Display Integration Technologies (DITHD) today announced the launch of the MGP173LC Series Rugged Mobile KVM Console, a new all-aluminum, high-brightness solution designed for mission-critical mobile and deployable applications.
Engineered as a brand-new mobile configuration leveraging decades of DITHD’s proven KVM expertise, the MGP173LC delivers exceptional performance in harsh conditions. Originally developed for onboard military aircraft use, this versatile console is ideal for defense, aerospace, industrial, field operations, and other demanding environments where reliability, visibility, and durability are non-negotiable.
“The MGP173LC represents a significant evolution in our rugged console lineup,” said Alton Baker, Product Marketing Manager at DITHD. “We took lessons from decades of building integration solutions and created a truly mobile, high-bright (1200 NITS) system that performs brilliantly in daylight and extreme conditions while offering flexible configuration options for our customers.”
Key Features of the MGP173LC Series:
- 17.3” FHD High-Bright Display: 1920×1080 resolution, 1200 NITS brightness, anti-glare coating, and chemically strengthened lens for superior outdoor and daylight readability.
- Rugged All-Aluminum Construction: MIL-STD-810F/G compliant, removable locking front face thumbscrews and optional bumpers/latches.
- Keyboard & Pointing Options: Q Series (97-key, NEMA 4X, 2-button glide pad) or M3 Series (103-key, MIL-SPEC, 3-button FSR).
- Flexible Video Control: Standard V43x board (HDMI/DP/VGA) or advanced V38x Multi-View board with Picture-in-Picture (PiP) support.
- Broad Connectivity: HDMI, DisplayPort, VGA, and USB inputs.
- Power Flexibility: Standard AC (C14) or MIL-SPEC AC/DC (C90) options; under 45W power consumption.
- Operating Range: -20°C to +70°C; compact dimensions: 17.23” W x 3.02” H x 12.15” D.
The console’s lightweight yet ultra-durable design, combined with multiple mounting and configuration options, makes it perfect for vehicle, aircraft, command centers, and portable deployments.
