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LOSTCIRCUITS

SHORTCUTS:
A matter of 8 cores
Dual Independent Buses
FBDIMMs or back to the MTH
FBDIMMs, Take 2
The S5000XVN
Test Configuration
Memory Bandwidth
Latencies
Intercore and cache communication
DVD Shrink, & Mainconcept H.264
Futuremarks
Cinebench, POV Ray
TrueSpace and Render Power
Power Consumption
Final Thoughts

Give Us Some Feedback on this Review

 Intel's V8-Demo System
"Octopussy"
(Review by MS, May 31, 2007)

Test Configuration

Our test configuration had Intel’s S5000XVN as its backbone, along with two Xeon X5365 quad core CPUs, each sporting the shared 4 MB L2 cache per die for a total of 8 MB. The S5000 series is built around Intel’s 5000P MCH with either the 631xESB or the 632xESB SouthBridge with the latter featuring dual Gigabit Ethernet controllers, Intel I/O Acceleration Technology and SERDES in addition to the feature set supported by the 6311ESB I/O controller hub. In the case of the S5000XVN, the 632xESB ICH is on duty, further supplemented by the LSI Logic LSISAS1064E ARM-based Serially Attached SCSI controller supporting four SAS connectors on top of the two SATA connectors (out of six total supported by the 632xESB controller hub).

The physical dimensions of the S5000XVN are in the order of a medium-sized pizza, most ATX cases will not be able to accommodate the board, even if they are full towers. The size of the board is somewhat deceiving in that it is wider than high, which creates a false illusion of being smaller than it actually is. Removal of the lower drive bays will help in some cases, as long as there are enough upper bays to house the drives wanted. The point is that most cases will not work but there are enough ATX cases that can hold the board, it is just a matter of measuring.

       

Power requirements

We originally started out with an 850W CoolerMaster “Real Power Pro” PSU, which has more than enough power to drive this behemoth even including a set of high-end graphics cards. For CPU power consumption measurements, we swapped out the CoolerMaster PSU for a modified OCZ GXS700, which had no problems either with the system configuration at hand.


(BX80557E6300)

next page: => Test Configuration and Benchmark Overview =>

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