Ubiquiti UniFi Enterprise Audio/Video EAV-Fiber 30m LC/UPC Duplex Single-Mode OS2 Fiber Optic Patch Cable - Black LSZH

In large conference halls and broadcast studios, AV engineers rely on the Ubiquiti UniFi EAV-Fiber cable to bridge the gap between EAV transmitters and receivers when copper simply can't reach. This 30-meter duplex single-mode OS2 patch cable with LC/UPC connectors ensures pristine signal integrity for high-bandwidth audio and video over IP, even across long distances.

Key specifications

• Fiber type: Single-mode OS2, 9/125 µm
• Connectors: LC/UPC to LC/UPC, duplex (2 fibers)
• Length: 30 meters (100 feet)
• Jacket: LSZH (Low Smoke Zero Halogen), black, 3.0 mm diameter
• Insertion loss: ≤0.3 dB per connector
• Return loss: ≥50 dB
• Attenuation: 0.35 dB/km @ 1310 nm, 0.25 dB/km @ 1550 nm
• Minimum bend radius: 30 mm
• Operating temperature: -20 to 70°C
• Polarity: A-B (cross-over)
• Compliance: RoHS, CE, FCC

Why choose it

The EAV-Fiber cable is built for mission-critical AV-over-IP deployments where copper cannot meet distance or interference requirements. Single-mode OS2 fiber supports long-reach links with minimal attenuation, while LC/UPC connectors ensure low insertion loss and stable connections. The LSZH jacket adds safety in enclosed spaces, emitting low smoke and no halogen gases in case of fire. Its 3.0 mm diameter balances durability and flexibility for easy routing through conduits and cable trays.

Ideal use cases

• Connecting UniFi EAV transmitters and receivers in large venues
• Extending AV signals beyond 100 meters without repeaters
• Professional AV installations in conference rooms, lecture halls, and broadcast studios

Good to know

This cable is specifically designed for the Ubiquiti UniFi Enterprise Audio/Video (EAV) system, ensuring seamless compatibility and optimal performance. The A-B polarity cross-over configuration simplifies installation by eliminating the need for manual fiber swapping. With a minimum bend radius of 30 mm, it can be routed in tight spaces without compromising signal quality.