ATLONA AT-OPUS-RX 4K HDR HDBaseT Receiver for Opus Matrix Switchers ATLONA AT-OPUS-RX 4K HDR HDBaseT Receiver for Opus Matrix Switchers
ATLONA

ATLONA AT-OPUS-RX 4K HDR HDBaseT Receiver for Opus Matrix Switchers

$419.98
$419.98
In Stock

HDBaseT 4K/HDR@60Hz 4:4:4:4 receiver for Atlona Opus series matrix. Offers HDCP 2.2 support and supports HDMI data rates up to 18Gbps. Receives HDMI, Ethernet pass-through, bi-directional IR control and RS-232 signals up to 100 meters over CAT6a/7 cable. VESA Display Flow Compression (DSC) without visual loss allows the extension of the HDR video signal and 4K/60 4:4:4 through HDBaseT without latency. For added integration convenience, the receiver is remotely powered by an Opus Series matrix switch via Power over Ethernet (PoE). OPUS-RX can transmit digital audio from a TV to an AV receiver via a dedicated HDBaseT audio return path to the matrix switch.

 

 

Specifications

4K/UHD capability @ 60 Hz with 4:4:4 chroma sampling, plus support for HDR formats

  • Ideal for new and emerging 4K/UHD and HDR-capable sources and displays
  • Compatible with 4K HDR10 @ 60 Hz and Dolby® Vision™ @ 30 Hz*, as well as HLG (Hybrid Log-Gamma) for future 60p HDR broadcast services
  • Fully supports video resolutions, audio formats, and color space formats in the HDMI 2.0b specification
  • * Dolby Vision will be supported by Opus Series matrix switchers in a future firmware release.

HDCP 2.2 compliant

  • Adheres to latest specification for High-bandwidth Digital Content Protection
  • Allows protected content stream to pass between authenticated devices

HDBaseT receiver for HDMI, Ethernet, power, and control up to 330 feet (100 meters)

  • Receives HDMI up to 330 feet (100 meters) @ 4K HDR using CAT6a/7 cable*
  • Uses easy-to-integrate category cable for low-cost, reliable system installation
  • * To achieve optimal HDBaseT performance, CAT6a or CAT7 shielded twisted pair cable is highly recommended.

Remotely powered by Opus matrix switcher via PoE (Power over Ethernet)

  • Industry standard IEEE 802.3af PoE is supplied by an Opus Series matrix switcher over HDBaseT
  • Allows convenient receiver installation at a display or projector without the need for local AC power

Extends RS-232, IR, and Ethernet control signals over HDBaseT

  • Bidirectional extension of RS-232, IR, and Ethernet control signals
  • Streamlines integration of control for displays

Delivers return audio from a TV via dedicated audio pathway

  • Provides a return audio pathway from a television, via TOSLINK digital audio interface, back to the Opus matrix switcher
  • Easy and convenient integration of television audio for over-the-air broadcasts, OTT (over-the-top) media services, and more

Visually lossless VESA Display Stream Compression

  • Enables HDBaseT transmission of HDMI up to 18 Gbps using extremely light video compression with no latency
  • Innovative signal extension solution delivers very high, pristine image quality

Multi-channel audio compliant

  • Supports PCM, Dolby® Digital, Dolby Digital Plus™, Dolby TrueHD, Dolby Atmos®, DTS® Digital Surround™, DTS-HD Master Audio™, and DTS:X®
  • Allows any multi-channel audio stream to be used within a professional audio system

HDBaseT link status testing

  • Continuously monitors integrity of the HDBaseT cable link between the Opus matrix switcher and receiver
  • Web GUI provides real-time link status, plus detailed HDBaseT and HDMI signal information
  • Quick, easy verification or troubleshooting of RJ-45 termination or twisted pair cable quality

Rear panel I/O connectors

  • Placement of ports on rear panel simplifies wire management
  • Saves installation time and eliminates clutter

Field-updatable firmware

  • Rear panel USB port provides an easy means for device updates
  • Ensures long-term system return on investment

Front panel Power and Link status LEDs

  • LED indicators provide power and HDBaseT link status information
  • Provides easy setup and troubleshooting

Low-profile, 1 inch (25 mm) high quarter rack-width enclosure

  • Easy installation into racks and confined spaces
  • Keeps devices out-of-sight when placed in public spaces