Multi-Threaded Integer Performance

Next we run the same workload in several active instances to see how well the different CPUs scale. The Xeon E5 and Xeon D should finally be able to show off their higher core counts. 

LZMA Performance: Compression

The Xeon D scales well: performance is multiplied by 8. It is interesting to note that it delivers 82% of the raw integer processing power of the low power Xeon E5, which has 50% more cores and a 44% higher TDP (65W). 

We did not test the Xeon E3-1265L v3 (45 W), but the 3.1 GHz chip will end up between the E3-1265L v2 and E3-1240 v3 (3.4 GHz), it will probably score something like 19000. The Xeon D delivers thus no less than 50% more raw processing power at the same TDP, while integrating more functionality. This should further drive down the total power a server uses. This really shows what an excellent improvement the Xeon D is if you can use the 16 threads. 

LZMA Performance: Decompression

The decompression benchmark tell us the same story as the compression test: the Xeon D delivers.  

Single-Threaded Integer Performance Linux Kernel Compile
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  • Krysto - Tuesday, June 23, 2015 - link

    Betteridge law.
  • Metaluna - Tuesday, June 23, 2015 - link

    ...fails in this case. Did you read the review?
  • CajunArson - Tuesday, June 23, 2015 - link

    While desktop Broadwell isn't all that great, these server parts really show off Intel's accomplishments in improving power efficiency and performance-per-watt with 14nm.

    ARM has a huge hill to climb to really compete with these parts, and we've already seen AMD effectively skip its first iteration of an ARM product because they probably got wind of the Xeon D and decided they would have to do both a die-shrink and completely customized ARM core just to keep up.
  • The_Assimilator - Tuesday, June 23, 2015 - link

    I very much doubt whether we'll ever see another server CPU from AMD, regardless of ARM cores or not. If they even manage to get Zen out the door, *and* it's not another massive flop, I will be impressed.
  • Refuge - Tuesday, June 23, 2015 - link

    I root for them everyday, but lets not give them too big of a hill to climb with a broken leg now. lol
  • extide - Tuesday, June 23, 2015 - link

    Take it easy man, AMD is not going down the drain any time soon, and we WILL see some future server oriented parts come from them. But how fast will they be? That's the question and we wont know for a while...
  • Kjella - Tuesday, June 23, 2015 - link

    Really? Last quarter they had a $187 million total comprehensive loss on $1030 million in revenue, even if you exclude the restructuring cost they lost $100 million for a -10% deficit. The stockholder's equity is almost gone with $17 million left, after that getting funding or a credit limit will become much harder.

    And Q2 is probably going to be another bloody quarter with no major CPU or GPU launches and firesales of old Win8 stock in preparation for Win10. The console ramp-up is usually in Q3 in preparation for Christmas, not before the summer. Last quarter's loss they took almost entirely from their cash reserves, they're now in the lower end of what they need to operate, if they lose this quarter too they must cut where it hurts bad.
  • Guspaz - Tuesday, June 23, 2015 - link

    When we needed a low-power and low-cost server solution, we went with a desktop i3, because for some reason Intel supports ECC RAM on the i3 and lower, but not in the i5 and higher.
  • julianb - Tuesday, June 23, 2015 - link

    Very interested in this SOC.

    If possible could we see how the Xeon D deal with Cinebench Multithreaded test?
    I am into 3D CPU rendering and would like to know how does the Xeon D-1540 compare to say i7-3930K or i7-4790K.
    I realize the purpose of Xeon D-1540's existence is different but still...
    Thank you.
  • MrSpadge - Saturday, June 27, 2015 - link

    An eco-tuned 5820K seem better. I don't suppose you're going to render 24/7 all the time, so the electricity savings from the 14 nm Broadwell will have a hard time making up for the massive difference in initial cost.

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