HP DL360 Fully-Buffered DIMM technology in HP ProLiant servers - Page 1
HP DL360 - ProLiant - G3 Manual
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Fully-Buffered DIMM technology in HP ProLiant servers technology brief Abstract...2 Introduction...2 Performance barriers for traditional DIMM 2 Fully-Buffered DIMM architecture ...4 Benefits...6 Simplified board design ...6 Higher memory capacity ...6 Higher performance...7 Improved reliability...7 Challenges ...8 Latency ...8 Power and thermal loads...8 Performance tuning, achieving maximum performance 9 Conclusion...9 For more information...10 Call to action ...10
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Fully-Buffered DIMM technology in HP ProLiant servers
technology brief
Abstract
..............................................................................................................................................
2
Introduction
.........................................................................................................................................
2
Performance barriers for traditional DIMM
..............................................................................................
2
Fully-Buffered DIMM architecture
...........................................................................................................
4
Benefits
...........................................................................................................................................
6
Simplified board design
................................................................................................................
6
Higher memory capacity
...............................................................................................................
6
Higher performance
......................................................................................................................
7
Improved reliability
.......................................................................................................................
7
Challenges
......................................................................................................................................
8
Latency
.......................................................................................................................................
8
Power and thermal loads
...............................................................................................................
8
Performance tuning, achieving maximum performance
.............................................................................
9
Conclusion
..........................................................................................................................................
9
For more information
..........................................................................................................................
10
Call to action
....................................................................................................................................
10