+​91-40- 27141522 or 27141533

Apollo Computing Laboratories (P) Ltd

 ​mktg@apollocomputing.com

PCIExpress(PCIe) 
APOORVA PCIe Based BCRTMT 4 Node Card

PCIe bus based Apoorva Multi Node MIL-STD-1553B add-on card which can be hosted on any PC (Pentium/i3/i5/i7) PCIe bus interface providing up to Four independently configurable buses. Each Bus provides simultaneously dual redundant BC/RT/MT or BC, RT & MT (based on ACL’s APOORVA-1553B Core)nodes conforming to MIL-STD-1553B Notice-2.

t​he design supports a single PC hosting multiple modules -limitations being: available system free slots and computational power of PC host. Thus, the APOORVA-PCI-FOUR-BCRTMT-1553B is an excellent choice for dynamic real-time avionics simulations. The on-board double buffered dual port memory facilitates parallel message preparation & transfers, increasing the effective throughput.

The APOORVA-1553B Based BCRTMT 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. Higher level functions like data formatting, logging, display etc. The performance of APOORVA-1553B Based BCRTMT is far superior to solutions offered by others around the globe.Apoorva provides a unique facility to the user to enable or disable the messages in the Frame.

Technical Specifications

  • →
    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 MILSTD-1553B Notice-2.on PC free PCIe lane x1 slot.
  • →
    Supports full MIL-STD-1553B Notice-2.
  • →
    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 7.5 K 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 seconds.
  • ⇾
    Scalable architecture supporting intra system expandability.
  • ⇾
    Supports multiple bus simulation on single PC.
  • ⇾
    Ideal for real-time avionics simulation.
  • ⇾
    Built in test S/W for diagnostics.
  • ⇾
    Bus Libraries: Powerful C-callable routines to support BC, RT & MT functions.
  • ⇾
    Unprecedented Flexibility: Minor Frame Time Programmable in steps of 1.0 milli seconds accurately along with Minor frame messages loadable in hardware itself to provide accurate real-time performance.
  • ⇾
    Parmon: Parametric Monitoring Software, a user friendly Menu driven Software is available.
  • ⇾
    Powerful message debugging facility.
  • ⇾
    Supported drivers for Windows 2000, Windows XP, Windows 7 and Linux.
  • ⇾
    Optional : Real Time OS Libraries.
As BC 7.5 K words
As RT 7.5 K words
As MT 16 K words
Circular Buffer 15 K words

Memory

With the APOORVA-1553B Based BCRTMT cards, the following Errors can be injected to verify the LRUs and other systems functioning:

Manchester errors Bi-phase errors
Bit length errors Sync errors
Word count errors Gap time introduction etc.

Bus Libraries

The APOORVA-1553B Based BCMRTMT PCIe bus based add-on card comes
 with C-callable library functions/routines to utilize the resources of the card.

Ordering Information

PCI Express(PCIe)  APOORVA PCIe Based MRTBCMT 4 Node Card

PCIe bus based Apoorva Multi Node MIL-STD-1553B add-on card which can be hosted on any PC (Pentium/i3/i5/i7) PCIe bus interface providing simultaneously Four buses each with dual redundant 31RTs, BC & MT (based on ACL’s Apoorva-1553B Core) nodes conforming to MIL-STD-1553B Notice-2. The design supports a single PC hosting multiple modules - limitations being: available system free slots and computational power of PC host

Thus, the APOORVA-1553B Based MRTBCMT is an excellent choice for dynamic real-time avionics simulations. The on-board double buffered dual port memory facilitates parallel message preparation & transfers, increasing the effective throughput.

The APOORVA-1553B Based MRTBCMT 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. Higher level functions like data formatting, logging, display etc. The performance of APOORVA-1553B Based MRTBCMT is far superior to solutions offered by others around the globe.Apoorva provides a unique facility to the user to enable or disable the messages in the Frame.

Technical Specifications

  • →
    Provides simultaneously up to Four buses each with dual redundant 31RTs, BC & MT (based on ACL’s APOORVA-1553B Core) conforming to MIL-STD-1553B Notice-2 on any PC free PCIe slot.
  • →
    Supports full MIL-STD-1553B Notice-2.
  • →
    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 7.5 K X 16 bit memory for preparation and transfer.
  • ⇾
    Programmable RT address.
  • ⇾
    High performance.
  • ⇾
    Two on-board timers.
  • ⇾
    Scalable architecture supporting intra system expandability.
  • ⇾
    Supports multiple bus simulation on single PC.
  • ⇾
    Ideal for real-time avionics simulation.
  • ⇾
    Built in test S/W for diagnostics.
  • ⇾
    Bus Libraries: Powerful C-callable routines to support BC, RT & MT functions.
  • ⇾
    Parmon: Parametric Monitoring Software, a user friendly Menu driven Software is available.
  • ⇾
    Powerful message debugging facility.
  • ⇾
    Unprecedented Flexibility: Minor Frame Time Programmable in steps of 1.0 milli seconds accurately along with Minor frame messages loadable in hardware itself to provide accurate real-time performance.
  • ⇾
    Supported drivers for Windows 2000, Windows XP, Windows 7 and Linux.
  • ⇾
    Optional : Real Time OS Libraries.

MEMORY

As BC 7.5 K words
As RT 7.5 K words
As MT 16 K words
Circular Buffer 15 K words

With the APOORVA-1553B Based MRTBCMT cards, the following Errors can be injected to verify the LRUs and other systems functioning:

Manchester errors Bi-phase errors
Bit length errors Sync errors
Word count errors Gap time introduction etc.

Bus Libraries

The APOORVA-1553B Based MRTBCMT PCIe bus based add-on card comes with C-callable library functions/routines to utilise the resources of the card

Ordering Information