About Matrox MC-100
The Matrox MC-100 solves all challenges in a easy-to-use device. Matrox MC-100 is a dual SDI to HDMI mini converter that supports a wide range of display resolutions through 3G, Dual Link, HD and SD-SDI. This single portable unit can be used as a HD-SDI switcher, a distribution amplifier, a multiplexer and a 3D processing unit, making it the most versatile mini converter on the market. It should be in every video professional's toolbox.
Matrox MC-100 Features
Monitor SDI on inexpensive HDMI displays: Take your SDI video signal with 16 channels of embedded audio and convert it to HDMI. Whether you're using RGB or YUV, Matrox MC-100 maintains the full 10-bit video spectrum of the signal, up to a resolution of 1920 X 1080
Distribute and amplify SDI signals: Configure MC-100 as a distribution amplifier to boost the strength of your SDI signals by 300 meters on SD-SDI, 100 meters on HD-SDI and 70 meters on 3G-SDI
Configure using On-Screen-Display: Quickly and efficiently configure your Matrox MC-100 via the on-screen-display (OSD) menu available on all outputs. There is no need for a computer connection. Every MC-100 feature is accessible through the OSD, which is controlled by 3 buttons directly on the unit
Switch between two SDI signals: Toggle between two SDI inputs at the touch of a button, glitch-free as per SMPTE RP-168. MC-100 is also a loss-of-signal switcher. You can configure the device to automatically switch to the second valid input if the first one is lost or becomes invalid
Multiplex two SDI signals into one 3G video feed: Transport your SDI signals efficiently using MC-100 to multiplex two HD-SDI signals into a single 3G-SDI stream. Being able to multiplex two SDI signal means that you'll need just half the wiring to distribute HD-SDI video signals
Process and monitor 3D SDI signals in real time: Use the cutting-edge processing power of MC-100 to make multiple adjustments on stereoscopic video feeds in real time. Hardware buttons let you perform Horizontal Image Translation (HIT) - sub-pixel convergence and divergence - on both video inputs