Information Technology

Modular flexible optical transceivers for data communications equipment.

• Compact, interchangeable, and hot-swappable.
• Metal enclosure helps shield communications from EMI interference.
• When used within a managed platform, supports digital diagnostic capabilities and loopbacks for easier maintenance.
• Supports the standard wavelength spectrum as defined by ITU G.694.2.
• MSA SFF-8472 and INF-8077i compliant, supporting interoperability with other network devices.

Modular flexible optical transceivers for data communications equipment.

• Compact, interchangeable, and hot-swappable.
• Metal enclosure helps shield communications from EMI interference.
• When used within a managed platform, supports digital diagnostic capabilities and loopbacks for easier maintenance.
• Supports the standard wavelength spectrum as defined by ITU G.694.2.
• MSA SFF-8472 and INF-8077i compliant, supporting interoperability with other network devices.

Modular flexible optical transceivers for data communications equipment.

• Compact, interchangeable, and hot-swappable.
• Metal enclosure helps shield communications from EMI interference.
• When used within a managed platform, supports digital diagnostic capabilities and loopbacks for easier maintenance.
• Supports the standard wavelength spectrum as defined by ITU G.694.2.
• MSA SFF-8472 and INF-8077i compliant, supporting interoperability with other network devices.

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.

More from the Manufacturer

The MCX Gen 2 Controller is an all-in-one SDVoE/AVoIP network controller and manager for the MCX AVoIP system. The controller features an easy-to-use, intuitive user interface, and it makes setting up and managing your MCX AVoIP system a breeze. The Gen 2 Controller also offers strong security that ensures your data and content are always protected.

Simplified Setup
The MCX Gen 2 Controller makes setting up your AVoIP system easy and features a CSV import capability to accommodate large deployments. You can also assign icons to both source and display endpoints to assist in identification.

Complete Control UI
Create browser-based interfaces to control your projects' essential functions with our "no programming" approach to GUI design. Control matrix, video wall, and multiview functions as well as external devices like displays and media players. You can also create no-touch UIs with our pin coded QR system. This makes setting up touchpanels and control boards simple and cost-free.

System Design Testing
With the controller, you get granular testing of all encoder and decoder functionality as well as any attached IR or RS-232 devices. It also gives you reboot and reset options for individual endpoints or groups of endpoints.

Status Monitoring
The Gen 2 Controller provides real-time data on encoder and decoder operations plus insight into source and display operations.

Extensive Firmware Management
The controller features extensive firmware management that provides high-level admin access to individual endpoints or groups of endpoints.

Strong Security
Individual encrypted encoder and decoder pairings protect against unauthorized content viewing. Additional permission settings can allow or disallow routing.

EDID Management
The MCX Gen 2 Controller offers flexible EDID handling with full reporting of monitor information. And the EDID validation process ensures the integrity of information.

Automate Events
Automate actions like turning on displays upon source detection or initiating room off procedures after source disconnection. You can even combine the controller with multiple encoders to create a priority auto switching system.

Schedule Preset Commands
Schedule any number of preset commands for unattended operation. From ensuring all displays are turned off at end of day to changing source content on the lobby video wall, the possibilities are endless.

Track Your AV Devices
Get full asset tracking of devices. The MCX Gen 2 Controller logs the entire history of every device it manages, no matter the length of service.

SLA Adherence
Time-stamped logging of devices to meet system integrator SLA commitments. You can create reports that show when and how long devices were out of service as well.

Advanced Analytics
Better understand AV behavior by studying user AV interactions. Create reports to show when AV was used, how long it was used, and even how long it took to start AV in any meeting.