4K60 JPEG2000 AV over IP Encoder/Decoder — Dante Ready New

Eliminates the need for dedicated 10G infrastructure while delivering visually lossless 4K60 4:4:4 video distribution across standard 1G managed networks. The AVO-IPJP2K uses JPEG2000 compression to distribute HDMI 2.0b signals with full HDR10, Dolby Vision, and HLG support — giving integrators broadcast-quality image fidelity over existing network hardware in corporate campuses, lecture halls, digital signage networks, and houses of worship.

Where competing JPEG2000 platforms stop at basic video and audio passthrough, the AVO-IPJP2K provides a complete signal management solution. Optional Dante AV-A ties directly into existing DSP and audio infrastructure. ARC, eARC, and SPDIF audio return paths enable display audio to flow back to amplifiers without additional cabling. Digital I/O and relay controls handle environmental automation — projector lifts, screen drops, lighting triggers — from the same box that distributes video. Copper and fiber connectivity, USB 2.0 KVM, and PoE (802.3af) round out a platform that replaces three or four separate devices in a typical AV rack.

• JPEG2000 visually lossless 4K60 4:4:4 distribution over standard 1G managed networks — no 10G infrastructure required
• Optional Dante AV-A integration — routes professional audio alongside video using existing DSP infrastructure
• ARC, eARC, and SPDIF audio return from connected displays — eliminates dedicated return audio cabling
• LPCM 2.0/5.1/7.1CH, Dolby Digital/Plus/EX, Dolby TrueHD, DTS, DTS-96/24, DTS-EX, DTS-HD Master audio passthrough
• Digital I/O and relay controls with configurable VCC output (5V/12V) for environmental automation
• USB 2.0 KVM with two-way IR and RS-232 — centralized control of remote sources
• HDMI 2.0b with HDCP 2.2, HDR10, Dolby Vision, and HLG
• Unicast, multicast, matrix switching, and video wall up to 9×9
• Copper and fiber connectivity with PoE (802.3af PD) — single-cable deployment
• Works with AVO-IPCTL-JP2K IP Controller (sold separately) for matrix switching, video wall configuration, and KVM roaming