Luxul XMS-1208P 12-Port/8 PoE Front-Facing Rackmount Switch (Replaces XMS-1010P)

Designed for security and small-business networks, the Luxul by Legrand XMS-1208P managed PoE+ rackmount switch delivers silent, reliable connectivity and centralized power for IP cameras, VoIP phones and monitoring devices. This front-facing 12-port switch includes 8 Gigabit 802.3af/at PoE+ ports with a 130W shared budget and 24 Gbps switching capacity to ensure stable throughput for multi-camera surveillance streams and low-latency voice traffic. Layer 3 static routing plus 802.1Q VLAN support with trunking and QoS make it straightforward to segment camera, guest and management networks while prioritizing critical monitoring data. The fan-less, compact design reduces rack noise in control rooms and simplifies deployments; front-panel LEDs and the included rack kit provide easy access and fast troubleshooting. Dual Gigabit/SFP uplinks enable flexible fiber or copper connectivity for backbone or uplink redundancy. PoE self-healing and scheduled power management lower downtime and simplify maintenance for remote camera sites. TAA and NDAA compliant and backed by a 3-year limited warranty, the XMS-1208P is ideal for integrators and IT teams building reliable security, surveillance and monitoring solutions—add it to your deployment to simplify PoE power management and improve network performance.

• Silent, fan-less operation keeps control rooms quiet while delivering reliable 24/7 connectivity for security and surveillance systems
• Centralized PoE power with 8 Gigabit 802.3af/at PoE+ ports and a 130W budget simplifies cabling and powers cameras, VoIP phones and access points
• Front-facing rackmount design with intuitive LEDs and included rack kit speeds installation and maintenance in tight racks
• Layer 3 static routing, 802.1Q VLANs and QoS let you segment networks and prioritize monitoring or voice traffic for consistent performance
• Dual Gigabit/SFP uplinks provide flexible fiber or copper backbone options for future expansion and resilient uplink paths