Marshall Electronics V-MD171XN 6RU 17" Standalone Monitor with Modular Inputs, 1920x1200 Full Resolution, 16:10 Aspect Ratio, 600:1 Contrast Ratio

The Marshall V-MD171XN 6RU 17" Standalone Monitor offers a flexible modular solution to system integration. This new rack-mountable monitor can be configured with a variety of video inputs that can be "swapped" or interchanged in the field based on your evolving needs and requirements. This eliminates the need to upgrade or replace equipment when a different input or application is required. This "future proof" solution provides flexibility and reassurance when necessary, especially in multi-monitor rack mount units.

The V-MD171XN includes Composite and Component loop-through, Status Display, False Color Filter, Markers, Freeze Function, Color Temperature Presets, RGB Gain/Bias Adjust, Pixel-to-Pixel, Blue Gun, Hard Tally, user-definable function buttons and more. A variety of modules will become available including the availability of 3G/HD/SDI with loop-through, Fiber-Optic input/output modules and more.

The V-MD171XN can be used as a standalone monitor without the rack ears attached or mounted in any standard EIA 19" equipment rack. The attached rack ears can be angled to provide the user control over the viewing angle. A VESA standard 75 mm hole pattern also allows custom mounting installations. Alternately, the V-MD171XN can be used in a desktop configuration with optional stand (Marshall part number V-ST15).

This Marshall's new MD monitor integrates Telecast Fiber System's TeleCube Fiber-Optic HD/SDI transmission input/output modules. These new fiber modules deliver the industry's broadest range of digital rates while maintaining pristine signal quality that broadcasters and integrators demand.

With broadcast production facilities looking to the future with 3 Gb/s SDI integration, Marshall fills the void with fully featured, high-end monitors with full 3G-SDI support. For distances beyond 150 meters, fiber-optic signaling may be required. To fulfill this need, Marshall looked to Telecast Fiber Systems, the company that developed fiber-optic video technology for television broadcast production. Telecast's comprehensive systems are used worldwide.