{"id":4316,"date":"2026-08-28T04:21:52","date_gmt":"2026-08-28T01:21:52","guid":{"rendered":"https:\/\/risys.sa\/?post_type=product&p=4316"},"modified":"2026-08-28T04:21:52","modified_gmt":"2026-08-28T01:21:52","slug":"grandstream-gwn7661e-in-wall-wi-fi-6-access-point","status":"publish","type":"product","link":"https:\/\/risys.sa\/en\/product\/grandstream-gwn7661e-in-wall-wi-fi-6-access-point\/","title":{"rendered":"Grandstream GWN7661E 3 Gbps In-Wall Wi-Fi 6 AP"},"content":{"rendered":"

Grandstream GWN7661E targets rooms and indoor spaces that need an in-wall access point with a higher wireless performance ceiling. It delivers 3 Gbps aggregate throughput, with a maximum rate of 2402 Mbps on 5GHz and 573.5 Mbps on 2.4GHz. On the wired side, four Gigabit Ethernet ports include two Gigabit PSE ports, combining Wi-Fi 6 and local connections at the same room position. Coverage reaches up to 100 m, and stated capacity is 256 clients. This makes it suitable for projects balancing faster room-level wireless service with a repeatable wall installation, especially where 5GHz performance matters more than simply choosing the base in-wall configuration.<\/p>\n

The core advantage of Grandstream GWN7661E<\/h2>\n

The radio uses a 2.4GHz 2×2:2 arrangement and a 5GHz 3×3:2 arrangement with MU-MIMO and OFDMA. This architecture gives the 5GHz portion of the connection greater capability within an in-wall format, useful in rooms where several current devices share wireless airtime. The internal antenna set consists of two dual-band antennas plus one additional internal 5GHz antenna, directly supporting the model’s performance-oriented role. Because all antennas remain inside the unit, project teams retain a clean wall installation with no projecting antenna elements in the guest or employee space. That physical format also keeps the access point close to the devices it is intended to serve.<\/p>\n

Network separation and practical capacity<\/h2>\n

The GWN7661E supports IEEE 802.11a\/b\/g\/n\/ac\/ax and allows up to 32 SSIDs. That flexibility can separate guest, employee, operational, and managed-device access under the network manager’s chosen policies. The 256-client maximum defines the per-unit design capacity, while actual unit quantity should follow room distribution, wall construction, and application traffic. Coverage up to 100 m helps establish a first-pass plan, but an in-wall access point is most useful when its location corresponds to the intended room and device positions. Designers should not assume that the maximum range will cross every wall or obstruction in the same way; room-by-room placement remains the actionable basis for the rollout.<\/p>\n

Suitable Saudi business scenarios<\/h2>\n

In hotels, the model fits rooms and suites that require fast Wi-Fi alongside wired ports close to room equipment. Offices can place it in meeting rooms or management spaces where laptops and fixed devices operate together. Serviced apartments and staff accommodation can use a repeatable installation pattern that puts one connection point within each unit. Training rooms can also benefit where multiple wireless devices operate at once inside a defined area. For each setting, the buyer can document wired-port demand, intended PSE use, and expected client load before choosing the wall position. The cable route, maintenance access, and physical relationship between the unit and user devices should all be resolved during the room design.<\/p>\n

Compared with GWN7661 and GWN7660LR<\/h2>\n

Grandstream GWN7661 follows the same broad in-wall concept with local wired ports, but it provides a lower wireless performance tier. The GWN7661E therefore stands out when higher 5GHz capability is an important purchasing factor, while the GWN7661 may meet projects that prioritize the core in-wall configuration and a balanced rollout. Grandstream GWN7660LR serves a separate purpose: long-range outdoor coverage with environmental resistance and external antennas rather than room-level wired distribution. This division makes selection clearer. The GWN7661E belongs indoors where wall-based high-performance connectivity is required, while the GWN7660LR belongs in yards, open passages, and exposed operating areas.<\/p>\n

Ports and power in the deployment plan<\/h2>\n

The unit provides four Gigabit Ethernet ports, including two Gigabit PSE ports with 12 W maximum combined output. That combined ceiling matters when planning connected devices because the requirement across both outputs must be considered within one total. The access point accepts IEEE 802.3af\/802.3at PoE and has maximum power consumption of 25 W. Network engineers can therefore match switch PoE capacity against the unit count and intended PSE usage before installation. Recording those figures early in the power schedule reduces the chance that room connections need redesign after the access points have already been fitted to their wall positions.<\/p>\n

Environmental limits and physical preparation<\/h2>\n

The GWN7661E operates from 0 to 45 degrees Celsius at 5%-95% non-condensing humidity. These boundaries place it in a controlled indoor environment and should guide selection around service spaces or local heat sources. The device measures 135 x 86 x 38.5 mm and weighs 241 g, allowing installers to review mounting depth, cable space, and fixing requirements. The package contains the GWN7661E in-wall access point, mounting kits, and a Quick Installation Guide. Package dimensions are 176 x 118.5 x 65 mm, and package weight is 361 g, useful details when receiving and distributing units across floors in a larger project.<\/p>\n

A defined choice for indoor projects<\/h2>\n

This model makes sense when high-performance Wi-Fi 6 and wall-level Gigabit connections are required together. Before purchasing, count the rooms that can use the 3 Gbps aggregate capability, map expected devices against the 256-client capacity, and confirm whether the 12 W combined PSE output fits the connected equipment plan. The 32 available SSIDs can then be assigned to access groups, and central PoE capacity can be checked. This process gives the GWN7661E a precise family position: a wireless upgrade within the in-wall format for sites that need stronger 5GHz performance without separating the access point from local wired room connections.<\/p>\n

Package Contents<\/h2>\n