Quad Core Intel Xeon 53xx Clovertown
by Johan De Gelas on December 27, 2006 5:00 AM EST- Posted in
- IT Computing
Server CPUs Overview
As the CPU is still one of the most important cost factors in a server, we want to give an overview of the currently available server CPUs. We'll start with the Intel processors.
The Opteron CPU comes in two forms: one for DDR and one for DDR2. The DDR2 version uses four digit model numbers and the DDR version uses three digits. You can find an overview of the older 940-pin versions with DDR in our review of the Xeon MP.
There are a few things that you should notice. First of all, the current dual core Opterons that are capable of quad socket operation (8xxx) are very expensive. It will be interesting to see whether or not the Xeon "Clovertown" E5345 can attack the best Opterons as Intel's latest CPU is very aggressively priced. Eight 2.33GHz Xeon cores cost about $1700, whereas eight Opteron cores at 2.4GHz cost no less than $4500. Something else to consider is that right now there are few Xeon 53xx based systems. At the time of this writing, we could only find one HP server with the new Xeon quad core: the HP ProLiant BL20p G4 server, which is a blade server. So apart from the blade server market, the Xeon 53xx is not an immediate threat to the quad socket Opteron systems. However, AMD might have to adapt its prices quickly as Clovertown starts to pop up in rack servers, so we think it is very interesting to compare the quad socket dual core Opterons to the dual socket quad core Xeons. Also note that there is a Xeon E5355 CPU which runs at 2.66GHz, but has a 120W TDP. This CPU will probably find a home in some fast workstations and servers where performance matters the most.
As the CPU is still one of the most important cost factors in a server, we want to give an overview of the currently available server CPUs. We'll start with the Intel processors.
| Intel Server CPU Overview | |||||||||
| Intel CPU | Clock | Codename | L2 | L3 | FSB | Mem bandwidth | TDP | In test? | Price |
| Xeon MP 7140M | 3.4 GHz | Tulsa | 2x 1MB | 16 MB | 200 MHz Quad | 6.4 GB/s | 150 W | no | $1980 |
| Xeon MP 7130M | 3.2 GHz | Tulsa | 2x 1MB | 8 MB | 200 MHz Quad | 6.4 GB/s | 150 W | yes | $1391 |
| Xeon MP 7120M | 3 GHz | Tulsa | 2x 1MB | 4 MB | 200 MHz Quad | 6.4 GB/s | 95 W | no | $1117 |
| . | |||||||||
| Xeon MP 7041 | 3 GHz | Paxville | 2x 2MB | - | 200 MHz Quad | 6.4 GB/s | 165 W | no | $3157 |
| Xeon MP 7030 | 2.8 GHz | Paxville | 2 x 1MB | - | 200 MHz Quad | 6.4 GB/s | 165 W | no | $1980 |
| . | |||||||||
| Xeon E5355 | 2.66 GHz | Clovertown | 2x 4 MB | - | 333 MHz Quad | 21 GB/s | 120 W | No | $1172 |
| Xeon E5345 | 2.33 GHz | Clovertown | 2x 4 MB | - | 333 MHz Quad | 21 GB/s | 80 W | Yes | $851 |
| Xeon E5320 | 1.86 GHz | Clovertown | 2x 4 MB | - | 266 MHz Quad | 17 GB/s | 80 W | No | $690 |
| Xeon E5310 | 1.6 GHz | Clovertown | 2x 4 MB | - | 266 MHz Quad | 17 GB/s | 80 W | No | $455 |
| . | |||||||||
| Xeon DP 5160 | 3 GHz | Woodcrest | 4 MB | - | 333 MHz Quad | 21 GB/s | 80 W | Yes | $851 |
| Xeon DP 5150 | 2.66 GHz | Woodcrest | 4 MB | - | 333 MHz Quad | 21 GB/s | 65 W | No | $690 |
| Xeon DP 5148 | 2.33 GHz | Woodcrest | 4 MB | - | 333 MHz Quad | 21 GB/s | 40 W | No | $519 |
| Xeon DP 5140 | 2.33 GHz | Woodcrest | 4 MB | - | 333 MHz Quad | 21 GB/s | 65 W | No | $455 |
| Xeon DP 5130 | 2 GHz | Woodcrest | 4 MB | - | 333 MHz Quad | 21 GB/s | 65 W | No | $316 |
| Xeon DP 5120 | 1.86 GHz | Woodcrest | 4 MB | - | 266 MHz Quad | 17 GB/s | 65 W | No | $256 |
| . | |||||||||
| Xeon DP 5080 | 3.73 GHz | Dempsey | 2x 2MB | - | 266 MHz Quad | 8.5 GB/s | 130 W | Yes | $851 |
| Xeon DP 5063 | 3.2 GHz | Dempsey | 2x 2MB | - | 266 MHz Quad | 8.5 GB/s | 95 W | No | $369 |
| Xeon DP 5060 | 3.2 GHz | Dempsey | 2x 2MB | - | 266 MHz Quad | 8.5 GB/s | 130 W | No | $316 |
| . | |||||||||
| 3.60 GHz | 3.6 GHz | Irwindale | 2 MB | - | 200 MHz Quad | 6.4 GB/s | 130 W | No | n/a |
The Opteron CPU comes in two forms: one for DDR and one for DDR2. The DDR2 version uses four digit model numbers and the DDR version uses three digits. You can find an overview of the older 940-pin versions with DDR in our review of the Xeon MP.
| AMD Server CPU Overview | |||||||||
| AMD CPU | Clock | Codename | L2 | L3 | HT | Mem bandwidth | TDP | In test? | Price |
| Opteron 8220 SE | 2.8 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 119 W | No | $2149 |
| Opteron 8218 | 2.6 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 95 W | No | $1514 |
| Opteron 8216 | 2.4 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 95 W | No | $1165 |
| Opteron 8214 | 2.2 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 95 W | No | $873 |
| Opteron 8216 HE | 2.4 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 68 W | No | $1340 |
| . | |||||||||
| Opteron 2220 SE | 2.8 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 95 W | No | $786 |
| Opteron 2216 | 2.6 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 95 W | No | $611 |
| Opteron 2214 | 2.4 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 95 W | No | $450 |
| Opteron 2214 | 2.2 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 95 W | No | $377 |
| Opteron 2216HE | 2.4 GHz | Santa Rosa | 2x 1 MB | - | 1000 MHz DDR | 10.6 GB/s | 68 W | No | $531 |
There are a few things that you should notice. First of all, the current dual core Opterons that are capable of quad socket operation (8xxx) are very expensive. It will be interesting to see whether or not the Xeon "Clovertown" E5345 can attack the best Opterons as Intel's latest CPU is very aggressively priced. Eight 2.33GHz Xeon cores cost about $1700, whereas eight Opteron cores at 2.4GHz cost no less than $4500. Something else to consider is that right now there are few Xeon 53xx based systems. At the time of this writing, we could only find one HP server with the new Xeon quad core: the HP ProLiant BL20p G4 server, which is a blade server. So apart from the blade server market, the Xeon 53xx is not an immediate threat to the quad socket Opteron systems. However, AMD might have to adapt its prices quickly as Clovertown starts to pop up in rack servers, so we think it is very interesting to compare the quad socket dual core Opterons to the dual socket quad core Xeons. Also note that there is a Xeon E5355 CPU which runs at 2.66GHz, but has a 120W TDP. This CPU will probably find a home in some fast workstations and servers where performance matters the most.
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Antinomy - Wednesday, March 7, 2007 - link
A great review, very interesting.But there are a few things to mention. A mistake in results of Cinebench test. In the overall table the uni Clovertown system got 1272 points, but in the next (per core performance) - 1169. The result was swapped with the one of Xeon 7130. And a comment about the scalability extrapolation. The result of scalability 2.33 Clover vs 3.0 Dual Woodcrest can be hardly compared due to different organization of the systems. These MoBo have two independent FSB so this means, that the two Woodcrests will be provided with twice more peak memory bandwith. This can't make no influence on the result. Also the 4 channel memory mode provides a 5% increase versus 2 channel in real bandwith, so we can't say that theese applications do not suffer from lack of memory bandwith.
It would be interesting to provide a test of uni Woodcrest system and a test of system based on Woodcrest (both uni and dual) at the same frequency as Clovertown has. And a Kentsfield\Conroe systems (despite they aren't server ones) would be nice to look at because of their more efficient usage of memory bandwith and FSB.
afuruhed - Thursday, December 28, 2006 - link
We are getting more Clovertowns. There is a chart at http://www.pantor.com/software.html">pantor.com that indicates that some applications benefit a lot. http://en.wikipedia.org/wiki/FIX_protocol">The FIX protocol is a technical specification for electronic communication of trade-related messages (financial markets).henriks - Thursday, December 28, 2006 - link
Agree with other responses - good article!Some comments on the jbb results page:
You state that JRockit is (only) available for x86-64 and Itanium. x86 and Sparc should be added to this list.
The JRockit configuration you're using enables a single-spaced GC. In that configuration, performance is tied to heap size (larger heap means fewer GC events). Increasing the heap size to 3 GB - as for the Sun benchmark results - would increase performance slightly but in particular give much better scalability when you increase the number of warehouses to large numbers.
It looks like you have not enabled large pages in the OS. Doing this would give a large performance boost and help scalability regardless of chip or JVM vendor.
Astute readers may note that your results are lower than the published results on www.spec.org. Apart from OS and possibly BIOS tuning, the reason is that the most recent results are using a newer JRockit version (not yet available for public download). This new version improves performance on this benchmark by 20-30% on x86 chips - Intel *and* AMD - with the largest positive effect on high-bin chips from the respective vendors. The effect on other Java applications vary from zero to a lot.
Cheers!
Henrik, JRockit team
dropadrop - Wednesday, December 27, 2006 - link
Considering how much we just payed for some DL585's compared to DL380's I think the performance is pretty impressive. There is still something the DL380's (and most other two socket servers) can't do, and that is hosting 64GB or more ram.I mainly take care of vmware servers, and there the amount of memory becomes a bottleneck long before the processors, atleast in most setups. I don't think I'd have alot of use for octal processors unless I got a minimum of 32GB of ram, probably 64.
rowcroft - Thursday, December 28, 2006 - link
I've run into the same challenge when planning for the quads. My take is that I'm getting dual quads for half the price of quad dual cores. With ESX 3's HA functionality I can group the host servers and get the 32GB of ram with double the cores and have host based redundancy for critical vm's.mino - Thursday, December 28, 2006 - link
there is another thing DL380 lacks: no drop-in analog to Barcelona on the horizon...Justin Case - Wednesday, December 27, 2006 - link
Finally a good article at AT, written by someone who knows what he's talking about. Meaningful benchmarks, meaningful comments, and conclusions that make sense. If only some Johanness could rub off on other AT writers...hans007 - Wednesday, December 27, 2006 - link
i think an alternative to say a dual dual core AMD though even as a server or workstation is say a quad core socket 775 cpu. I know the lower 3xxx series xeons are made for this (and are exactly the same as core 2 duo) soyou could do a comparison of 2 amd dual cores vs a single 775 quad with ECC ddr2 etc.
mino - Thursday, December 28, 2006 - link
Check QuadFX vs. Kentsfield reviews.With ECC both results will be a bit lower but the conparison remains.
A small hint: NO ONE tested QuadFX as DB server against Kenstfield....
Gues what: Quad FX is cheaper and would rules the roost on server-like tasks.
ltcommanderdata - Wednesday, December 27, 2006 - link
Well it's nice to finally see a review of the 5145, although I was hoping for more detailed power consumption numbers. The performance benchmarks were very detailed though which was great.Thought I would point out a few errors I noticed as I was flipping through. First on page 2, in the Cache2Cache Latency chart the 201 for the Xeon DP 5060 that is placed in the "Same die, same package" row should be in the "Different die, same package" row. Dempsey uses a dual die approach like Presler and Cloverton as opposed to a single die approach like Smithfield and Paxville DP. And in the last page in the conclusion, you mentioned Clarksboro having "four DIBs", which implies 8 FSBs. I believe that should read two DIBs or really a Quad Independent Bus (QIB) since I'm pretty sure it only has 4 FSBs. (On a side note, Intel slides showed those 4 FSBs clocked at 1066MHz which is really disappointing. Hopefully, now that Cloverton turns out to come in 1333MHz versions instead of only 1066MHz versions that was first announced, Tigerton (and therefore Clarksboro) which is based on Cloverton will also have 1333MHz versions.)