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ASY5192 – Low Profile Analog LCD Controller Board

asy5192

Touchstone’s ASY5192 is a high quality, low profile analog LCD controller. This uniquely engineered controller board is perfect for embedded display applications. The disk drive power connector makes it easy to integrate into PC based applications. The controller is capable of supporting resolutions up to SXGA (1280 x 1024) in portrait mode displays and WXGA (1336 x 768) in landscape mode displays.

Designed and manufactured in the United States, Touchstone Technology can customize this board to meet virtually any unique customer needs.

The Ideal Analog Controller Board for Embedded LCD Displays

The ASY5192 offers an extremely small form factor, supporting standard PC analog VGA input in a low-profile connector package. The board features a disk drive power connector for streamlined system integration, with custom firmware available for unique customer applications.

Features and Specifications:

  • 8-bit color with 10-bit gamma table.
  • Supports from VGA to SXGA portrait mode panels and up to WXGA panels for landscape mode.
  • Standard PC analog VGA input in a low profile connector.
  • Disk drive power connector for easy system integration.
  • Small form factor with reduced height design (3.5” x 4.5” x .475”).
  • Custom firmware available for unique display configurations.
  • Full VESA DEPM support.
  • An RoHS compliant monitor controller board.

Optional Accessories:

  • ASY5234 LVDS receiver board (allows support of TTL panels)
  • Full line of investors
  • ASY5201 Button Board
  • Cable kits for a variety of standard panels

Quality American-Made Monitor Controller Boards and Video Signal Processing Accessories

At Touchstone Technology, we design and manufacture our own controller boards and video signal processing equipment in-house to ensure superior performance and full compatibility with our customers’ unique requirements. We offer controller board options at virtually every price point without compromise in component quality or reliability.