{"id":4370,"date":"2026-08-28T04:21:50","date_gmt":"2026-08-28T01:21:50","guid":{"rendered":"https:\/\/risys.sa\/?post_type=product&p=4370"},"modified":"2026-08-28T04:21:50","modified_gmt":"2026-08-28T01:21:50","slug":"grandstream-gwn7701pa-unmanaged-poe-gigabit-ethernet-switch","status":"publish","type":"product","link":"https:\/\/risys.sa\/en\/product\/grandstream-gwn7701pa-unmanaged-poe-gigabit-ethernet-switch\/","title":{"rendered":"Grandstream GWN7701PA 8-Port PoE Gigabit Switch"},"content":{"rendered":"

Grandstream GWN7701PA is designed for sites that need a broader group of Gigabit links with PoE available on every port. It provides eight RJ45 interfaces at 10\/100\/1000 Mbps, all supporting IEEE 802.3af\/at at up to 30 W per port within a total 145 W PoE budget. Unmanaged operation keeps the switch itself out of the daily configuration workload, while the expanded powered-port layout supports a more concentrated endpoint plan. Desktop, wall, and rack mounting give the installer several physical options. An internal power supply accepts 110-240 V AC at 50\/60 Hz. The key distinction is PoE density: every copper interface can serve a compatible powered device, subject to the individual and shared electrical limits.<\/p>\n

Where Grandstream GWN7701PA fits<\/h2>\n

This model suits a branch or operating area that needs to connect several PoE endpoints while keeping switch administration simple. The network or facilities lead can create a port map for the intended devices, then compare their electrical requirements with both the per-port ceiling and total budget. Having PoE across all eight interfaces avoids maintaining a separate powered-versus-unpowered port group within the switch, but it does not eliminate load calculation. Each interface supports 10\/100\/1000 Mbps and negotiates the link rate appropriate to the connected equipment. Rack mounting also lets the device join an organized equipment point, while desktop and wall placement remain available for branches without a rack.<\/p>\n

Build the power budget before deployment<\/h2>\n

The GWN7701PA offers a 145 W PoE budget, and each interface can provide up to 30 W under IEEE 802.3af\/at. Both limits matter: the interface ceiling governs one endpoint, while the shared budget governs the combined powered load. A deployment plan should list every device, note its required power, assign a port, and total the demand before cables are installed. The internal power supply is rated at 150 W, and switch consumption without PDs is 3 W. These boundaries give operations teams concrete values for reviewing an addition or replacement. Counting open interfaces alone is insufficient because available connectivity and available electrical power are related but different capacities.<\/p>\n

Saudi business use cases<\/h2>\n

The switch can support a multi-point retail branch, administrative office, clinic, or security and operations area that has several IEEE 802.3af\/at endpoints. Combined power and data over an Ethernet run can let endpoint positions follow the cabling plan rather than the location of individual electrical sockets, while primary power remains at the switch. In a compact equipment room, rack installation creates a structured location for the unit. At a branch without a rack, desktop or wall placement provides alternatives. Each proposed use should still be checked against the real endpoint schedule: compatibility with the stated standards, no more than 30 W required by one port, and no more than 145 W required across the planned powered group.<\/p>\n

Switching capacity and address resources<\/h2>\n

The GWN7701PA provides 16 Gbps switching capacity for traffic moving across its eight Gigabit interfaces. Its MAC address table supports 8K entries, giving the switch a larger learning resource than the smaller family models. These figures reinforce its position as the denser option, although real network behavior still depends on the attached equipment and overall topology. Unmanaged operation means installation centers on connection and documentation rather than a management interface. Clear cable labels, an endpoint record, and a noted expected power draw make later service easier. When a device is added or moved, that record shows which interface is involved and how the change affects the shared PoE budget.<\/p>\n

How it differs from family siblings<\/h2>\n

GWN7700 carries data without PoE and therefore fits devices that receive power independently. GWN7700P adds IEEE 802.3af\/at on ports 1-4 with a smaller shared budget, addressing a limited powered group. GWN7701PA brings PoE to all eight of its interfaces, supplies a 145 W budget, and adds rack installation to its desktop and wall options. GWN7702P also provides PoE across eight ports, so comparison with that model should remain tied to each verified requirement in the site plan. The defined advantage of GWN7701PA is the combination of all-port PoE coverage, multiple mounting methods, an internal AC supply, and resources intended for a denser connection point.<\/p>\n

Power and physical installation<\/h2>\n

The internal supply accepts 110-240 V AC at 50\/60 Hz, making access to mains power a direct part of placement. The metal unit measures 80 x 180 x 43.8 mm. It can stand on the supplied rubber feet, be wall mounted, or be prepared for rack installation with the standard brackets in the package. The box also includes a 1.2 m 10 A AC cable and lug ears. Before installation, check the AC cable route and RJ45 paths, choose an orientation that leaves the interfaces accessible, and allow room for organized cabling. A deliberate location reduces connector strain and lets a technician trace each powered link without disturbing unrelated connections.<\/p>\n

Deployment-led buying decision<\/h2>\n

Choose the GWN7701PA when the requirement is eight Gigabit interfaces, PoE on every port, a 145 W shared budget, unmanaged operation, and the option of rack, wall, or desktop placement. Start with the endpoint list: verify IEEE 802.3af\/at compatibility, document each port load, total the demand, and then check the intended mains and cable routes. If endpoints do not require PoE, GWN7700 creates a simpler power boundary. If the powered group is smaller, GWN7700P may cover it. Where endpoint density and mounting choice drive the project, GWN7701PA provides a clearly specified foundation that facilities and network staff can turn into a maintainable port map and power schedule.<\/p>\n

Package Contents<\/h2>\n