Matrix KVM Switches are designed for modern data centers that require reliable, high security access and control of multiple servers. With non-blocked access and flexible expansion support, matrix KVM switches offer high quality video sessions for secure, real-time control of your entire data center devices.
Black Box ACXC16 DKM FX Compact HD Video and Peripheral Matrix Switch, 16-Port CATx Chassis with Redundant Power Supply. Instantaneous switching of HD video in a smaller model for SMBs and space-conscious organizations.
Black Box ACXC32 DKM FX Compact HD Video and Peripheral Matrix Switch, 32-Port CATx Chassis with Redundant Power Supply. Instantaneous switching of HD video in a smaller model for SMBs and space-conscious organizations.
Black Box ACXC80 DKM FX Compact HD Video and Peripheral Matrix Switch, 80-Port CATx Chassis. Instantaneous switching of HD video in a smaller model for SMBs and space-conscious organizations.
Black Box ACXMODH21R DKM HD Video and Peripheral Matrix Switch Modular Housing 21-Slot Chassis with Power Supply and Redundancy Option. Part of the DKM HD Video and Peripheral Matrix Switch System of transmitter and receiver interface cards and housings. Supports (21) transmitter or receiver cards.
Black Box ACXMODH4R DKM HD Video and Peripheral Matrix Switch Modular Housing 4-Slot Chassis with Power Supply and Redundancy Option. Part of the DKM HD Video and Peripheral Matrix Switch System of transmitter and receiver interface cards and housings. Supports (4) transmitter or receiver cards.
Black Box DCX3000 DCX3000 Digital KVM Matrix Switch - 30 Port. High-performance HD KVM matrix switching for smaller multiuser applications.
Black Box DCX3000-DVR Digital KVM Remote User Station. Receiver units for the high-performance DCX3000 Digital KVM Matrix Switch.
This 4-port KVM switch combines 4K (60Hz) digital display capabilities with control of up to four connected computers.
The SVUSBVGA6 6-foot 2-in-1 USB KVM cable is specifically designed to work with any of our VGA USB KVM switches, helping to reduce tangles while maintaining excellent connectivity and performance.
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