Audio - Video - Data Transmission over Fiber or IP
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ScreenLink
Presentation Video, Audio, Data Transmission System


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"High performance and affordable multimedia presentation transport solutions for DIGITAL SIGNAGE."

APPLICATIONS
FEATURES
  • Corporate Boardrooms
  • High Resolution RGB Video Transport
    up to 1600 x 1200
  • Convention Centers
  • Accepts Composite Sync, HV Sync,
    or Sync on Green
  • Hotels/Motels
  • Back-to-Back Compatible with SD/Bi-Level and HD/Tri-Level RGB Video Sync
  • Meeting Rooms
  • CD Quality Stereo Sound Transport
  • Hospitals
  • Provides 2 Switched Ports of 10/100
    Ethernet Transport for System Control
    Applications

The BCI ScreenLink fiber optic transport product transmits uncompressed, high bandwidth (150 Mhz/channel), high-resolution (1600 X 1200) RGB+HV video, stereo audio, and 10/100 Ethernet.  This transmission is conducted from a central point to projectors, Plasma screens, LCD monitors, or computer monitors over medium to long distances utilizing Multimode or Singlemode fiber optic cable.  The ScreenLink Fiber Optic Transport System has the unique ability to deliver High Definition (HD) video with tri-level synchronization or Standard Definition (SD) video with bi-level synchronization.   The ScreenLink now supports both the HD and SD specifications, as well as computer RGB video applications.

The ScreenLink product is a point to point transmission system over 5 fibers. The RGB and audio transmit portion of the product is usually card cage based (standalone available upon request).  Each 3 RU, 19”, rack mountable, BCI 200ECC card cage can be filled with up to 9 RGBHV links with corresponding stereo audio and employs redundant power supply cards. The 2 RU 10/100 Ethernet card cage can hold up to 16 cards with redundant power included.

The receive unit is a 1 RU, 19” rack mountable or standalone unit that provides 1 channel of RGB HV, 1 stereo audio pair (Line Level) and 2 ports of switched 10/100 Ethernet.

This system was designed for the purpose of transmitting high resolution video and stereo audio to an LCD projector and audio amplifier. Ethernet is used for the remote monitoring and control of the projector over IP. The additional Ethernet port is also used to extend the AVD system control through a touch panel similar to Crestron and AMX screens.

Typical applications include: Corporate boardrooms, Digital signage, Hotels, Convention Centers.


For complete specifications, see PDF.



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