Huawei S1730S-S24P4S-A 24-Port PoE+ L2 Switch Managed

• SME office LAN infrastructure supporting users, printers, and internal systems
• IP surveillance systems powered via PoE+ for centralized security deployment
• VoIP telephony networks for enterprise communication systems
• Enterprise Wi-Fi access point deployment across multi-floor offices
• Branch office network aggregation with fiber uplink connectivity
• Retail store network infrastructure supporting POS and security devices

• Energy-efficient design for reduced operational power usage
• Rack-mountable form factor for structured deployments
• Supports IP phones, cameras, and wireless access points
• Scalable access-layer design for growing enterprise networks
• Reliable AC-powered operation for continuous uptime environments
• Simplified deployment for SME and branch office infrastructures
• Optimized for converged enterprise communication networks
• Strong suitability for modernization of legacy switching environments

• Brand: Huawei
• Model: S1730S-S24P4S-A
• Product Type: Layer 2 Managed Switch
• Switching Layer: Layer 2 (L2)
• Total Ports: 28 Ports
• Downlink Ports: 24 x Gigabit Ethernet (GE) PoE+
• Uplink Ports: 4 x SFP (Fiber Uplink)
• PoE Support: Yes (PoE+ enabled on 24 ports)
• Deployment Type: SME networks, office LANs, branch office networks
• Power Supply: AC Powered
• Form Factor: Rack-Mountable

WHY CHOOSE THIS PRODUCT?

• Organizations choose this switch for stable PoE-powered access connectivity across enterprise endpoints such as surveillance, VoIP, and wireless networks with simplified infrastructure design.
• It delivers a balanced mix of port density and fiber uplink capability, making it ideal for expanding SME environments transitioning toward structured enterprise LAN architecture.
• Compared to lower-tier access switches, it supports higher device aggregation, reducing the need for multiple switching layers and simplifying network management overhead.
• Its Layer 2 managed capabilities enable controlled segmentation, VLAN-based isolation, and optimized traffic handling for business-critical workloads.