Key Highlights
• Integrate and convert the analog CCTV video surveillance system to a network video system
• The video encoder function plays a major role in installations wherever several analog cameras is keep up
• Plug and Play your video encoder with the PC and go
MCX Gen2 Encoders and Decoders extend and switch video, audio, RS-232, and USB 2.0 signals, or display all of your sources via built-in video wall management. Ideal for point-to-point secure video conferencing, hotel or convention center displays, multi-monitor broadcasts, distributed video matrix or video wall systems, and remote KVM system control, the encoders/decoders comply with TAA specifications.
Easy Setup - Easy Management
Connect each encoder to an AV source (computer, content player) and connect it to a managed 10-GbE network switch. Connect a decoder to each screen you want to display content on and connect it to the same switch. Use the MCX Gen2 Manager for switching or to build and manage a video wall.
Uncompressed 4K 60 Hz 4:4:4 Video
MCX extends uncompressed 4K 60 Hz 4:4:4 video to an unlimited number of displays without sacrificing video quality, or frame rate. It supports up to 10-bit HDR using Software-Defined Video over Ethernet (SDVoE), allowing AV and data to exist on the same network without reducing network performance, functionality, or capability.
Create Ergonomic Workflows for Operators
Front-panel configuration buttons and On-Screen Display (OSD) streamline workflows.
Choose Copper or Fiber Versions to Suit Your Application
Fiber and copper versions are available.
Zero Latency
Data transfer delay is undistinguishable; encoding and decoding happens in real-time (0.03 milliseconds).
HDMI and USB-C Encoding and Decoding
Connect a variety of devices to your MCX Gen2 units through the HDMI and USB-C ports. Transmit multiple control and data signals with the audio and video, including IR and RS-232.
Local Video Out
Show the input source on a local monitor.
Works with MCX Gen2 Controller
The MCX Gen2 Controller, Ethernet switches, and the encoders/decoders form a distributed video matrix, a multi-viewer system, or a video wall system.
