Ubiquiti UniFi EAV-XG-24-PoE Enterprise AV Switch

Power and Precision for Professional AV Bring media transport, endpoint power and precise network timing together in one rack. The UniFi EAV-XG-24-PoE connects 24 multi-gigabit copper devices, provides four 100G uplinks and supports hardware-based PTP for professional audio and video. It suits AV installations that need deliberate clocking, multicast control and high-power PoE, with power-sharing or redundant operation selected to match the installation. Highlights High-Capacity AV Connections 24 multi-gigabit 10GbE RJ45 ports with up to 90 W PoE+++ per port. Four 100G/40G QSFP28 uplinks and 1,280 Gbps switching capacity. A Shared Timing Foundation Hardware-timestamped PTPv2 with Grandmaster, Boundary and Transparent clock roles. OCXO clock, professional timing profiles and an optional external GPS reference. Prepared for the Rack Two 1,200 W hot-swappable power modules and four replaceable fan modules. Included rack rails, Etherlighting port identification and a local touchscreen. Key Features Connect AV Endpoints at Their Native Speed Each of the 24 copper ports supports 10G, 5G, 2.5G, 1G, 100M and 10M connections. This lets a rack serve a mixture of high-bandwidth media equipment and lower-speed control devices without reducing every port to the same speed. The four QSFP28 uplinks support 100G or 40G connections for the paths carrying traffic between switches. Budget Power for the Operating Mode All 24 copper ports support PoE+++ with up to 90 W per port, subject to the total available budget. With both 1,200 W modules and 200–240 V AC input, Shared mode provides up to 2,150 W of PoE; Redundant mode provides 1,050 W. At 100–120 V, those totals are 1,850 W and 850 W. Select the mode and size the connected load together rather than treating the headline budget as available in every installation. Give Audio and Video a Consistent Clock Hardware-based PTPv2 provides the timing functions needed by compatible AES67 and SMPTE ST 2110 systems. Choose Grandmaster, Boundary or Transparent operation to suit the topology, then use matching profiles and timing parameters across the domain. The internal OCXO clock and optional external GPS reference support a considered timing design; the switch does not remove the need to configure the endpoints correctly. Make Multicast and QoS Part of the Plan Pro AV port profiles help prioritise supported audio, video and control traffic, while IGMP snooping, querier and fast-leave controls manage multicast distribution. Apply the appropriate settings to every port carrying the media, including links between switches. PTP uses the native VLAN and is not supported across aggregated ports, so timing paths need to be planned separately from a general LACP design. Keep Local Routing Close to the Media Layer 3 functions include local-network inter-VLAN routing, static routes, DHCP server and DHCP relay. VLANs, access lists and port isolation help separate the AV system from other traffic while preserving the connections it actually needs. These are switch routing and segmentation functions, not a substitute for the wider network’s security design or internet gateway. Service Power and Cooling in the Rack Two hot-swappable power modules and four hot-swappable fans make the power and cooling components accessible for maintenance. Fan modules operate with 3+1 redundancy. Choose Redundant power mode when the design needs a power-module failure allowance, and keep the PoE load within that mode’s lower budget. Shared mode’s higher output is a different operating choice. Install with Full-Depth Support The 1U chassis is 480 mm deep and is supplied with rack rails. Use a suitable 19-inch four-post rack with 650–1,000 mm post spacing; a two-post installation needs a centre-mount bracket or cantilever shelf for proper support. Etherlighting and the touchscreen help identify ports and inspect the equipment after it is installed. Summary The EAV-XG-24-PoE brings powered copper AV endpoints and high-capacity uplinks into the same managed timing environment. Its value lies in combining multi-gigabit PoE+++, hardware PTP, multicast controls and serviceable rack hardware, with clearly defined power and installation requirements. Frequently Asked Questions Is the Full 2,150 W PoE Budget Always Available?ExpandCollapse No. The 2,150 W total applies with both 1,200 W modules, 200–240 V AC input and Shared mode. Redundant mode at that voltage provides 1,050 W. At 100–120 V AC, the totals are 1,850 W Shared or 850 W Redundant. Each port is also limited to its supported PoE rating, up to 90 W. Can I Use Link Aggregation for a PTP Timing Path?ExpandCollapse LACP is supported for ordinary switch traffic, but PTPv2 is not supported over aggregated ports. PTP operates on the native VLAN. Plan direct suitable uplinks and a consistent clock profile for the AV timing domain rather than assuming an aggregated link carries the same timing support. Does It Replace an AV Encoder or Decoder?ExpandCollapse No. This switch transports and manages compatible network traffic, power and timing. Cameras, HDMI or audio sources and displays still need compatible AV-over-IP endpoints, such as a suitable transmitter or receiver. Select the profiles and multicast settings that match the actual equipment. Are the Power Modules and Rack Rails Included?ExpandCollapse The current manufacturer configuration includes two 1,200 W hot-swappable power modules and rack rails. A four-post rack must provide 650–1,000 mm post spacing. For a two-post rack, use suitable additional centre support or a cantilever shelf. The rack itself is not included. Is This Different Hardware from EAV-24-PoE?ExpandCollapse Ubiquiti identifies EAV-XG-24-PoE as the updated name for EAV-24-PoE and states that the naming change does not alter the hardware. Check the installed configuration and current firmware when planning an existing deployment. Baca selengkapnya