HP ProLiant 3000 Highly Parallel System Architecture in Compaq Servers
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- HP ProLiant 3000 | Highly Parallel System Architecture in Compaq Servers - Page 1
Compaq Servers As business-critical applications place growing demands on system resources, increasing system bandwidth becomes a vital issue. After evaluating available system architectures, Compaq determined that a new system architecture would provide the higher levels of performance, processor - HP ProLiant 3000 | Highly Parallel System Architecture in Compaq Servers - Page 2
. THE ENTIRE RISK ARISING OUT OF THE USE OF THIS INFORMATION REMAINS WITH RECIPIENT. IN NO EVENT SHALL COMPAQ BE LIABLE FOR ANY DIRECT, CONSEQUENTIAL, INCIDENTAL, SPECIAL, PUNITIVE OR OTHER DAMAGES WHATSOEVER (INCLUDING WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION - HP ProLiant 3000 | Highly Parallel System Architecture in Compaq Servers - Page 3
benchmark summary ECG052/1198, Compaq ProLiant 3000 Continues to Provide Best Performance and Price:Performance in its Class at www.compaq.com. 800 MB/s Processor Bus (at 100 MHz) 800 MB/s Memory Bus Memory Controller CPU CPU Memory Controller 800 MB/s Memory Bus Memory Banks for up to 4 GB - HP ProLiant 3000 | Highly Parallel System Architecture in Compaq Servers - Page 4
, making incremental upgrades to suit specific needs. The Highly Parallel System Architecture is a standards-based design that permits the use of thirdparty memory. However, Compaq has not tested and does not support third-party memory in its servers. ADVANCED SYMMETRIC MULTIPROCESSING The Highly - HP ProLiant 3000 | Highly Parallel System Architecture in Compaq Servers - Page 5
II, Pentium III, Pentium II Xeon, or Pentium III Xeon processors to meet the widest possible range of customer needs. The processors share the processor bus, so instructions can be processed simultaneously. Configuration of the Highly Parallel System Architecture varies slightly between the Compaq
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T
ECHNOLOGY
B
RIEF
1
0166-0899-A
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August 1999
Compaq Computer
Corporation
Prepared by
ISSD Technology
Communications
C
ONTENTS
Introduction
....................
3
Architecture Overview
.....
3
I/O Subsystem
.................
4
Memory Architecture
.......
4
Advanced Symmetric
Multiprocessing
...............
4
Conclusion
......................
5
Highly Parallel System Architecture in
Compaq Servers
As business-critical applications place growing demands on system resources, increasing
system bandwidth becomes a vital issue. After evaluating available system architectures,
Compaq determined that a new system architecture would provide the higher levels of
performance, processor and I/O expandability, and bandwidth to satisfy the needs of
increasingly complex transaction, database, internet/intranet, and file/print applications.
The Highly Parallel System Architecture, introduced by Compaq in 1997, delivers the
greatest system bandwidth available today for such demanding applications.
This technology brief describes the Highly Parallel System Architecture.
Please direct comments regarding this communication to the ISSD Technology Communications Group at this Internet
address: