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VMPC6d
PowerPC 7410 (G4) SBC Single or Dual Processor with AltiVec Technology
 Download the Data Sheet (0.6 MB - pdf file)
The VMPC6d single-board computer (SBC) features the high-speed combination of a 450 MHz PowerPC 7410 (G4) processor with the Avignon host bridge. The board delivers unprecedented computing power and enables real-time processing of the most demanding data streams. The VMPC6d is intended for high-performance data and signal processing applications, including sonar, radar, medical imaging and machine vision systems, especially in harsh or demanding environments.
The VMPC6d SBC provides 33% more memory bandwidth, due to the speed of the memory running 8-byte burst transfers at 133 MHz, and lower power dissipation, all at a very competitive price. This outstanding processor/memory throughput provides the ability to fully exploit the maximum computing capabilities of the G4/AltiVec. The VMPC6d is also completely compatible with the earlier VMPC6 boards, providing a user-friendly migration pathway.
The features of the VMPC6d include:
· Single or dual 450 MHz Motorola PowerPC 7410 (G4/AltiVec) chips with AltiVec vector processing unit
· 855 MIPS @ 466 MHz per processor
· One 64 KB L1 cache and one 2 MB L2 cache per processor
· Up to 512 MB of SDRAM
· Managed by the ALMA 64/IBM PCI-to-VME bridge
· Enhanced by Avignon ASIC, a crossbar companion host bridge running at 133 MHz
· 10/100BASE-T Ethernet connectivity
· Support for VxWorks, LynxOS and Linux
· Available in all ruggedization levels
· Supplied with Thales Computers’ PowerLine4 toolkit for platform management
| CPU |
| Processor |
One or two PowerPC 7410 (G4/AltiVec) |
| MIPS |
855 @ 466 MHz per processor |
| MEMORY |
| Global Memory |
128, 256, 512 MB onboard |
| ECC |
Standard |
| L2 Cache Memory |
2 MB per processor (on processor-dedicated bus) |
| Flash Memory |
512 KB + 1 MB System Flash Memory
Up to 32 MB User Flash |
| VME INTERFACE |
| . ALMA2e V64 VME/PCI bridge with semaphore registers |
| . A32/A24/A16 master/slave |
| • D64:MBLT/D32:BLT/D16/D08 master/slave |
| . 5-row connectors compatible with 3-row backplanes |
| PCI INTERFACE |
| • PCI fully compliant (32/64-bit) |
| • 1 PMC slot (up to 3 with carrier card) |
| • 33 or 66 MHz selectable PCI frequency |
| • DMA engine: DRAM <-> PCI |
| INTERNAL PCI INTERFACE |
| Onboard I/O devices |
| • PCI Revision 2 compliant |
| • Fully dual ported with user PCI |
| SCSI INTERFACE |
| • Wide Ultra SCSI (RA and RC build levels support Fast Wide) |
| ETHERNET INTERFACE |
| • Onboard 10/100 Mb/s Ethernet interface managed by the INTEL 21143 chip |
| • 10/100BASE-T connectivity |
| • 10BASE-T on all build levels |
| • ANSI 802.3 compliant |
| MISCELLANEOUS |
| • 2 asynchronous EIA-232 serial ports |
| • Keyboard/Mouse Interface |
| MAXIMUM POWER REQUIREMENTS |
| +5V (+5%, -2.5%) |
Single |
Dual |
| 6.1A |
8.3A |
| ENVIRONMENTAL SPECIFICATIONS |
| Temperature range |
SA |
WA |
RA |
RC |
| - Operating |
0° to +55°C |
-20° to +65°C |
-40° to +75°C |
-40° to +85°C |
| - Storage |
-45° to +85°C |
-45° to +85°C |
-45° to +100°C |
-45° to +100°C |
| - Conformal Coating |
Optional |
Standard |
Standard |
Standard |
| - Relative Humidity |
90% noncondensing |
95% 10 cycles 240 hours |
95% 10 cycles 240 hours |
95% 10 cycles 240 hours |
| Mechanical |
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| - Vibration Sine |
5-200 Hz - 2g Peak |
5-200 Hz - 2g Peak |
5-2,000 Hz - 2.5g Peak |
5-2,000 Hz - 5g Peak |
| - Vibration |
0.01 g²/Hz 10-40 Hz |
0.01 g²/Hz 10-40 Hz |
0.04 g²/Hz |
0.1 g²/Hz |
| - Random |
0.0007 g²/Hz 100-200 Hz - 0.00005 g²/Hz 2,000 Hz |
with a flat response to 1,000 Hz 6 dB/Oct roll-off from 1 KHz - 2 KHz |
| - Shock |
10g Peak 16 ms Half Sine Pulse |
40g Peak 20 ms Half Sine Pulse |
| - Bumps |
N/A |
40g Peak 6 ms Half Sine Pulse 3 bumps/sec and 1,000 bumps/direction |
| - Altitude |
-1,000 to 15,000 ft |
-1,000 to 33,000 ft |
-1,000 to 33,000 ft |
-1,000 to 50,000 ft |
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