Hikvision DS-3E0318P-E 16-Port Long-Range Unmanaged PoE Network Switch

Hikvision DS-3E0318P-E 16-Port Long-Range Unmanaged PoE Switch

The Hikvision DS-3E0318P-E is designed for installers and system owners who want reliable PoE power without complicated configuration or surprise limitations. Built specifically for surveillance and edge-network deployments, it combines long-range PoE, intelligent power management, and flexible uplinks into one rugged metal switch. If you’ve ever struggled with distant cameras, unstable power delivery, or overcomplicated managed switches, this model is built to remove those headaches.

Why Buyers Choose This Model

• Purpose-built for surveillance — optimized for stable IP camera transmission.
• Long-range PoE support — fewer switches, fewer failure points.
• Unmanaged simplicity — install it once and let it run.
• Flexible uplinks — copper and fiber options for easy expansion.
• Power protection built in — designed for real-world electrical conditions.

Key Features & Buyer Benefits

• 16 × PoE ports (802.3af/at) — Power cameras and devices directly, eliminating separate power adapters and saving installation time.
• Extend Mode up to 300 m — Reach distant cameras without adding repeaters or extra switches.
• 130 W total PoE budget — Confidently support multiple devices without worrying about power drops.
• VIP priority ports (1–8) — Keep critical video streams stable during heavy network traffic.
• Gigabit RJ45 + SFP uplink — Connect easily to NVRs, core switches, or fiber backbones.
• 6 kV surge protection — Protect your network investment from electrical spikes and lightning events.
• Metal housing — Better heat dissipation and long-term durability in demanding environments.

What This Helps You Avoid

This switch helps you avoid the frustration of short PoE distance limits, unstable camera feeds, and overloading circuits without warning. Instead of adding extra hardware just to reach far cameras, Extend Mode simplifies your layout. Intelligent PoE management reduces the risk of sudden device shutdowns when power demand increases. The result is a cleaner installation, fewer service calls, and a network that simply stays online.