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The MAXVME-6400 is complemented by a wide range of IPACK modules available from MAX Technologies supporting Analog, Discrete, Serial ASYNC RS-232, RS-422/485, HDLC/SDLC, MIL-STD-1553, ARINC-429, ARINC-629 and more. Ordering Information
Additional configurations and accessories are available. Please contact us to inquire.
IndustryPACK (IPACK) Modules Specifications
OVERVIEW
The MAXVME-6400 is a reliable and flexible IndustryPACK (IPACK) Carrier Card supporting the VME64x specification. It supports up to four single-width IPACK modules or two double-width modules (or a combination of one double-width module with one or two single-width modules).
Two hundred lines of I/O are routed to the five-row DINP 2 connector and the seven-row 2 mm Hard Metric P0 connector. The VME interface supports both A24 and A16:D16:D8 short I/O access and A32:D16:D8 extended memory access.
The MAXVME-6400 unique design allows operation with 8 MHz or 32 MHz IPACK modules and provides very precise input and output clock signals for board-to-board timing synchronization. Also IRIG-B signal input (optional) may be used for IRIG-B Time Code reading and synchronization.
Using the MAXVME-6400, nearly all CPU products (VME64 or not) can benefit from full access to the IndustryPACK modules.
About IndustryPack (IPACK Modules)
IndustryPack is an open industry-standard format for mezzanine modules. System engineers can use the MAXVME-6400 board with available MAX Technologies standard IPACK Modules or third party IPACK products.
MAX Technologies IPACK Modules includes Digital, Analog, ASYNC and SYNC HDLC/SDLC serial I/O and a large selection of specialized avionics databus interfaces such as MIL-STD-1553, ARINC-429, ARINC-561, ARINC-629 and others.
  1. FEATURES
  2. ‣Four IndustryPACK (IPACK) sites supporting up to four single-width or two double-width IP modules, or a double-width module in combination with one or two single-width modules
  3. ‣8 MHz or 32 MHz IPACK Module clock
  4. ‣200 I/O lines via P2 and P0 connectors
  5. ‣ANSI/VITA 4-1995 IndustryPACK Logic Interface Specification
  6. ‣IPACK I/O mapping to P0/P2 compliant with ANSI/VITA 4.1-1996
  7. ‣VMEbus slave interface supporting the following operations: A32/A24/A16 D32/D16/D08(EO) / BLT32
  8. ‣User-configurable VME interrupts on IRQ1–IRQ7
  9. ‣On-board ID ROM and configuration/status registers
  10. ‣Full geographical addressing
  11. ‣Clock-In and Clock-Out signals for board-to-board timing synchronization
  12. ‣Optional IRIG-B input signal for timing synchronization
  13. ‣Front panel LEDs
Bus type
  1. •VME-64x
Number of IPACK modules supported
  1. •4 single or 2 double
Synchronization
  1. •SYNC IN/OUT: Synchronization between multiple boards
  2. •Optional IRIG-B signal input
IPACK Module bus clock
  1. •8/32 MHz  
Physical dimensions
  1. •VME 6U standard
  2. •9.187” x 6.3” (23.335 cm x 16.0 cm) without face plate
External connector type and location
  1. •200 I/O lines on rear connector
  2. •Optional SYNC IN/OUT BNC connectors on front panel
VMEbus operations and addressing
  1. •A32/A24/A16 D32/D16/D08(EO) / BLT32
  2. •Gegraphical Addressing
Environmental
  1. •Standard Operating Temperature: 0°C to 70°C
  2. •Storage Temperature: -55°C to 100°C
  3. •Relative Humidity: 5 to 95% (non condensing)
Reliability MTBF (MIL-HDBK-217 FN2, 30 °C)
  1. •713 380 hours
Maximum power consumption
  1. •5V : 400 mA
  2. •12V : < 1 mA
  3. •-12V : < 1 mA
    Note: Power consumption provided is for the carrier board only, it does not include installed IPACK module power consumption.
  Part Number
Description
VME64x 6U carrier. Holds up to four 8/32 Mhz single-width IPACK modules and IRIG-B signal input
MAX-SBC-400110
Same as MAXVME-6400 with IRIG-B signal input
MAX-AC-400100-B
Price
$ 795 $ 995 build your system from $ 795.00 Data Sheet pdf User’s Manual