The MMA10G-TRXS-UCPT standalone 10GE transceiver gateway is a single device that can either be used as a receiver, a transmitter, or both at the same time. Due to the bi-directional nature of the 10GE links, the MMA10G-TRXS-UCPT can be used to both send and receive HDMI/SDI video and audio, USB HID, and USB 2.0 data. As a receiver, the MMA10G-TRXS-UCPT can receive up to two video streams over IP, have access to both HDMI and SDI sources, and display any two as Main and Picture-in-Picture (PiP) with user configurable layouts. Additionally, an RS-232/RS-422 port is available for serial communication, transport, and control.
Integrated USB Capture Functionality
In addition to its AV transport capabilities, the MMA10G-TRXS-UCPT presents itself to a host Operating System (OS) as a video and audio USB capture device. Whether the source is local (via the HDMI and SDI input port) or remote (via IP transport), the MMA10G-TRXSUCPT will capture high-quality AV signals and output them via its USB AV Out port at up to 1920x1080p @ 60 Hz. To an OS (e.g. Microsoft Windows), the MMA10G-TRXS-UCPT looks like an audio-enabled webcam and you can use any of your favorite applications for recording, editing, video conferencing, streaming, and more. Coupled with the dual receive and PiP capability, you are empowered to be your own media director with the ability to select network or local media and video layouts in real-time.
EDID and Scaling
The MMA10G-TRXS-UCPT utilizes high quality scaling engines that allow it to process and scale video to match any input or output resolution. The MMA10G-TRXS-UCPT will display the content correctly by setting EDID tables and scaling to output the USB capture to ensure the smoothest handoff between devices.
Fully Integrated with Evertz’ MAGNUM-AV Controller
The MMA10G-TRXS-UCPT is a managed element of the MMA-10G network which is controlled by MAGNUM-AV. MAGNUM-AV simplifies management and control over the system and allows for simple user control using EvertzAV’s virtual control panels and touch friendly graphical user interfaces (VUE) or via third-party control systems.
