4K60 4:4:4 JPEG2000 AV over IP Decoder — Copper + Fiber In One Box
AVO-IPJP2K-DEC 4K60 4:4:4 JPEG2000 AV-over-IP decoder: matrix, 9x9 video wall and KVM over standard 1G. Copper plus fiber in one box, Dante AV-A…
Distributes visually-lossless 4K60 4:4:4 video to any display over the standard 1-Gigabit network you already own — without a 10G switch upgrade. The AVO-IPJP2K-DEC is a black metal-enclosure JPEG2000 AV-over-IP decoder that draws power over the network in PoE PD mode (7.08W maximum, DC 12V/2.5A adapter optional) and integrates both a copper LAN port and an optical fiber port in a single box, so short in-room drops and long inter-building runs terminate on the same unit. It scales point-to-point, video-matrix and video-wall deployments to a 9x9 array by adding switch ports rather than matrix cards — the right choice for boardrooms, divisible conference spaces, control rooms, courtrooms and video-wall installations where visually-lossless 4:4:4 reach, latency determinism and single-vendor endpoint convergence matter more than a 10G fabric or a proprietary matrix chassis. Built on intra-frame JPEG2000, the decoder holds fine detail crisp across motion and rides standard Layer-3 managed Gigabit switches with IGMP snooping and jumbo frames, in unicast or multicast, with intelligent video-wall class management and MJPEG substream real-time preview for control GUIs. Audio spans ARC/eARC, S/PDIF and analog return, with Dante AV-A mode available when license-activated, while USB 2.0 supports KVM and camera pass-through and RS-232, IR, CEC, two relay ports and two digital I/O channels carry display and contact control. Configuration and control run over front-panel buttons and LED scr
- HDCP 2.2 compliant
- Supports 18Gbps video bandwidth
- Input and output video resolution up to 4K60 4:4:4, as specified in HDMI 2.0b
- Signal transmission extended up to 328ft / 100m over CAT5E/6/6A/7 cable
- Transmits video, analog and digital audio, IR, RS-232, CEC and USB over Ethernet
- Integrates copper port and fiber port within a single box
- ARC / eARC / S-PDIF / analog audio return function
- Dante AV-A mode supported when license-activated
- Channel configuration via front-panel buttons and LED screen
- Built-in two-channel relay ports and two-channel digital I/O ports for contact control
Specifications| HDMI Compliance | HDMI 2.0b |
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| HDCP Compliance | HDCP 2.2 |
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| Video Bandwidth | 18Gbps |
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| Video Compression Standard | JPEG2000 |
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| Video Network Bandwidth | 1G |
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| Video Resolution | Up to 4K@60Hz 4:4:4 |
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| Color Depth | Input: 8/10/12-bit; Output: 8-bit |
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| Color Space | RGB 4:4:4, YCbCr 4:4:4 / 4:2:2 / 4:2:0 |
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| HDMI Audio Formats | LPCM 2.0/5.1/7.1CH, Dolby Digital/Plus/EX, Dolby TrueHD, DTS, DTS-96/24, DTS-EX DSD, DTS High Res, DTS-HD Master |
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| Audio Return | ARC / eARC / S-PDIF / analog |
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| Networked Audio | Dante AV-A mode (license-activated) |
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| Cable Transmission Distance | 100m (328ft) over CAT5E/6/6A/7 |
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| HDMI Cable Length — 4K60 | 16ft / 5m |
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| HDMI Cable Length — 4K30 | 32ft / 10m |
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| HDMI Cable Length — 1080P60 | 50ft / 15m |
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| Topologies | Point-to-point, video matrix, video wall (up to 9x9) |
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| Cast Modes | Unicast and multicast |
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| Transport | Copper or fiber, selectable per unit |
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| Switch Requirements | Layer-3 managed Gigabit, 8KB jumbo frame, IGMP snooping |
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| Audio Input | 1 x S/PDIF IN (optical); 1 x L/R AUDIO IN (3-pin 3.81mm Phoenix) |
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| Video Output | 1 x HDMI OUT (Type A, 19-pin female) |
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| Audio Output | 1 x L/R AUDIO OUT (3-pin 3.81mm Phoenix) |
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| Network | 1 x LAN/PoE (RJ45); 1 x FIBER (optical fiber slot) |
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| USB | 1 x USB 1.1 DEVICE (Type-A); 2 x USB 2.0 DEVICE (Type-A) |
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| Serial | 1 x RS-232 (3.81mm Phoenix) |
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| Contact Control | 2 x relay ports (3.81mm Phoenix); 2 x digital I/O (3.81mm Phoenix) |
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| IR | 1 x IR IN (3.5mm); 1 x IR OUT (3.5mm) |
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| IR Level | Default 12V, optional 5V |
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| IR Frequency | Wideband 20KHz–60KHz |
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| Control Interfaces | Front-panel buttons and LED screen, web page, Telnet, SSH, MJPEG substream API |
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Questions
- What is the maximum video resolution and HDCP level the AVO-IPJP2K-DEC decodes?
- The AVO-IPJP2K-DEC outputs up to 4K@60Hz 4:4:4 as specified in HDMI 2.0b, and it is HDCP 2.2 compliant.
- What video bandwidth and network bandwidth does the AVO-IPJP2K-DEC use?
- The AVO-IPJP2K-DEC supports 18Gbps video bandwidth and carries it as JPEG2000 over a 1G video network.
- What control interfaces does the AVO-IPJP2K-DEC expose?
- The AVO-IPJP2K-DEC can be controlled through its built-in web page, Telnet, SSH, RS-232, the front-panel buttons and LED screen, and an MJPEG substream API command set.
- What controller drives the AVO-IPJP2K-DEC in a full system?
- The AVO-IPJP2K-DEC works with a Controller Box or a third-party controller, as described in the Video over IP Controller manual, to form point-to-point, video matrix, or video wall systems (video wall up to 9x9).
- How does the AVO-IPJP2K-DEC get power?
- The AVO-IPJP2K-DEC is PoE-powered (PD mode) from the network switch, or you can use a local DC 12V/2.5A adapter; no DC adapter is needed when the switch supplies PoE. Maximum power consumption is 7.08W.
- What kind of network switch does the AVO-IPJP2K-DEC require?
- The AVO-IPJP2K-DEC needs a Layer-3 managed Gigabit switch with 8KB jumbo frame support and IGMP snooping. Recommended models include the Cisco SG500, Cisco Catalyst series, Huawei S5720S-28X-PWR-LI-AC, ZyXEL GS2210, and Luxul AMS-4424P.
- The display connected to the AVO-IPJP2K-DEC shows no picture. What do I check first?
- Look at the green LINK LED: if it is flashing, the decoder is linked to the encoder but no video is present, so confirm the source and the encoder. Then verify the AVO-IPJP2K-DEC is set to the correct encoder channel ID on its front-panel ENC connection page.
- The AVO-IPJP2K-DEC has no lights at all. What should I confirm?
- The red POWER LED off means no power. Confirm the switch is actually supplying PoE to the LAN (POE) port, or connect a local DC 12V/2.5A adapter; the POWER LED lights from either PoE or DC.
- Do I need a special 10-Gigabit network for this?
- No. This runs on standard 1-Gigabit managed switching with IGMP/multicast - the argument that lets JPEG2000 pass IT review. Uncompressed and SDVoE systems require a 10G fabric; this delivers visually-lossless 4K60 4:4:4 without that upgrade.
- Will the picture look compressed?
- JPEG2000 is visually-lossless and intra-frame, so there's no inter-frame smearing on motion and no visible blocking of the kind H.264/H.265 signage systems show on fine detail. For courtroom, signage and control-room detail work, that's the reason to choose it over cheaper H.26x endpoints.