Bittree Updates Micro-Video Vegetable Patch Bay

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May 13, 2011 10:51 AM

Bittree has introduced a new chronicle of its Micro-Video vegetable patch bay. With enhancements that streamline vigilance I.D. and facilitate accessory of electric wires assemblies, the Micro-Video vegetable patch brook offers high I/O firmness in a 2 x 48 format.

Available in possibly a 1RU or 1.5RU configuration, the Micro-Video vegetable patch brook right away includes shade I.D. plugs that may be extrinsic in to the front row for easy vigilance I.D. and to capacitate rapid patching of similar to vigilance formats (e.g. ADS to ADS, video to video, etc.). Purchased separately, the color-coded vegetable patch cords are existing in a few colors and lengths. In addition, the Micro-Video vegetable patch brook right away offers a DIM mini connector on the back row for swift and easy accessory of vegetable patch connective tissue assemblies. Assemblies are existing preconnectorized and configured from Bittree, or services can demand law links written for a definite patching application.

Bittree's high-bandwidth video vegetable patch bays are written to encouragement 3Gb/s and 3-D, HD/SD-SDI, AES and high-resolution P.C. graphics. With a back lacing club and industry-standard DIN 1.0/2.3 back terminations, the Micro-Video vegetable patch brook creates it simpler than ever for users to install, coordinate and eliminate wiring. In addition, the product's pattern features the aptitude to interruption the front row to stop connective tissue protrusion, serve conserving space and ensuring arguable connections.

The Micro-Video vegetable patch bay's jacks heed to SMPTE 292M and SMPTE 424 standards and are removed from the front panel, with a prisoner front-mounting screw for easy maintenance. Engineered for use even in impassioned environmental conditions, any Micro-Video vegetable patch brook is built to high-quality specifications from solid, powder-coated aluminum. The network is existing in 4 not similar configurations, with twin self-normalizing consummated jacks (2MVTHD); twin self-normalizing, non-terminated jacks (2MVNHD); twin non-normalizing, consummated jacks (1MVTHD); or twin non-normalizing, non-terminated jacks (1MVNHD).