Hikvision DS-3E0508-O 8-Port Gigabit Desktop Ethernet Switch

Hikvision DS-3E0508-O 8-Port Gigabit Desktop Ethernet Switch

The Hikvision DS-3E0508-O is a compact, unmanaged 8-port Gigabit Ethernet switch designed to expand wired network connectivity for homes, small offices, or surveillance camera setups. It offers eight 10/100/1000 Mbps (Gigabit) RJ45 ports, giving you robust wired throughput for multiple devices simultaneously—PCs, network-attached storage (NAS), IP cameras, routers, and more.

Built with a solid metal shell and a fan-free design, the DS-3E0508-O ensures silent operation and durability—suitable for placement in living rooms, home offices, or quiet server closets. It uses store-and-forward switching with a non-blocking, wire-speed design, ensuring stable packet forwarding and avoiding congestion even when all ports are active.

Performance-wise:

• Switching Capacity: 16 Gbps

• Packet Forwarding Rate: 11.90 Mpps

• MAC Address Table: 8K entries—capable of managing many connected devices simultaneously.

The switch supports both desktop and wall-mount installation, giving flexibility depending on your available space. It draws minimal power (max 3 W, idle ~ 1.6 W) and runs from a 5 V DC, 0.6 A power supply—making it energy-efficient and suitable for continuous operation.

Key Features:

• 8 × Gigabit RJ45 ports (10/100/1000 Mbps) for high-speed wired connectivity.

• 16 Gbps switching capacity and 11.90 Mpps forwarding rate—ample bandwidth for multiple devices.

• Metal housing with fan-free design for silent, durable operation.

• Store-and-forward, non-blocking, wire-speed switching for stable network performance.

• 8K MAC address table and 4 Mbit internal cache to manage many devices.

• Plug-and-play—no configuration required; auto MDI/MDIX supported.

• Compact and lightweight (145 × 25.6 × 68.45 mm; 0.24 kg)—easy to install on a desk or mount on a wall.

• Low power consumption (≈ 3 W); uses standard 5 V DC, 0.6 A adapter — ideal for always-on setups.

• 6 kV surge protection—adds resilience against power spikes common in unstable power environments.