The S5735-S24P4XE-V2 is a standard three-layer Gigabit PoE switch from the Huawei S5735-S-V2 series, with 24 ports of Gigabit PoE power supply and 4 ports of 10G uplink. It supports power redundancy and stacking and is mainly used in high-density PoE access scenarios such as parks, hotels, schools, and security.

The S5735-S24T4XE-V2 is a 24 port Gigabit Layer 3 access switch from Huawei CloudEngine's S5735-S-V2 series. It features standard Layer 3, 1+1 power backup, and dedicated stacking ports, and is designed for campus access/aggregation and data center access scenarios

The S5735-L24HJ4XE-A-V2 is a 24 port 2.5GE optoelectronic separation three-layer PoE switch from the Huawei CloudEngine 25735-L-V2 series, with built-in AC power supply. It is designed for high-density, long-distance PoE power supply scenarios and is compatible with Wi Fi 6/7 APs, high-definition cameras, and other terminals

The S5735-L48J4X-D-V2 is a 48-port 2.5G all-optical Layer 3 access switch from Huawei's CloudEngine S5735-L-V2 series, featuring built-in DC power and front-maintenance design. It is specifically designed for high-density fiber-optic access scenarios, delivering high performance, easy operation, and exceptional reliability

Huawei CloudEngine S5735-L48J4X-A-V2 is a three-layer all-optical access switch with 48 ports of 2.5G optical ports, 10 Gigabit uplink, and AC power supply. It focuses on high-density 2.5G optical access, 10 Gigabit uplink, intelligent stacking, easy operation and maintenance, and is suitable for enterprise parks, high-density terminal access and other scenarios

Huawei CloudEngine S5735-L-V2 series 24 port 2.5G optical port, 10 Gigabit uplink non PoE switch, featuring high-density 2.5G optical access, 10 Gigabit uplink, intelligent stacking, and easy operation and maintenance, suitable for enterprise parks, small and medium-sized enterprise offices, and multi terminal concurrent access scenarios.

The Huawei CloudEngine S5735-L-V2 series 48 port Gigabit PoE+10 Gigabit uplink switch features high-density access, stable PoE power supply, and flexible expansion, suitable for enterprise parks, small and medium-sized enterprise offices, and multi terminal concurrent scenarios.

The Huawei S5735-L48LPN4XE-A-V2 is a 48-port 2.5G PoE+ Gigabit uplink switch designed for the CloudEngine S5735-L-V2 series, specifically tailored for high-density terminal access and PoE power supply scenarios in enterprise campuses and small to medium-sized businesses

The S5735-L24PN4XE-A-V2 is a 1U rack mounted three-layer 2.5G PoE++access switch launched by Huawei for enterprise parks. It features 24 ports of 2.5G PoE+electrical ports, 40000 Mbps SFP+uplink, dedicated stacking, 400W PoE total power, and AC power supply, specifically designed for high-density 2.5G terminals Wi‑Fi 6/7 AP、 Design of power supply access scenarios for high-definition cameras and IoT devices.

The S5735-L48S4XE-A-V2 is a 1U rack mounted three-layer full gigabit SFP optical port access switch launched by Huawei for enterprise campuses. It features a 48 port gigabit SFP optical port, 40000 megabit SFP+uplink, dedicated stacking port, AC power supply, and high-performance forwarding. It is an enhanced version of the 25735-L48S4X-A-V2, designed specifically for high-density fiber access, 10 gigabit uplink, and stacking expansion scenarios

S5735-L48S4X-A-V2 is a 1U rack mounted three-layer full gigabit SFP optical port access switch launched by Huawei for enterprise parks. It features 48 gigabit SFP optical ports, 40000 gigabit SFP+uplink, AC power supply, and intelligent stacking, designed specifically for high-density fiber access, long-distance transmission, and optical terminal scenarios without PoE requirements

S5735-L24ST4XE-A-V2 is a 1U rack mounted three-layer all-optical access switch launched by Huawei for enterprise parks. It features 24 Gigabit SFP optical ports (including 8 Combo electrical ports), 40000 Gigabit SFP+uplink, AC power supply, and intelligent stacking, designed specifically for fiber access, long-distance transmission, and high-density optical terminal scenarios