• Cat 5e/6 Extender
    • SHMU-M250
    • SHMU-M250 (BOX Type)  

      Short Haul HDMI + USB Extender via CAT x 2

    • ● Extend HDMI signal and 4 USB up to 60 meters @ 1080i (CAT6)
      ● Auto EQ (Sharpness) adjustment for optimal signal clarity
      ● Fully compatible with HDMI standard by DDWG
      ● HDTV compatible; support 1080p, 1080i, 720p
      ● Compatible with most of the popular screen resolution to XGA, SXGA, UXGA, WSXGA…Full HD system
      ● 3D-video, HDCP compliant and Blu-ray ready 
      ● Plug-and-Play allows you to add or remove devices at any time
      ● Easy to install and simple to set up
      ● No software needed or driver required
      ● Suitable for most of popular USB devices (USB web cams, USB printers, USB Scanner, external hard disk drives ....)
      ● Unique mecanism design of two ports on top for easily connecting USB peripherals.

      Exclusive EDID Function
      ● Read and store (record) the EDID from the connecting display to the video extension system
      ● Alternatively perform the default when one CATx cable connected without HDCP compliant and USB function
      ● EDID Auto-detecting when two CATx cables are connected
      ● Multi-modes for EDID handshaking, like EDID Auto-detecting and default EDID intruding, ensuring accurate output display


      Local Unit
      Remote Unit
      SHMU-M250 SHMU-200L SHMU-250R
      Input HDMI x 1 RJ-45 x 2
      Output RJ-45 x 2 HDMI x 1
      EQ Adjustment Auto
      USB 2.0 Mini-USB x 1 USB-A x 4
      LED (Power / Video Status) x 2 (Multi-Color) x 2 (Multi-Color)
      Video Resolution (max.) 1080p
      Extension Distance* 50M (CAT5e) @ 1080i (8bit x 3)
      30M (CAT5e) @ 1080p (8bit x 3)
      60M (CAT6) @ 1080i (8bit x 3)
      40M (CAT6) @ 1080p (8bit x 3)
      Enclosure Metal
      Power Supply USB BUS Power (DC 5V each unit)

      *Above video resolution and extension distance are based on CAT5e/6 24AWG
      solid cable without cascade. STP cabling is recommended for environments with
      high EMI or RFI. For the best performance results, using stranded cabling or other
      thinner cables, and coiling of excess cable lengths should be avoided.