High-PoE++ Huawei Switch 48-Port Gigabit & Smart Management S5735-L48LP4S-A-V2

High-PoE++ Huawei Switch 48-Port Gigabit & Smart Management S5735-L48LP4S-A-V2
 

The Huawei S5735-L48LP4S-A-V2 is a high-performance 48-port Gigabit Layer 3 switch designed for enterprise and campus networks, offering 740W PoE++ power delivery, advanced management, and robust security. Ideal for powering IP phones, wireless APs, and surveillance cameras, this switch combines high-density connectivity, intelligent automation, and energy efficiency in a compact form factor.

Key Features & Benefits

✔ High-Power PoE++ Support – Delivers up to 30W per port (IEEE 802.3bt/at/af) with a total 740W PoE budget, eliminating the need for additional power adapters.
✔ 48 x Gigabit Ethernet + 4 x SFP Combo Ports – Flexible connectivity for copper and fiber uplinks.
✔ Cloud-Based Smart Management – Supports CloudCampus, eSight, and Plug-and-Play for zero-touch deployment and AI-driven monitoring.
✔ Enterprise-Grade Security – Features MACsec encryption, ACLs, anti-DDoS, and port isolation for secure operations.
✔ Carrier-Class Reliability – ERPS (sub-50ms failover), dual power redundancy (optional), and STP/RSTP/MSTP ensure uninterrupted connectivity.
✔ Energy Efficient – Dynamic power adjustment & fanless design for silent, eco-friendly operation.

Technical Specifications

Ideal Use Cases

• Enterprise offices – High-density wired & wireless access.

• IP surveillance – Powers multiple PoE cameras & NVRs.

• Wi-Fi 6/7 deployments – Supports high-bandwidth AP backhaul.

• Smart buildings – Reliable PoE for access control & IoT devices.

Why Choose This Huawei Switch?

The S5735-L48LP4S-A-V2 is a future-proof, scalable solution for businesses needing high-power PoE, smart networking, and carrier-grade uptime. Its SDN compatibility and AI-driven management reduce IT overhead, while enterprise security protects critical data.

Best for: IT managers, network architects, and enterprises requiring high-density PoE, automated management, and L3 routing in a single switch.