The S5732-H-V2 series high-density all-optical aggregation/access switch has 44 GE SFP gigabit optical ports, 40000 megabits, and 6 × 40GE uplink, targeting high-density all-optical campus aggregation, small campus cores, and data center access. It has higher access density and stronger forwarding performance than the 24 port version (S5732-H24S4X6QZ-V2).

The S5732-H-V2 series enhanced all-optical aggregation/access switch, T=Trunk/no power module standard version, has hardware ports/performance identical to V2, with only differences in power supply/packaging, and is designed for scenarios such as self provided power supply in computer rooms and bulk procurement

The S5732-H-V2 series high-density all-optical aggregation/access switch has 44 GE SFP gigabit optical ports, 40000 megabits, and 6 × 40GE uplink, targeting high-density all-optical campus aggregation, small campus cores, and data center access. It has higher access density and stronger forwarding performance than the 24 port version (S5732-H24S4X6QZ-V2).

Huawei's new-generation enhanced all-optical GE/10GE hybrid aggregation switch, designed for medium-to-large campus aggregation/access, small campus core, and data center access scenarios, features all-optical port design, high-density 40GE uplink, and supports intelligent operation and maintenance as well as network virtualization

A 48 port 2.5G adaptive, PoE++(90W)+non PoE hybrid access, 8 × 25GE upstream, dual expansion slots, three-layer line speed campus access switch designed specifically for Wi Fi 7 high-density AP, high-power IPC, 2.5G desktop+PoE hybrid terminal scenarios. It is a 1U rack mounted and distributed model that balances high power supply and pure high-speed data access.

48 port 2.5G adaptive pure data electrical port (without PoE), 8 × 25GE SFP28 upstream, dual expansion slots, three-layer line speed park access/aggregation switch, designed specifically for high-density pure wired terminals, high traffic floor aggregation, and server access scenarios, 1U rack mounted and distributed models

24 port 2.5G adaptive+PoE++(90W), non PoE hybrid access, 8 × 25GE uplink, with expansion slots, three-layer campus access switch, designed specifically for Wi Fi 7 high-density AP, high-power IPC, 2.5G desktop+PoE hybrid terminal scenarios, balancing high-speed access and high-power power supply, 1U rack mounted.

The new generation of 24 port Gigabit non PoE access/aggregation switch is designed for medium to large scale industrial parks, enterprise offices, hotels/supermarkets, and other scenarios. It provides 24 × Gigabit electrical ports+8 × 25GE high-speed uplink, 1 expansion slot, 1U rack mounted, and is compatible with Wi Fi 6/7 high-density wireless networking and multi service integration

The new generation Gigabit PoE++access/aggregation switch is designed for high-density Wi Fi 6/7, high-power AP/IPC, and campus wireless/security scenarios. It features 48 ports of PoE++, 8 × 25GE uplink, expansion slots, layer 3 routing+VxLAN, and is 1U rack mounted.

Huawei's new generation Gigabit PoE+ Access/Aggregation Switch, designed for medium to large campus networks, Wi-Fi 6/7 wireless networking, and security surveillance scenarios, features 48 PoE+ ports, 8 25GE uplinks, iStack stacking and VxLAN support, and a 1U rack-mountable design

The S5755-S series 48 port full gigabit electrical port access switch (with expansion slot, B is a simplified/basic version), pure wired without PoE, 8 × 25GE uplink+1 expansion slot, hardware/performance is completely the same as the 25755-S48T8YZ, only software license/authorization, packaging/accessories, and channel versions are different, focusing on high cost-effective pure wired high-density access scenarios.

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