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CCPMC Based Four-Port Node Card

Supplier : Apollo Computing Laboratories (P) Ltd.

Key Features of CCPMC Based Four-Port Node Card
  • Up to Four independently configurable buses. Each Bus provides simultaneously dual redundant BC/RT/MT or BC, RT & MT nodes [based on options chosen] conforming to MIL-STD-1553B Notice-2.on one system free CCPMC site
  • Supports all 1553B message formats and mode-codes
  • On board time-tag counter
  • RT Sub-address circular buffers to support bulk data transfers
  • Optional separation of RT broadcast data
  • Each channel supports double buffered dual ported 7.5K x 16 bit memory for preparation and transfer
  • Programmable RT address
  • High performance
  • Two on-board timers
  • Typical Inter-message gap of 10 micro seconds. Optionally 4.20 micro sec
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Product Profile of CCPMC Based Four-Port Node Card
Apollo Computing Laboratories [P] Ltd supplies CCPMC Based Four-Port Node Card. Apollo Computing Laboratories [P] Ltd offers different types of add-on card and accessories. CCPMC Based Four-Port Node Card is suitable for defense and aerospace sectors. CCPMC Based Four-Port Node Card comes with Bus Libraries, powerful C-callable library routines to access the bus at various levels of abstraction, hardware complexities being transparent to the user. Optionally the module is supported by a user friendly, menu driven, configurable software package under Windows-NT environment, with higher level functions like data formatting, logging, display etc.

Key Features of CCPMC Based Four-Port Node Card
  • Up to Four independently configurable buses. Each Bus provides simultaneously dual redundant BC/RT/MT or BC, RT & MT nodes [based on options chosen] conforming to MIL-STD-1553B Notice-2.on one system free CCPMC site
  • Supports all 1553B message formats and mode-codes
  • On board time-tag counter
  • RT Sub-address circular buffers to support bulk data transfers
  • Optional separation of RT broadcast data
  • Each channel supports double buffered dual ported 7.5K x 16 bit memory for preparation and transfer
  • Programmable RT address
  • High performance
  • Two on-board timers
  • Typical Inter-message gap of 10 micro seconds. Optionally 4.20 micro sec
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