Switch PoE ALLNET ALL-SG8618PM 18 puertos Gigabit (16 PoE + 2 uplink)

ALLNET ALL-SG8618PM is an 18-port Gigabit Ethernet switch that integrates 16 IEEE 802.3af/at PoE-capable ports and 2 dedicated non-PoE uplink ports. The unit is designed for small to medium business networks to deliver both data and power over a single Ethernet cable, reducing the need for separate power supplies and simplifying deployment of networked devices such as IP cameras, wireless access points and VoIP phones. The switch supports full Gigabit throughput on all ports to maintain high-bandwidth connections across the network and includes standard Layer 2 switching features for stable, deterministic traffic handling.

Advantages

The ALLNET ALL-SG8618PM centralizes Power over Ethernet delivery while providing Gigabit bandwidth per port, enabling consolidated cabling and easier site installation. With 16 PoE-capable ports, the switch supports a range of powered devices without additional power adapters, lowering installation complexity and ongoing maintenance. Non-PoE uplink ports separate upstream connections to routers or core switches, preserving PoE budget for edge devices. Built with common Gigabit switching functions, it ensures consistent throughput and reduced latency for business applications that require steady network performance.

Key specifications

• Ports: 18 Gigabit Ethernet ports (16 PoE-capable, 2 non-PoE uplink)
• PoE standard: IEEE 802.3af/at support on PoE ports
• Switching capacity: Gigabit per port switching with wire-speed forwarding
• Form factor: Rack-mountable desktop chassis suitable for wiring cabinets
• Power delivery: Total PoE power budget sufficient for multiple mid-power devices (refer to manufacturer details for exact wattage allocation)

How to use

Install the ALLNET ALL-SG8618PM on a stable surface or mount it in a rack according to the installation manual. Connect upstream network equipment to the two dedicated uplink ports and attach PoE-enabled devices to the 16 PoE ports using standard Cat5e/Cat6 cabling. Configure any required VLANs or QoS policies through the switch management interface if available, then verify device power and network connectivity. Monitor PoE consumption to ensure the total attached load remains within the switch’s PoE budget and redistribute devices to non-PoE ports or alternate power sources if necessary.

Recommendations

Use high-quality Ethernet cabling (Cat5e or better) and follow recommended rack ventilation practices to maintain optimal thermal performance. Plan PoE device placement to keep total power draw within the switch’s budget and separate critical upstream links on the non-PoE uplink ports to avoid unintended power allocation conflicts.