Skip to content
Save 10% on Orders Over $499* - July Promo    |    Free Shipping on All Orders    |    We Currently Ship Only Within the United States
Currently, we only ship to USA. All pricing is in ($) USD.

Lightware SDVoE-based Point-to-point HDMI 2.0 Smart Matrix Switcher Receiver

SKU: LIG91310100

MSKU: 91310100

Original price $4,273.50 - Original price $4,273.50
Original price
$4,273.50
$4,273.50 - $4,273.50
Current price $4,273.50
Call to Order

Free shipping on all orders.

Request special pricing on this product

Lightware UCX-3x3-TPX-RX20 - SDVoE-based Point-to-point HDMI 2.0 Smart Matrix Switcher Receiver

The Lightware UCX-3x3-TPX-RX20 is a versatile HDMI 2.0 and USB-C switcher receiver designed for seamless AV integration in modern workspaces.


The UCX-3x3-TPX-RX20 is part of a transmitter-receiver configuration that offers advanced signal management and connectivity. It supports video resolutions up to 4K@60Hz 4:4:4 through USB-C and HDMI inputs, making it ideal for high-quality video transmission.

Features

  • Multiple HDMI and USB Connections: Includes 2 local HDMI 2.0 and USB 3.1 Gen1 connectors for room equipment like PCs, web cameras, speakerphones, and multitouch displays.
  • Independent USB Host Switching: Allows for easy switching between multiple USB hosts, supporting up to 8 devices (4 at the transmitter side and 4 at the receiver side).
  • Extended Transmission Distance: Capable of extending video, audio, and control signals up to 100 meters.
  • Enhanced Security: Offers advanced security features including NIST FIPS 140-2 certified cryptography.
  • Versatile Connectivity: Supports single CAT connectivity between TX and RX devices, handling video, USB 2.0, Ethernet, OCS, GPIO, and serial connections.
  • Multiple HDMI Outputs: Equipped with three independent HDMI 2.0 outputs for spaces with multiple displays.
  • Customizable Welcome Screen: Allows for custom corporate logos and on-screen display warning messages.
  • Audio De-embedding: Supports HDMI 4K signal formats and audio de-embedding.