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havli

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Posts posted by havli

  1. Thank you for the help - here it is:

     

    GPUPI 2.1.2 Legacy - CUDA (1M)

    gtx285_1m_error5eu53.png

     

    LOG START at 2015-07-10  01:07:04 ----------------------
    Starting run to calculate 1000000 digits with 1 batches
    Batch Size: 1M
    Maximum Reduction Size: 64
    Message box: Press OK to start the calculation. (Start)
    Result digits: 000000000
    Result time: 0.191000
    Device statistics for NVIDIA GeForce GTX 285:
    Calculated Batches: 4 of 4 (100.000000%)
    Kernel time: 0.176000 seconds
    Reduction time: 0.012000 seconds
    Message box: Invalid result! (Error)
    

     

    GPUPI 1.4 CUDA (1M)

    gtx285_1m_okq4uqd.png

     

    Also I've noticed the 1.4 has 384 / 448 threads and 2.1.2 has 512 / 512. Perhaps this could be part of the problem?

  2. I'm having trouble to run legacy CUDA version of GPUPI 2.1.2 on my GTX 285. The old (discontinued) GPUPI 1.4 works just fine... but the 2.1.2 is giving me "invalid result" error all the time. I can't get even a 32M score (the whole calculation process runs fine but the result seems to be invalid).

    And the 1B run aborts just after 2nd batch:

     

    gtx285_error2uuz4.png

     

    Log:

    LOG START at 2015-07-08  16:31:13 ----------------------
    Starting run to calculate 1000000000 digits with 250 batches
    Batch Size: 4M
    Maximum Reduction Size: 64
    Message box: Press OK to start the calculation. (Start)
    Error while calculating series term!
    Result digits: 000000000
    Result time: 41.874000
    Device statistics for NVIDIA GeForce GTX 285:
    Calculated Batches: 125 of 1000 (12.500000%)
    Kernel time: 41.701000 seconds
    Reduction time: 0.147000 seconds
    Message box: Invalid result! (Error)
    

  3. I can't get my GTX 285 working. No matter the GPUPI settings, I always get "invalid result" error. I've tried latest 341.44 and older 320.18 drivers... makes no difference.

     

    CUDA is not supported on this GPU it seems.

     

    Testing platform is: Xeon W3565, GA-EX58-UD3R, win7 x64

     

    Any idea how to get this thing working?

  4. PCX 5900 isn't really that rare. PCX 5950 on the other hand... :D

     

    Mr.Scott:

    Thank you. Collecting hardware and overclocking is my hobby. Over the years I've managed to get many interesting things. Unfortunatelly I don't have much time to bench it lately. Most of the stuff is on my website http://hw-museum.cz/ One day I hope most of it will be propertly benchmarked and submitted here on hwbot. :)

  5. All these hall of fame threads are perfect, really good motivation to rebench the retro stuff and try to get the best score possible. :)

     

    Btw - socket 940 thread would be nice as well (since we have the socket 603/604), there are plenty of Opteron submissions.

     

    edit: one more suggestion - what is your opinion on the Cinebench R11.5? It is quite popular, reliable, multithread/multi CPU capable and all SSE2-equiped CPUs can run it. Maybe it would be good to have it in appropriate sections (socket 423, 478, 479, 603/604, 754, 939 ,940, mobile).

  6. Yeah, GPU and CPU should be of a similar age.

    Couple of my thoughts...

     

    Classic 3D:

    1. 3DMark 99 + Voodoo2/Banshee/Riva TNT/Savage 3D/etc. + Pentium 2/K6-2

    2. 3DMark 2000/2001SE + Voodoo5/GeForce 256/Radeon 7200/Rage Fury MAXX + Pentium 3 / Athlon (SDRAM)

    3. 3DMark 01/Aquamark + GeForce 3/Ti/Radeon 8500 + Pentium 4 Willamette / AXP Palomino

    4. 3DMark 03/Aquamark + GeForce4 Ti /FX/Radeon 9xxx + Pentium 4 Northwood / Gallatin / Prescott / Athlon64 single-core

     

    CPU limited 3D:

    1. 3DMark99 + Pentium MMX / Pentium Pro / K6 / Cyrix 6x86 + any VGA

    2. 3DMark99 + Celeron A / K6-2 / K6-III + Any VGA

    3. 3DMark 01 + P3 / P4 Willamette / Athlon + any VGA

    4. 3DMark 05 + Socket 754

     

    2D:

    1. 486 SuperPI 1M :D

    2. Socket7 up to K6-2 (no on-die L2 cache) SuperPI 32M :D

    3. Dual PIII / Dual AXP + Cinebench 2003

    4. P4 Willamette S423 PIFast

    5. Pentium 4 RDRAM + MaxxMem Read Bandwidth

    6. VIA KT133 + MaxxMem Read Bandwidth

    7. EDO RAM + MaxxMem Read Bandwidth

    8. Netburst CPU-Z frequency - % overclock

    9. Socket 5/7 Pentium P54 (SMP allowed) - Wprime 32M

     

     

    Some of these could be LCC, to show the maximum effectivity (in both 2D and 3D).

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