Tyan K8SRE S2891
The
Tyan K8SRE is the latest server based Opteron board from a well-known motherboard manufacturer, Tyan. The K8SRE features Nvidia's nForce
TM Professional 2200 core logic solution. For more information on the nForce Professional chipset, check out Derek Wilson's
excellent coverage.
Overall, the Tyan board performed well in our tests. We did, however, have some compatibility issues with our Crucial memory on this board. Some minor BIOS tweaks managed to get us up and running, and stable. We'd recommend that you adhere to memory that is officially supported by Tyan to avoid any compatibility issues - our memory was not on the recommended list.
1Ghz HyperTransport Support
According to AMD, the 252 supports a 1GHz HyperTransport bus frequency. The Tyan board sets the HyperTransport bus frequency automatically to 800MHz, which is what we used for our tests. We did, however, manually forced the HyperTransport frequency to 1GHz using nVidia's nTune and there was no difference in performance in any of our tests.
Test Software Configuration
Windows 2003 was configured with /3GB and /PAE switches in the boot.ini to support the 8GB of memory used for our tests. SQL Server Enterprise was set to use AWE extensions and a maximum memory limit was set at 6144MB.
Test hardware configuration
Intel Xeon System
3.6 GHz Nocona 1MB L2
3.6 GHz Nocona 2MB L2
Intel SE7620AF2 Motherboard
8GB Crucial PC2-3200 DDR2 Memory
Windows 2003 Enterprise Server (32 Bit)
8 x 36GB 15,000RPM Ultra320 SCSI drives in RAID-0
LSI Logic 320-2 SCSI Raid Controller
AMD Configuration
Opteron 250
Opteron 252
Tyan K8SRE S2891 Motherboard
8GB Crucial DDR-3200 Memory
Windows 2003 Enterprise Server (32 Bit)
8 x 36GB 15,000RPM Ultra320 SCSI drives in RAID-0
LSI Logic 320-2 SCSI Raid Controller
Facebook
Twitter
RSS
97 Comments
View All Comments
Jason Clark - Monday, February 14, 2005 - link
An article we are contemplating is desktop parts in a SQL test, and web. Lots of folks in smaller orgranizations and even medium to some extent build their own boxes.Interesting?
Regs - Monday, February 14, 2005 - link
Thanks for Clarifying me #24. For some odd reason I'm thinking about the differences between the branch predicator of a A64 and Intel and I got in over my head.But you are right about the cache, spatial and temporal locality.
rivieracadman - Monday, February 14, 2005 - link
I would suspect that the raw speed of the Xeon coupled with the larger cash to reduce latency would make the Xeon perform well in any benchmark that was both threaded and delt with small data sets, such as reads, queries, and searches. On the other hand, the Opteron due to its lower memory access overhead, and shear bandwidth, would do better in areas with large data sets such as data transfers, data recovery, and large complex calculations. If this is correct, which you have pretty much confirmed, then I would suspect that the Opteron would do better in the web server tests as long as the pages served were larger then say 15K. Not that this is any magical number, but the Xeon would have to pull from memory more at this point.As for the HT bus. I wouldn't think you would use the entire 1Ghz bus on a database benchmark. You really need to perform some workstation benchmarks to fill the bus.
Since everyone else here is adding to the wish list. I would like to see a real world combined query, read, change, write benchmark. I think the Xeon does better when searching and reading because of its shear speed, but the Opteron would do better when a record is altered and resubmitted to a database. This is more of a real world example in my opinion, and since both are architectually diffrent, it would allow for both CPUs to show their true colors in what would be considered every tasks.
blckgrffn - Monday, February 14, 2005 - link
Having repetitive data is what having cache is all about, the long pipelined architecture of the P4 needs the large local cache to minimize time-expensive ram lookups to compensate for the time-expensive deep pipe operations that get tossed when mis-predicted. So, the 2meg cache could help the prescott in many places and is not limited only to SQL. I think that we can probably look at the the EE P4's and get a feeling for what the new prescotts will bring to the table, but we can hope that all of those additions that were made to the Prescott core are allowed to shine with more cache present.fitten - Monday, February 14, 2005 - link
#9, this was a server benchmark test. Servers are about stability and such. Anyone who overclocks a critical server (database, etc.) should be fired on the spot.They may do overclocking tests in the workstation review that was mentioned.
Ross Whitehead - Monday, February 14, 2005 - link
#20 - I agree the AMDs instructions/clock count is high, but we were surprised that the 25% increase in HT did not provide any measurable difference.Regs - Monday, February 14, 2005 - link
*Their IPC counts are higher*Need more coffee
Regs - Monday, February 14, 2005 - link
#11 - I doubt there will be a performance gain for games with just added cache. The problem with the prescott is it's low IPC core and leakage. Anyways, Apps on the desk top use a lot of repeatedly used data arrays with similar instruction sets. So why would the CPU core benefit a larger L2 cache for games when it's just going to be the similar type of code it just processed?#16 - AMD's are not bandwidth starved. Their high instructions per clock count are higher. So the pipeline is a lot shorter which means it does not run a risk of pipeline stalls if it was not fed enough data from the bus unlike the Intel.
Jason Clark - Monday, February 14, 2005 - link
mickyb,Quad 3.6 Xeon systems don't exist as far as I know, correct me if I'm wrong. Quad Xeon systems are still the 400MHz FSB Xeons that are clocked at most 3GHz.
mickyb - Monday, February 14, 2005 - link
The Intel XEON has always been competitive. You guys are thinking about gaming. I would like to see 4 way perforamnce and see a graph on benchmarks compared to number of CPUs. AMD has previously done well in this area.