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Corporate · August 16, 2026

Grandstream Adds GWN7673 and GWN7672WM to Its Wi-Fi 7 Access Point Lineup: What the Two New Models Mean for Integrators Specifying Wireless Infrastructure

Two tri-band Wi-Fi 7 access points join Grandstream's GWN Series, with up to 11 Gbps throughput and a paintable, multi-mount form factor.

By AVinBrief Editorial Desk ·

What are the GWN7673 and GWN7672WM that Grandstream has released?
Grandstream is releasing two Wi-Fi 7 indoor access points that join its existing GWN Series. Both are tri-band units operating across the 2.4 GHz, 5 GHz, and 6 GHz bands. The GWN7672WM is positioned as an aesthetics-forward enterprise model with a paintable exterior and multi-mount flexibility. The GWN7673 is the second model announced alongside it.
What are the key specifications of the GWN7672WM?
The GWN7672WM is a BE11000-class tri-band access point using 2×2:2 MU-MIMO (multi-user, multiple input, multiple output) across all three bands. Aggregate wireless throughput reaches up to 11 Gbps. The unit includes a 5 Gigabit Ethernet uplink port and supports up to 384 concurrent Wi-Fi clients. Wireless coverage extends to approximately 575 feet (175 meters). Mounting options include in-wall, on-wall, and junction-box configurations, and the unit ships with a paintable exterior designed to blend into finished interior surfaces.
Which deployment environments is the GWN7672WM designed for?
The GWN7672WM is best in environments where both wireless performance and visual discretion matter: hotels, corporate offices, schools, retail locations, and meeting spaces. The paintable housing addresses a recurring integrator friction point in hospitality and high-finish corporate interiors, where standard white APs draw complaints from facilities and interior design teams. The in-wall and junction-box mounting options make it a candidate for renovations where ceiling plenum access is limited or where a flush wall-plate profile is preferred.
What does the 5 Gigabit Ethernet uplink mean for network infrastructure planning?
A 5 Gigabit Ethernet (5GbE) uplink means the GWN7672WM can move data to the switch at up to 5 Gbps, which keeps the wired backhaul from becoming the bottleneck when the AP is serving dense client loads under Wi-Fi 7. Integrators specifying this unit need to confirm that the upstream switch port supports 5GbE or multi-gigabit (2.5G/5G/10G) negotiation. Standard 1GbE switch ports will negotiate down to 1 Gbps, which caps the effective throughput well below the AP's wireless ceiling. PoE budget is a parallel question: 5GbE ports on PoE-capable switches draw from the switch's power budget, and a dense AP deployment can exhaust that budget faster than a 1GbE equivalent spec.
How does Grandstream's GDMS platform factor into managing these access points?
Both new access points are managed through Grandstream's GDMS (Grandstream Device Management System) platform, which the company offers at no charge for GWN Series devices. GDMS handles provisioning, configuration, monitoring, and troubleshooting from a cloud interface. For integrators already deploying Grandstream UC or networking products, the GWN7673 and GWN7672WM slot into an existing management workflow without adding a separate licensing cost. An on-premise alternative, GWN Manager, is also available for deployments where cloud management is restricted by policy.
What Wi-Fi 7 capabilities do these access points bring that Wi-Fi 6 and Wi-Fi 6E predecessors did not?
Wi-Fi 7 (802.11be) introduces multi-link operation (MLO), which allows a client device to transmit and receive simultaneously across multiple bands, reducing latency and improving reliability compared to the band-steering approach in Wi-Fi 6 and 6E. The 6 GHz band, which Wi-Fi 6E introduced, is retained in Wi-Fi 7 with higher channel widths available, up to 320 MHz, which underpins the throughput gains at the aggregate level. For AV applications specifically, the lower latency and higher sustained throughput matter most in environments running AV-over-IP streams, high-density video conferencing, or wireless presentation systems alongside general enterprise traffic.

The Take

What should integrators verify before specifying the GWN7672WM in a hospitality or high-finish corporate project?

The GWN7672WM’s paintable housing and multi-mount options make it a plausible answer to one of the more persistent integrator conversations in hospitality and corporate fit-out work: the client who objects to a visible white disc on a feature wall.

Three questions are worth confirming before the spec is locked. First, what is the Power Over Internet (PoE) class? Grandstream has not published the PoE class, and a 5GbE-capable AP at full client load will draw meaningfully more power than a 1GbE predecessor. Confirm the PoE++ (802.3bt) requirement and verify the switch has headroom before designing the IDF.

Second, what client devices are actually in the space? Wi-Fi 7 throughput gains are realized only when client devices also support 802.11be. The AP will negotiate down to Wi-Fi 6 or 6E with older clients, which is fine, but the 11 Gbps aggregate headline is a ceiling, not a floor, and real-world averages in a mixed-device environment will be lower.

Third, what does Grandstream’s warranty and replacement program look like for a painted unit? A repainted access point is no longer in its original state, which can complicate warranty claims. Get that in writing before the client’s facilities team picks up a paint roller or obscures it in a mural.

On the management side, GDMS being free reduces the total cost of ownership argument against Grandstream in competitive evaluations. Integrators who have avoided the GWN line because of concerns about ongoing platform costs should revisit that math, particularly for mid-market projects where licensing fees are a line-item discussion with the client.

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