The MuxLab Control Processor M1 is a versatile control processor for MuxLab devices and third-party products. The unit supports one (1) Ethernet port (for TCP/IP, HTTP, UDP, and Telnet), two (2) RS-232 ports, two (2) Infrared port, two (2) voltage sense ports, and two (2) Relay ports for control of end devices.
The MuxLab Control Processor M1 can control MuxLab products including MuxLab’s AV over IP system via the 500813 Muximus Network Controller, MuxLab’s TCP/IP, Telnet and RS-232 managed Matrix Switches, as well as third party devices such as projectors, projector screens, displays, AV sources, and other similar devices. The 500819 Control Processor M1 can be configured, and managed via the web interface.
Applications:
Commercial and residential AV systems Classroom AV systems Boardroom systems Home Theatre Showroom
The MuxLab Control Processor M1 is a versatile control processor for MuxLab devices and third-party products. The unit supports one (1) Ethernet port (for TCP/IP, HTTP, UDP, and Telnet), two (2) RS-232 ports, two (2) Infrared port, two (2) voltage sense ports, and two (2) Relay ports for control of end devices.
The MuxLab Control Processor M1 can control MuxLab products including MuxLab’s AV over IP system via the 500813 Muximus Network Controller, MuxLab’s TCP/IP, Telnet and RS-232 managed Matrix Switches, as well as third party devices such as projectors, projector screens, displays, AV sources, and other similar devices. The 500819 Control Processor M1 can be configured, and managed via the web interface.
Applications:
Commercial and residential AV systems Classroom AV systems Boardroom systems Home Theatre Showroom
Related listings
HighSecLabs | NEOUS™ IP MATRIX CONTROLLER
HighSecLabs SKCX01PHR-ME | Neous KVM Matrix RX with Linked Isolator
HighSecLabs SKCX10PHT-ME | Neous KVM Matrix TX with Linked Isolator
HighSecLabs SVCX01PHR-ME | Neous Video Matrix RX with Linked Isolator
HighSecLabs SVCX10PHT-ME | Neous Video Matrix TX with Linked Isolator
HighSecLabs SKCX01PHR-M | Neous Copper KVM Matrix RX with Adjunct Isolator