool size able to grow over time which can translate into more consistent selection as production scales.

What should integrators ask before specifying a sub-0.4mm MIP display for a real installation?

The engineering behind EverPixel and TruMicro is specific enough to take seriously: substrate elimination, 2μm chip offset control, five-sided light output, and 20μm subpixels. For integrators evaluating this technology ahead of any specification decision, three questions are worth asking. First, what are the tile-to-tile uniformity specifications at typical operating brightness, and how does seam calibration work at sub-0.4mm pitch? Second, how does the five-sided light output affect ambient light rejection in high-lux environments? Third, what does the doubled-subpixel redundancy mean practically: does the redundancy always mask the failure and under what content or ambient conditions might it still be visible? COB earned its current position by solving the fragility and uniformity problems of surface-mount LED at fine pitches. The industry has been talking about MIP for years. The claim that this approach will supersede COB will be tested first in controlled demos, then over years of installed-base performance. Integrators who were early specifiers of COB know that the first-generation spec sheet and the third-year performance can look very different. The InfoComm debut was a starting point, not a conclusion.

Screen Innovations Launches ATEN, an AI-Powered Support Assistant Built for Dealers and Field Installers

Tue, 30 Jun 2026 00:00:00 GMT

What is ATEN, and who was it built for?

ATEN is an AI-powered support assistant for Screen Innovations (SI) and Shade Innovations dealers and installers worldwide. It is free and accessible through any modern web browser, with an installable web app available on iPhone, Android, Mac, and Windows. It operates 24 hours a day, 365 days a year, with no software to install or updates to manage.

What can ATEN actually do for an installer on a ladder?

ATEN answers installation, setup, troubleshooting, and smart home and commercial integration questions by drawing from SI's official product documentation, recorded support calls, and installation guides. Installers can submit questions by typing or by speaking, and can attach a photo of a wiring run or label for visual reference. ATEN also retrieves real-time order and case status, including ship status, tracking numbers, and expected delivery dates. A built-in Zigbee planning tool guides installers through wireless network design for motorized screens and shading systems. When a request falls outside ATEN's trained scope (pricing, custom specifications, or complex problems), the tool routes the conversation automatically to SI's Inside Sales or Design Services teams with the relevant context attached.

What technology is ATEN built on?

ATEN is built on Claude, Anthropic's AI platform, and has been trained specifically on SI's product library, dealer workflows, and support knowledge base. According to SI Technical Support Manager Dan Rosen, who conceived and developed the tool, ATEN is designed to deliver answers sourced directly from SI's official documentation rather than generating responses from general knowledge. As SI publishes new products and resources, the tool updates continuously.

What products and technologies does ATEN cover?

ATEN covers SI's full portfolio, including motorized projection screens, window coverings, the Black Diamond screen material line, SI Motor Technology, Zigbee and Power over Ethernet (PoE) protocols, the SI Ecosystem platform, and drapery solutions. SI markets through the CEDIA custom integration channel in more than 72 countries, so the support scope spans both residential and commercial installation contexts.

Why does this tool matter to the dealer channel?

Ryan Gustafson, Founder and CEO of Screen Innovations, said: "Installers shouldn't have to stop a job and wait for help. With ATEN, expert answers are available instantly by text or voice, anytime, anywhere, 24/7/365. Whether they're on a ladder, at a jobsite, or working after hours, ATEN is there." Rosen added that he built ATEN because dealers need answers in real time and that the tool is intended to free the human support team to focus on more complex issues that require direct intervention.

What does a manufacturer-trained AI support tool mean for the broader integrator channel, and where does ATEN fit in that shift?

The installer support call is a well-documented friction point in the custom integration channel. A technician on a ladder at 7 p.m. on a Sunday has always had limited options: wait for business hours, scroll through documentation on a phone, or call a colleague who may or may not remember the spec. ATEN is a direct attempt to eliminate that gap for one manufacturer's dealer base. What's worth noting is the training approach. ATEN is not a general-purpose AI assistant pointed at SI's website. According to the announcement, it was trained on recorded support calls and installation guides alongside product documentation. This is the kind of institutional knowledge that typically lives only in the heads of experienced support staff. That distinction matters: a tool trained on how dealers actually ask questions and what problems they actually encounter in the field is more useful than one trained only on what the product manual says or what is available on the internet. The escalation design is also thoughtful. By routing unresolvable requests to Inside Sales or Design Services with context attached, ATEN avoids the failure mode common to first-generation chatbots: the dead end where the tool can't help and doesn't know what to do next sending users into a frustrating loop. Manufacturers in other product categories in Pro-AV should benchmark what SI is doing as it might hold lessons for their own customer service innovations.

SiliconCore and BrightLogic Demonstrate Native Touch Interaction on Fine Pixel Pitch LED Floors: What the RGB+1 Driver Means for Large-Format Interactive Installations

Tue, 30 Jun 2026 00:00:00 GMT

What did SiliconCore and BrightLogic demonstrate at InfoComm 2026?

The two companies demonstrated native touch interaction across a large-format direct-view LED (dvLED) floor installation. The setup used a 2.6mm pixel pitch LED display with embedded infrared (IR) touch sensing to drive interaction across a 1.2mm fine pixel pitch LED floor canvas. The system ran bezel-free, recorded response times of 16ms, and supported an unlimited number of simultaneous touch points across canvases up to 32K pixels wide.

What is SiliconCore's RGB+1 driver, and why does it matter for touch-enabled LED?

SiliconCore's RGB+1 driver chip adds a fourth channel to the conventional red, green, and blue driver architecture. In this application, that fourth channel carries infrared, embedding IR sensing capability directly into the LED driver rather than layering a separate touch overlay onto the display surface. The approach allows touch interaction to be distributed across a modular LED canvas without bezels or external sensor frames, which had previously limited how touch could scale across large dvLED installations.

What does BrightLogic's TouchControllerPRO contribute to the system?

TouchControllerPRO is BrightLogic's platform for managing touch input across large and complex display configurations. In the InfoComm demonstration, it received IR touch data from the 2.6mm display and translated that input into visual responses rendered across the full 1.2mm floor canvas. According to BrightLogic President and CEO John Scarpa, the platform is designed to maintain the speed and accuracy required for demanding interactive applications, even as the canvas scales.

Which installation types does this technology target?

SiliconCore identified experience centers, corporate environments, simulation spaces, command and control facilities, and entertainment venues as the primary applications. The architecture is suited to any installation where large-format visualization and direct interaction need to coexist, environments where a touch overlay or interactive glass layer would compromise image quality, limit scale, or introduce a visible seam.

How does the 2.6mm XR/IR product fit into SiliconCore's existing line?

The 2.6mm Peony XR/IR extends SiliconCore's XR product line, which previously included 1.2mm and 1.9mm configurations. The 2.6mm pitch positions the interactive product at a larger format and lower cost per square foot than the finer-pitch XR models, widening the range of floor and wall installations where touch capability is financially viable. SiliconCore also noted the new model complements its patented Common Cathode IQ technology, which reduces power consumption and heat generation across its portfolio.

What does native IR-in-driver touch tell integrators about where large-format interactive LED is actually headed?

Touch on dvLED has existed before this demonstration, but it has almost always required an overlay: a separate IR frame, a capacitive film, or a PCAP glass layer bonded to the display surface. Each approach introduces a seam, a depth penalty, a brightness loss, or a scale ceiling. The SiliconCore/BrightLogic architecture sidesteps all of those tradeoffs by embedding the sensing function into the driver chip itself. For integrators, the practical implication is modular scalability without a separate touch-layer procurement path. A floor or wall canvas can grow by adding tiles and the touch capability grows with it. That changes the specification conversation for experience centers, simulation rooms, and executive briefing environments where clients have asked for interactivity, but balked at overlay costs or visual compromises. As anyone who has done a real-world installation of a video wall or touch system will attest, the details matter. Integrators should ask how tile-to-tile IR alignment, ambient light interference, and heavy touch load can affect accuracy and latency performance. Users are accustomed to the flawless operation of the touchscreens on their smart phones and can grow impatient with anything that lags or is finicky. The visual effect of touch interactivity, writ-large, in signage or presentation applications is compelling and creates more immersive experiences.

Visionary Solutions Level 1 Technical Training Earns AVIXA CTS Renewal Units

Tue, 30 Jun 2026 00:00:00 GMT

AVIXA Certifications must be maintained with continuing education. How is Visionary Solutions helping with that requirement?

AVIXA approved Visionary Solutions' Level 1 Technical Training as a Certified Technology Specialist (CTS) Renewal Unit provider course. The in-person program carries 3.5 renewal units (RUs) toward the CTS, CTS-D, CTS-I, and Audiovisual Network Professional (ANP) certifications, and the approval runs through May 31, 2028. Holders who complete the course can apply those RUs toward maintaining their certifications.

How much of a certification holder's renewal requirement does the course cover?

AVIXA requires 30 RUs every three years to keep a CTS active. At 3.5 RUs, the Level 1 course covers a little over a tenth of a full renewal cycle in a single sitting, and the same credit applies across the CTS, CTS-D, CTS-I, and ANP tracks.

What does the Visionary Solutions Level 1 Technical Training cover?

The Level 1 course is an introduction to Visionary Solutions' AV-over-IP product portfolio and the foundational knowledge to deploy audiovisual systems. It covers network configuration, VLite installation and operation, encoder and decoder configuration, deployment best practices, third-party control integration, and system troubleshooting. It is delivered in person and aimed at system integrators, IT professionals, and technical support personnel new to Visionary Solutions products.

Why does AVIXA CTS approval matter for a manufacturer-led training program?

AVIXA reviews and approves outside programs before they can award renewal units, so RU-approved status is a third-party signal that a manufacturer's course is structured to contribute to a recognized certification, not just to the vendor's own benchmark. For a consultant or IT director weighing which vendor courses are worth staff time, approved status separates training that counts toward CTS renewal from training that does not.

Who is Visionary Solutions?

Santa Barbara, California-based Visionary Solutions develops AV-over-IP encoding, decoding, and streaming products for commercial applications including digital signage, lecture capture, enterprise video distribution, and live production. Its products are deployed by integrators across corporate, education, healthcare, government, and broadcast environments.

What does AVIXA CTS approval of Visionary Solutions' Level 1 training change about how consultants and IT directors evaluate vendor courses?

Manufacturer training carries a built-in credibility problem as every vendor says its course makes integrators better at specifying and installing its products. AVIXA RU approval moves one variable. It is not a product endorsement, since AVIXA is reviewing the training, not the products, but it is a third-party check that the instructional content is structured well enough to count toward a recognized certification. For the consultant or IT director deciding whose training to send staff to, that check is the practical filter. A course that earns RUs does two jobs at once: it builds product-specific competency for the AV-over-IP systems being specified, and it puts verified credit against the 30 RUs a CTS holder needs every three years. At 3.5 RUs across the CTS, CTS-D, CTS-I, and ANP tracks, Visionary Solutions' Level 1 approval is a meaningful single-session contribution, and it reaches the network professionals who now sit inside AV-over-IP design decisions and installations.

Cisco AI PODs for Collaboration: What On-Premises AI Transcription Means for Security-Sensitive AV Deployments

Thu, 25 Jun 2026 00:00:00 GMT

What are Cisco AI PODs?

Cisco AI PODs for Collaboration bring AI-powered real-time transcription to on-premises Webex environments. The product supports Cisco Meeting Server and is designed specifically for organizations that cannot or will not move collaboration workloads to the cloud. All AI processing runs locally, with no data leaving the customer's defined infrastructure boundary.

Which organizations is this product built for?

The primary targets are organizations with strict data sovereignty, compliance, or security requirements: defense contractors, financial institutions, healthcare providers, and public sector entities. These are segments that have been excluded from using AI-powered collaboration features because those features have historically required cloud connectivity. Air-gapped network deployments are explicitly supported, with no external connectivity required.

What does the product actually do, and what are its current technical limits?

Each Collaboration AI POD delivers real-time transcription through Automatic Speech Recognition, producing live closed captions and transcription output. The system supports five languages: English, French, Spanish, Italian, and German. A single POD handles 700 to 800 concurrent transcription sessions. Multiple PODs can be deployed together with built-in load balancing using a least-load, top-down distribution method, and the architecture includes fault tolerance without requiring clustering. Encryption is handled via TLS 1.3, with API key authentication and encrypted storage throughout.

How does the POD architecture scale, and what does that mean for a multi-room deployment?

The multi-POD architecture scales horizontally: additional appliances are added and the SDK distributes sessions automatically across them without manual intervention. At 700 to 800 concurrent sessions per POD, a single appliance covers a substantial simultaneous meeting load. An organization running 1,500 concurrent transcription sessions, for example, would require at least two PODs.

What is on the product roadmap beyond these initial transcription features?

Cisco has identified AI Assistant Summarization, additional language support, and coverage for on-premises Calling and Contact Center as the next capability additions. The company also indicated that cloud-based Webex customers with privacy requirements will be able to use AI PODs in hybrid configurations, bringing local AI processing to deployments that are otherwise cloud-connected.

How does this fit into Cisco's broader on-premises and cloud strategy for Webex?

Cisco has framed the AI POD as one deployment model within a single unified platform, positioning the same AI capabilities across cloud, hybrid, and on-premises configurations. The company's stated strategic direction, which it calls Connected Intelligence, describes a continuous loop of human-to-AI-to-human interaction intended to work regardless of where the infrastructure sits.

What does the Cisco AI POD release mean for integrators specifying collaboration systems in regulated or security-sensitive environments?

For years, the practical answer to "can we get AI transcription in our on-premises Webex deployment?" has been no. That changes the specification calculus for integrators working in government, healthcare, and financial services, where data sovereignty requirements have been a hard stop on AI-enhanced UC features. The more immediate question integrators should be asking: how does the POD get sized and specified for a given deployment? The 700-to-800-session figure per appliance is a useful planning anchor, but real-world session loads in large enterprise or agency environments are rarely uniform. Peak capacity during all-hands meetings or coordinated operational events can spike well above average. Integrators should clarify with Cisco how load balancing behaves at or near POD capacity, what the failover behavior looks like during a POD outage, and whether any on-site infrastructure prerequisites (like rack space, power, network segmentation, etc) affect the deployment scope. The five-language support covers the primary Western European languages, but multilingual organizations operating in, say, Arabic, Mandarin, or Japanese should be watching the roadmap closely. One structural consideration worth tracking: the AI POD lives at the intersection of AV systems integration and IT infrastructure. The commissioning scope spans Cisco Meeting Server configuration, network segmentation for air-gapped environments, and physical appliance installation. Whether the specification, system design, and installation work lands with an AV integrator, the IT team, or a Cisco networking partner may depend on how contracts are structured. Integrators in regulated-sector accounts should always clarify scope of work before the proposal stage.

WolfVision Cynap Pro Evidence Presentation System: What a Wireless Collaboration Platform Designed for Courtrooms Means for Legal AV Integrators

Wed, 24 Jun 2026 00:00:00 GMT

What is an evidence presentation system?

An evidence presentation system is designed to support in-person, hybrid, and fully virtual courtroom proceedings, addressing the range of formats that courts across the United States have adopted since the pandemic accelerated remote hearings. The evidence presentation use case layers courtroom-specific workflow on top of AV infrastructure.

What is the Cynap Pro, and how does WolfVision's existing platform map to a courtroom application?

The Cynap Pro is WolfVision's wireless presentation and collaboration system, built around a standalone hardware unit that handles content sharing, screen mirroring, and multi-source switching without requiring a dedicated PC at the display. In a courtroom configuration, the platform is paired with the vSolution Matrix, WolfVision's distribution and control layer that routes video signals to multiple screens simultaneously (examples include counsel tables, witness stand, jury box, gallery, and the judge's bench) from a single managed source.

What courtroom-specific workflows does the Cynap Pro evidence presentation system address?

WolfVision's judicial solution handles the core evidence workflow: attorneys connecting devices wirelessly or via cable to present exhibits, the ability to annotate on-screen in real time, and judge-controlled or clerk-controlled content routing to individual displays. The vSolution Matrix component manages which screens receive which content at any moment, a requirement in proceedings where what the jury sees may differ from what is shown to the public gallery. The system also supports hybrid court configurations in which remote participants join via video conferencing while in-room evidence is simultaneously shared to all connected displays.

How does the Cynap Pro handle the connectivity requirements attorneys and court staff typically bring into a courtroom?

The Cynap Pro supports both wired HDMI input and wireless screen mirroring from Windows, macOS, iOS, Android, and Chromebook devices, without requiring a client application install on the presenting device. That last point matters in courtroom settings, where attorneys regularly appear with their own laptops and are unlikely to have pre-installed proprietary software. The system also supports direct USB-C input and AirPlay, Google Cast, and Miracast protocols natively.

What is the Cynap Pro's technical footprint, and how does it typically integrate into a room's existing AV infrastructure?

The Cynap Pro is a standalone unit with HDMI output to a display or AV matrix, a built-in web-based management interface, and network connectivity via wired Ethernet or Wi-Fi. It runs WolfVision's own embedded operating system and can be managed remotely through the company's cloud-based fleet management tools. In a courtroom deployment, the Cynap Pro typically feeds into the vSolution Matrix, which handles the multi-zone output routing. The unit is designed for rack or credenza mounting and does not require a co-located PC to operate.

What does the Cynap Pro's courtroom positioning tell AV integrators pursuing judicial market work?

Courtroom AV is one of the more exacting government verticals an integrator can pursue. The standards for evidence display are set partly by court administrators and partly by state and federal rules of evidence, which means the system has to work without ambiguity about who controls what and what each party can see. The impact of getting it wrong is consequential to the mission of justice. WolfVision's move to market the Cynap Pro explicitly as an evidence presentation system, rather than as a general collaboration tool that happens to work in courtrooms, is a direct pitch to the judicial vertical's procurement language. For integrators with state and local government relationships, the relevant questions to take into the field: Does the system support content logging or audit trails for evidence presented during proceedings and what security and privacy governance then apply? What happens when an attorney's device fails to connect mid-hearing? Is there a fallback input path? And how does the vSolution Matrix handle the distinction between what is shown to the jury versus what is visible to the public gallery when those outputs need to differ? WolfVision's judicial solution pages on their website suggest the platform has been deployed in U.S. courtrooms, which means reference sites likely exist for the asking.

WolfVision Cynap Pure Next Generation: What a Dongle-Free, Dual-4K Wireless Presentation System with Native Teams Rooms Integration Means for Corporate and Education Deployments

Wed, 24 Jun 2026 00:00:00 GMT

What is the WolfVision Cynap Pure Next Generation, and how does it differ from the product it replaces?

The Cynap Pure (Next Gen) is a wireless presentation and collaboration system that WolfVision describes as a ground-up re-engineering of its Cynap Pure platform, drawing on ten years of wireless presentation development. The core change is the removal of any dependency on dongles, apps, or additional software: content from any laptop, smartphone, or tablet reaches the display through AirPlay, Miracast, Chromecast, or WolfVision's own vSolution Cast protocol natively. The unit ships with dual 4K60 HDMI outputs, enabling two simultaneous displays from a single device, a configuration the previous generation did not support.

How does the Cynap Pure Next Gen handle complex multi-network environments, particularly in higher education?

The system includes two internal Wi-Fi modules, which allows it to maintain multiple simultaneous network connections without requiring a wired LAN drop at every room. In a university environment, a single Cynap Pure can be configured to sit on an internal administrative network, an Eduroam network for faculty and students, and a dedicated wireless classroom network for Miracast sharing: all at the same time. For spaces where no wired infrastructure exists at all, the dual Wi-Fi modules provide full system functionality wirelessly.

What does the Cynap Pure Next Gen add to a Microsoft Teams Rooms environment?

When connected to an existing Teams Rooms device, the Cynap Pure enables enhanced screen sharing through either a wired connection (HDMI or USB-C via an adapter) or wirelessly. This means participants who are not joining through the native Teams client can still share content to the room display without launching any additional application. An optional feature pack extends Microsoft integrations further, though WolfVision has not publicly detailed which specific integrations are included in that pack.

What is Viewer Mode, and which deployment scenarios does it address?

Viewer Mode is a browser-based feature that streams the room display to personal devices on the same network, protected by a PIN. It is designed for scenarios where participants need to follow along on their own screen: lecture halls where the main display is far from some seats, or training rooms where detailed content is easier to read at close range. No app installation is required on the personal device; a browser and the PIN are sufficient to access the stream.

Where has the Cynap Pure Next Gen been shown publicly, and what recognition has it received?

WolfVision first showed the Cynap Pure (Next Gen) at Integrated Systems Europe (ISE) 2026 in February, where it won a Best of Show award. The product was featured again at InfoComm 2026 in June, alongside the Cynap Ultra, which is a separate model WolfVision describes as the lead product in the same next-generation Cynap platform family targeting more complex AV/IT environments including courtrooms and larger collaborative spaces.

What should an integrator ask WolfVision before specifying the Cynap Pure Next Gen for a multi-room rollout?

The dual-Wi-Fi, multi-network architecture is the spec that will matter most to education integrators. A few questions worth bringing to the conversation: Network security and VLAN handling. Running three simultaneous networks on one device is only useful if the segmentation holds cleanly. Ask WolfVision how the Cynap Pure handles VLAN tagging across simultaneous connections, and what the IT department's involvement looks like during commissioning. Real-world multi-device load. App-free Miracast, AirPlay, and Chromecast running simultaneously on a shared Wi-Fi module is a meaningful networking commitment. Ask for guidance on maximum concurrent connections and whether performance degrades at a specific threshold in a bring-your-own-device classroom scenario.

What the QSC-Seervision Deal Signals for AV Automation

Sun, 21 Jun 2026 00:00:00 GMT

What did QSC actually buy?

Seervision, a Swiss startup whose software drives PTZ cameras with automated subject tracking, so the camera follows a presenter without an operator at the controls.

How much did it pay?

Terms were not disclosed. Seervision had raised only a modest seed round, so this reads as a tuck-in rather than a major valuation event.

Why does a control and audio company want camera tracking?

QSC's Q-SYS platform already combines audio, video, and control on one system. Owning the tracking layer lets it automate camera work in meeting and lecture-capture rooms without a third-party add-on.

Who is most exposed?

Standalone tracking vendors and PTZ camera makers carry the most risk, because their differentiation has been the smart tracking layer. If Q-SYS ships tracking natively, that advantage narrows.

What does QSC owning the tracking layer mean for standalone vendors?

The dollar figure is a footnote; the direction is the story. Pro-AV has spent a decade selling rooms that still need a person in the booth. The economics that actually move integrators (fewer operators, more rooms per technician) depend on the automation layer, and that layer is consolidating into the platforms. QSC folding tracking into Q-SYS is one more sign that the value is migrating from discrete boxes to the software that runs them. Watch two things next: whether competing control platforms answer with their own tracking acquisitions, and whether camera vendors respond by opening their tracking APIs to stay relevant inside platforms they no longer control. For integrators, the near-term question is practical. If your automated-room playbook depends on a third-party tracking vendor, how exposed are you when the platform you build on starts shipping that capability in the box?