The S5755-S series 48 port full gigabit electrical port access switch (with expansion slot), with pure wired access, no PoE, 8 × 25GE high-speed uplink+1 expansion slot, focuses on high-density wired terminal access, high bandwidth aggregation, and flexible expansion, suitable for pure wired scenarios such as enterprise/park office, server access, monitoring aggregation, etc

The S5755-S series 24 port PoE++(90W/port) Gigabit access switch (with expansion slot) is designed specifically for high-power PoE terminals such as Wi Fi 7 AP, high-power IoT, high-definition dome cameras, etc. It has 8 × 25GE high-speed uplink and 1 expansion slot, which can accommodate full power supply, high bandwidth aggregation, and future expansion. It is the preferred model for high-end wireless/security access

Huawei S5755-S series 24 port PoE+Gigabit access switch (with expansion slot), 24 port PoE+(30W/port)+8 × 25GE uplink+1 expansion slot, suitable for conventional PoE power supply, high-speed uplink and future expansion, suitable for campus access scenarios such as Wi Fi 6 AP, IP cameras, IP phones, etc

Huawei S5755-S series 24 port gigabit access switch, with expansion slots and dual optical port expansion capabilities, suitable for enterprise/campus access layers, can flexibly expand optical ports and business cards, taking into account both basic access and future expansion needs

Huawei's new generation 48 port PoE++(90W) gigabit access switch is designed specifically for high-power PoE devices such as Wi Fi 7/high-power APs, IoT terminals, and high-definition ball machines. It is a flagship choice for high-density, high-power park access layers, with 48 ports fully equipped with PoE++8 25GE high-speed uplinks.

Huawei's new generation 48 port PoE+Gigabit access switch, featuring high-density PoE+power supply and 25GE high-speed uplink, is designed specifically for the campus/enterprise access layer of PoE terminals such as Wi Fi 6/7 APs, IP cameras, IP phones, etc., balancing high reliability and intelligent operation and maintenance.

Huawei Wi Fi 6/7 era full gigabit campus access switch, featuring high-density ports and stable forwarding, suitable for medium and large enterprises/campus access layers, with uplink 25GE to meet wireless and high concurrency business needs

Huawei's new generation PoE++ Gigabit Access Switch is designed for high-density, high-power PoE terminals (APs, cameras, access control systems) in campus/enterprise access scenarios, supporting 25GE uplink, high forwarding, and intelligent operation and maintenance

The Huawei S5755-S24P8Y is a 24 port gigabit three-layer PoE+access switch in the S5755-S series, featuring high-density PoE power supply and 8 × 25GE 10 Gigabit uplink. It is designed specifically for PoE power supply scenarios such as Wi Fi 6/7 high-density APs, security monitoring, and enterprise offices

The AirEngine 5776I-X7H is Huawei's Wi-Fi 7 (802.11be) outdoor wireless access point, featuring 360° omnidirectional coverage, high-density concurrency, and industrial-grade reliability. The device has 6 spatial streams (2.4GHz 2x2 + 5GHz 4x4), an integrated omnidirectional antenna, a peak data rate of 6.45Gbps, IP68 protection, and 10GbE uplink, specifically designed for open outdoor omnidirectional coverage scenarios such as plazas, parks, and scenic areas.

The Huawei S5755-S24T8Y is a 24 port gigabit layer 3 access switch in the S5755-S series, designed specifically for high-density campus access and small aggregation in the Wi Fi 6/7 era. It features high bandwidth uplink, full port security, and flexible expansion, making it suitable for high-quality campus networks in industries such as government, finance, manufacturing, and healthcare

The AirEngine 5776I-X6EH is a Huawei Wi-Fi 7 (802.11be) outdoor access point, positioned for mid-to-high-end flexible outdoor coverage. The device features 6 spatial streams (2.4GHz 2x2 + 5GHz 4x4), supports dual 5G modes with a maximum speed of 8.64Gbps, an external antenna interface, IP68 protection, and 10GbE uplink, making it suitable for outdoor scenarios requiring flexible coverage and high bandwidth, such as plazas, scenic spots, and ports.