XPMC-6710 Power PC PMC Processor Module

by tony Losey — last modified 2007-03-29 10:20

Overview

Xembedded, Inc. offers the XPMC-6710 a PrPMC (Processor PCI Mezzanine Card) with a high performance PowerPC® 7448 processor which is the fastest PPC in its class. The XPMC-6710 offers advantages over other solutions due to its flexibility to update the CPU at ease while maintaining the rest of the subsystem I/O. The XPMC-6710 is well suited for applications requiring additional processing power! When used with our XVME-6520 7448 Power PC VME processor module or our XCPC-9100 CompactPCI dual PMC carrier board. The XPMC-6710 works well for applications such as communication, Defense/Aerospace, Industrial controls, DSP, etc.

The XPMC-6710 elite grade Compute engine gives OEMs blazing Compute density to do leading edge pervasive computing. The PPC7448 includes 128-bit AltiVec vector execution unit as found in previous PPC74xx devices, but with the enhanced support for out-of-order instructions.

The XPMC-6710 utilizes the XPIM-710 PMC I/O Module to convert the rear I/O signals to standard connectors. J1-A and J1-B of the PIM710 are the RJ-45 Gigabit Ethernet connectors, while J1-C and J1-D are RJ-45 connectors for the two RS-232 interfaces. The PIM710 is sold separately, Contact the factory for details.

Features

PPC7448 PowerPC in the range of 1.2GHz or 1.7 GHz
Single width PrPMC compliant Standard PMC Processor form factor
Tundra Semiconductor Tsi109 bridge
PCI-X @133Mhz
DDR2 Memory @ 400Mhz w/ECC
Battery Backed Real Time Clock
Two 10/100/1000 Gigabit Ethernet
Two RS-232 Serial Ports
VxWorks and Monta Vista ® Linux Support

Processors

Freescale PPC7448
e600 core 1.2GHz – 1.7 GHz
2.3 MIPS/MHz
L1: 32KB Instruction/Data
L2: 1MB with ECC
MPx bus @200MHz
Full data and I/O coherency

Bridge Chip

Tundra Semiconductor Tsi109

PCI Interface

PCI 2.3 and PCI-X 1.0 modes
PCI-X 64-bit @133MHz
PCI agent or PCI Host

Module I/O Subsystem

Dual 10/100/1000 Ethernet
Dual RS232
Four independent DMA/XOR channels
Real Time Clock Battery backed
Thermal sensor
JTAG

Memory

512MB or 1GBytes of DDR2 @400MHz w/ECC
64Mbytes of User Flash
Boot Flash
Two 256 bytes of I2C EEPROM

Face Panel Connectivity

Single 10/100/1000
LNK/Activity LED
Single RS232
User defined LED

Rear I/O (J4)

Dual 10/100/1000
Dual RS232
User defined I/O
LNK/Activity LED
I2C bus

Rear I/O Connectivity Per PMC Interface specification

XPIM710 (purchase separately)

- Two RJ-45 for the Gigabit Ethernet
- Two RJ-45 for the RS232
- LNK/Activity Led
- User defined switch

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Environmental
Single Width, CMC Format:
Width 2.91 in. (74 mm) Depth 5.86 in. (149 mm)
Thickness 0.8 in. (20.3 mm)
Power Requirements:
3.3 V signaling, 5 V tolerant, auto-VIO 64-bit PCI-X bus, 133 MHz maximum, 20W max at 1.75GHz, Minimum Battery Voltage: +2.2V
Operating Temperature:
0° to 55° C (Air flow requirement as measured with heatsink is to be greater than 200 LFM)
Vibration:
.05Gs RMS (20 - 2000 Hz) random, Operating 6Gs RMS per Hz spectrum
Shock:
30Gs each axis
Storage Temperature:
-25° to 80° C
Relative Humidity:
5 to 95 percent, non-condensing
MTBF:
MIL Spec 217-F@ 105,000 Hrs.

Compliance:
IEEE 1386.1 (CMC Standard), VITA 32 (PrPMC Standard)

Order Information

XPMC-6710-ABCDEG
   A = Processor
     1 = 1.2GHz MPC7448 PPC Processor
     2 = 1.7GHz MPC7448 PPC Processor
   B = Memory Size
     1 = 512MB with EEC
     2 = 1GB with ECC
   C = Boot Flash
     1 = 2Mbyte
     2 = 4Mbyte
     3 = 8Mbyte
   D = JTAG
     1 = No JTAG header
     2 = JTAG header installede
   E = Conformal Coating
     0 = No Coating
     1 = Humiseal 1A33 Polyurethane Conformal Coating
     2 = Humiseal 1B31 Acrylic Conformal Coating
   G = Extended Temperature
     Blank = Standard 0 to 55
     E = Extended Temperature -25 to 70

   XPIM-710 PIM Module to convert the rear I/O signals to standard connectors. (requires a PIM carrier board)

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Xembedded, Inc. 710 N. Maple Rd. Saline, MI 48176
Ph. 877.944.1942 Fax 734.944.1999 See us at www.xembedded.com DS_546710 rev. D