DVI-D USB 2.0 KVM-over-IP Transmitter (Single-Head)
The Black Box EMD2000SE-T-R2 Emerald SE Transmitter delivers pixel-perfect Full HD DVI-D video (up to 1920 × 1200), USB 2.0 peripheral support, and bi-directional analog audio over an IP network. It enables users to access physical or virtual desktops from virtually anywhere, maintaining desktop performance and clarity—even in demanding media-rich applications.
Features :
With visually lossless Full HD DVI-D video up to 1920 × 1200 and transparent USB 2.0 support for virtually unlimited HID and peripheral devices, the EMD2000SE-T-R2 is ideal for seamless remote access. Bi-directional analog audio and a low bandwidth requirement (under 40 Mbps for 1080p) make it suitable for both LAN and WAN deployments. The unit supports both point-to-point and scalable matrix switching via IP, and integrates easily with physical and virtual machines.
Advanced Options :
The Emerald SE leverages Dynamic Content Optimized Compression (DCOC) technology, which adapts compression based on video content and network conditions for smooth, low-latency performance. Device setup and management can be performed via receiver-based on-screen menus or centralized control with Boxilla. Security is ensured with 128-bit SSL encryption over TCP/IP between transmitter and receiver.
Product Key Features
- Visually lossless Full HD DVI-D video up to 1920 × 1200
- Transparent USB 2.0 (virtually unlimited HID/peripherals)
- Bi-directional analog audio support
- Low bandwidth requirement — under 40 Mbps for 1080p
- Point-to-point or scalable matrix switching via IP
- Seamless access to physical and virtual machines (VM integration)
- Advanced DCOC compression for optimal video performance
Reliability & Performance :
The EMD2000SE-T-R2 is engineered for high-performance KVM extension and switching, supporting both physical and virtual desktops. Its low bandwidth usage, robust security, and flexible deployment options make it ideal for enterprise, broadcast, and control room environments where seamless, secure, and high-quality remote access is essential.
