Ubiquiti is expanding its enterprise networking lineup with a brand-new series of switches built specifically for professional audio and video distribution. The new EAV series is designed with one main goal in mind: keeping network latency extremely low, which is critical when audio and video signals need to stay perfectly synchronized.
These switches are aimed at demanding environments like stadiums and large venues, where even small delays can cause noticeable audio sync problems. By focusing on low-latency performance through its internal software and switch design, Ubiquiti is positioning the EAV lineup as a purpose-built solution for AV-over-IP deployments and high-performance media networks.
Ubiquiti plans to release four EAV switch models in total, with availability scheduled to begin in May 2026. Pricing in the United States is listed between $2,999 and $3,999, placing these firmly in the enterprise category for organizations that need consistent performance and reliable signal delivery.
The entry option in the lineup is the EAV-Fiber, starting at $2,999. It includes 24 SFP+ ports supporting up to 10Gbps connections, making it a strong fit for fiber-heavy installations and high-throughput AV workflows. For uplinks, it also supports QSFP28 options that can handle 40GbE or 100GbE, which is useful for moving large volumes of traffic back to core switches or aggregation layers without creating bottlenecks.
At the higher end is the EAV-XG-24-PoE (2150W), priced at $3,999. This model features 24 PoE ports and adds power flexibility for installations that need to run equipment directly from the switch, such as network endpoints and other powered devices commonly found in professional AV environments. With two optional 1,200-watt power modules in shared mode, the total PoE power budget can reach up to 2,150 watts. If configured for redundancy, available PoE power is reduced to half, trading maximum output for improved uptime protection.
With these EAV switches, Ubiquiti appears to be targeting organizations that need a specialized, low-latency network foundation for audio and video distribution—especially where synchronization, stability, and high bandwidth are non-negotiable.
