The Black Box ACX2MT-DP11ATH-C KVM Extender Receiver delivers ultra-reliable, high-resolution video transmission for demanding environments. It is designed for seamless integration with the DKM FX matrix switching system, enabling secure and efficient remote desktop access across up to 100 meters—without compromising video quality or system responsiveness.
Features :
With DisplayPort 1.2 support, the receiver enables 4K UHD resolution at 60Hz, making it perfect for applications where image clarity is essential, including medical imaging, video editing, and industrial monitoring. This KVM extender receiver isn't just about video—it supports USB HID peripherals and stereo audio, allowing users to control connected systems with a keyboard, mouse, and audio equipment from a remote location.
Advanced Options :
The ACX2MT-DP11ATH-C is part of Black Box's DKM FX KVM extender series, offering plug-and-play compatibility with DKM transmitters and matrix switches. Its compact footprint and fanless design allow it to be mounted discreetly in racks or behind monitors, minimizing space usage and noise in sensitive environments. Operating on a 12V DC external power supply, the unit is both energy-efficient and simple to deploy.
Product Key Features
- Supports DisplayPort 1.2 with up to 4K @ 60Hz resolution
- Extends signals up to 100 meters with low latency
- Fully compatible with DKM FX KVM Extender systems
- Integrated USB and audio support for peripheral control
- Compact, fanless design with external 12V DC power
- Ideal for command centers, broadcasting, and secure control rooms
Reliability & Performance :
Whether you're building out a large-scale KVM matrix or need a high-performance point-to-point KVM extension, the ACX2MT-DP11ATH-C is engineered for uninterrupted uptime and seamless workflow continuity. Its fanless design ensures silent operation in sensitive environments, while the external power supply provides consistent and reliable performance. The extender receiver is built for demanding professional environments where signal integrity and reliability are paramount.
