• CX-0M-VP-R CatX Mini VP unit provides a unique solution for receiving a sharp high quality VGA video and power from the CatX Mini VP Tx transmitter from up to 150m using low cost Cat5 cabling.
  • S Y Electronics Mini VP VGA extender is by far the smallest VGA over CAT5 extender on the market with continuous adjustment to ensure perfect picture at any distance up to 150m.
  • CatX AV receivers provide a flexible solution for outputting VGA video + Audio over Cat5/6 UTP cable up to  150m.
  • Out of stock
    The CatX AVP Matrix 2×8 transmitter routes two VGA video sources over Cat5e/6 cable, in any combination, to a maximum of eight displays.
  • S Y Electronics CX-0W-AVP-T8 8-way VGA & Audio CATx splitter / transmitter broadcasts a sharp high quality videos at distances of up to 300m using low cost Cat5e UTP cable. The CX-0W-AVP-T8 is an 8-output VGA and Audio/Power over Cat5 Transmitter. CatX AVP transmitters provide a cost-effective and flexible solution for transmitting either Audio+Video (AV) or Video+Power (VP) over a single Cat5/6 UTP cable up to 300m. CatX AVP transmitters can be cascaded together to provide the required number of outputs. Designed for reliability and low power consumption, with less than 0.2W per output. CatX AVP transmitters are Video compatible with all CatX AVP Receivers, CatX AVP Repeaters and CatX Mini Receivers. Manual
  • Adder DDX-CAM-DP zero U’ DisplayPort Computer Access Modules (CAMs): powered by USB, the digital computer access modules sit in-line and are ideal for racks with limited available space. Modules are available in DVI and DisplayPort options.
  • Adder DDX-CAM-DVI zero U’ DisplayPort Computer Access Modules (CAMs): powered by USB, the digital computer access modules sit in-line and are ideal for racks with limited available space. Modules are available in DVI and DisplayPort options.
  • Adder DDX-CAM-VGA zero U’ VGA Computer Access Modules (CAMs): powered by USB, the digital computer access modules sit in-line and are ideal for racks with limited available space. Modules are available also in DVI and DisplayPort options.
  • Adder DDX-USR DVI, USB and audio digital over CATx User Station /KVM extender supports resolution up to 1920 x 1200 at 60Hz including 1080p. It can be used as a KVM extender when used with DDX-CAM-DP & DDX-CAM-DVI. However, when you introduce a DDX switch between them, suddenly you have the basis of an expandable switching matrix. Just add further DDX-CAM and DDX-USR modules for each new computer system and user. It uses a single CATx cable up to 50m. Data Sheet Manual    
  • Adder DDX10 flexible 10 port USB, VGA, DVI, DisplayPort and audio KVM matrix can be re-configured to match your exact requirements. It offers 10 configurable user/computer ports, Multi-view thumbnail on-screen display, loseless HD video in real-time, USB for keyboard, mouse & touchscreen and extension distance of up to 50m.  The DDX10 supports Multi-head video as the transmitters and receivers can be grouped to form 'Computers' and 'Consoles' that support dual-head & quad-head connectivity. Data Sheet Manual
  • Adder DDX30 flexible 30 port USB, DVI, DisplayPort and audio KVM matrix can be re-configured to match your exact requirements. In addition to 7 fixed users ports, there are 23 flexi-ports that can be configured as computer inputs or user outputs. The DDX30 delivers lossless HD video at resolutions of up to 1920x1200 @60Hz providing a real-time, ‘at the PC’ experience. The unique multi-view OSD provides users with a live preview of permitted computers direct on their screen. DDX30 transmitters (CAMs) & receivers (USRs) can be grouped to form ‘Computers’ and ‘Consoles’ that support dual-head & quad-head connectivity. For example, DDX30 can be used to build a 5 users x 10 computer dual-head matrix. Data Sheet Manual
  • Out of stock
    The NewLink HD-EX345-120-RX (Receiver Only) HDMI over a single CAT5/CAT6 receiver is an add-on to the HD-EX345-120 extender to allow point-to-point using one transmitter and one receiver, or one-to-many by using one transmitter to many receivers. One-to-many will require an unmanaged gigabit networking hub and multiple receivers as shown in the diagram.

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