Re: Model and CPU

From: Vladimir Zamkovoy (vlad_at_tampabay.rr.com)
Date: 08/28/03

  • Next message: Gary Schmidt: "Re: Access to AS/400 data" 
    Date: Thu, 28 Aug 2003 02:44:50 GMT

    "Peter Keller" <psilord@buzzard.cs.wisc.edu> wrote in message
    news:3f4c4ac4$0$423$80265adb@spool.cs.wisc.edu...
    > Gerry Thome <gthome1@new.rr.com> wrote:
    > > Last I checked "man uname" had the CPU list in it. Not all new machines
    > > have a unique machine IDs.
    > >
    > > Read the uname man page here:
    > >
    > >
    http://publib16.boulder.ibm.com/doc_link/en_US/a_doc_lib/cmds/aixcmds5/uname.htm
    > >
    >
    > Hmm... I had found that man page earlier, but it also seemed out of date
    > and I thought I was just not finding the right page. So I suppose my next
    > question is: Is there a list of CPU types associated with model? For
    > example, a pSeries 610 uses a 64-bit POWER3-II architecture, but a
    > pSeries 620 Model 6F0 has a 64-bit RS64 IV architecture.
    I think it will answer part of your question:

    This document applies to AIX Versions 4 and 5.

    While there is not a direct command to determine processor speed in AIX V4,
    the best place to start is with the uname command. Executing uname -m
    produces output of the following form:

              xxyyyyyymmss
    The meanings of the placeholders are as follows:
               xx = 00
           yyyyyy = Unique CPU ID
               mm = Model ID <- these are the numbers to use to determine CPU
    speed
               ss = 00 (Submodel)
    By cross-referencing the values from the uname -m output with the table
    below, you can easily determine the processor speed.

    To determine cpu speed with AIX V5, use the following command:

         lsattr -El proc0
    The frequency line returns the speed of the cpu. Note on some machines the
    value represented by the frequency line will have to be rounded to the
    nearest integer. For example, the frequency reported on a 7025-F80 is
    451200000, which is then rounded to 450MHz.

    Model ID Machine Type Processor Speed Architecture
     02 7015-930 25 Power
     10 7013-530 25 Power
     10 7016-730 25 Power
     11 7013-540 30 Power
     14 7013-540 30 Power
     18 7013-53H 33 Power
     1C 7013-550 41.6 Power
     20 7015-930 25 Power
     2E 7015-950 41 Power
     30 7013-520 20 Power
     31 7012-320 20 Power
     34 7013-52H 25 Power
     35 7012-32H 25 Power
     37 7012-340 33 Power
     38 7012-350 41 Power
     41/45 7011-220 33 PowerPC
     42 7006-41T/41W 80 PowerPC
     43 7008-M20 33 Power
     43 7008-M2A 33 Power
     46 7011-250 66 PowerPC
     47 7011-230 45 RSC
     48 7009-C10 80 PowerPC
     4C 70XX See Note 1
     57 7012-390 67 Power2
     57 7030-3BT 67 Power2
     57 9076-SP2 Thin 67 Power2
     58 7012-380 59 Power2
     58 7030-3AT 59 Power2
     59 7012-39H 67 Power2
     59 9076-SP2 Thin w/L2 67 Power2
     5C 7013-560 50 Power
     63 7015-970 50 Power
     63 7015-97B 50 Power
     64 7015-980 62.5 Power
     64 7015-98B 62.5 Power
     66 7013-580 62.5 Power
     67 7013-570 50 Power
     67 7015-R10 50 Power
     70 7013-590 66 Power2
     70 9076-SP2 Wide 66 Power2
     71 7013-58H 55 Power2
     72 7013-59H 66 Power2
     72 7015-R20 66 Power2
     72 9076-SP2 Wide 66 Power2
     75 7012-370 62 Power
     75 7012-375 62 Power
     75 9076-SP1 Thin 62 Power
     76 7012-360 50 Power
     76 7012-365 50 Power
     77 7012-350 41 Power
     77 7012-355 41 Power
     77 7013-55L 41.6 Power
     79 7013-591 77 Power2
     79 9076-SP2 Wide 77 Power2
     80 7015-990 71.5 Power2
     81 7015-R24 71.5 P2SC
     89 7013-595 135 P2SC
     89 9076-SP2 Wide 135 P2SC
     90 7009-C20 120 PowerPC
     91 7006-42W/42T 120 PowerPC
     94 7012-397 160 P2SC
     94 9076-SP2 Thin 160 P2SC
     A0 7013-J30 75 PowerPC
     A1 7013-J40 112 PowerPC
     A3 7015-R30 See Note 2 PowerPC
     A4 7015-R40 See Note 2 PowerPC
     A4 7015-R50 See Note 2 PowerPC
     A4 9076-SP2 High See Note 2 PowerPC
     A6 7012-G30 See Note 2 PowerPC
     A7 7012-G40 See Note 2 PowerPC
     C0 7024-E20 See Note 3 PowerPC
     C0 7024-E30 See Note 3 PowerPC
     C4 7025-F30 See Note 3 PowerPC
     F0 7007-N40 50 ThinkPad
    NOTES:

      1.. Systems where uname -m outputs a model ID of 4C:
      In general, the only way to determine the processor speed of a machine
    with a model ID of 4C is to reboot into System Management Services and
    choose the system configuration options. However, in some cases the
    information gained from the uname -M command can be helpful.

    uname -M Machine Type Processor Speed Processor
    Architecture
    IBM,7017-S70 7017-S70 125 RS64
    IBM,7017-S7A 7017-S7A 262 RD64-II
    IBM,7017-S80 7017-S80 450 RS-III
    IBM,7017-S85 pSeries 680 600 RS64-IV
    IBM,7025-F40 7025-F40 166/233 PowerPC 604e
    IBM,7025-F50 7025-F50 See Note 4 PowerPC 604e
    IBM,7025-F80 7025-F80 See Note 5 RS64-III
    IBM,7025-6F0 pSeries 620 See Note 7 See Note 7
    IBM,7025-6F1 pSeries 620 See Note 7 See Note 7
    IBM,7026-H10 7025-H10 166/233 PowerPC 604e
    IBM,7026-H50 7025-H50 See Note 4 PowerPC 604e
    IBM,7026-H80 7025-H80 See Note 5 RS64-III
    IBM,7026-M80 7026-M80 500 RS64-III
    IBM,7026-B80 pSeries 640 See Note 9 Power3-II
    IBM,7026-H10 7026-H10 166/233 PowerPC
    IBM,7026-H50 7026-H50 See Note 4 PowerPC
    IBM,7026-H70 7026-H70 340 RS64-II
    IBM,7026-H80 7026-H80 450 PowerPC
    IBM,7026-M80 7026-M80 500 PowerPC
    IBM,7026-6H0 pSeries 660 450MHz RS64 III
    IBM,7026-6H0 pSeries 660 600MHz RS64 IV
    IBM,7026-6H1 pSeries 660 See Note 7 See Note 7
    IBM,7026-6M1 pSeries 660 See Note 8 See Note 8
    IBM,7028-6C1 pSeries 610 See Note 9 POWER3 II
    IBM,7028-6E1 pSeries 610 See Note 9 POWER3 II
    IBM,7040-681 pSeries 690 1.1 or 1.3GHz POWER4
    IBM,Model 7042/7043
        (ED) 7043-140 166/200/233/332 PowerPC
    IBM,Model 7042/7043
        (ED) 7043-150 375 PowerPC
    IBM,Model 7042/7043
        (ED) 7043-240 166/233 PowerPC
    IBM,7043-260 7043-260 200 Power3
    IBM,7044-170 7044-170 See Note 6 POWER3 II
    IBM,7044-270 7044-270 375/450 POWER3 II
    IBM,7046-B50 7046-B50 375 PowerPC 604e
    IBM,7248 7248-100 100 PowerPersonal
    IBM,7248 7248-120 120 PowerPersonal
    IBM,7248 7248-132 132 PowerPersonal
    2.. J-Series, R-Series, and G-Series systems:
      You can determine the processor speed in an MCA SMP system from the FRU
    number of the CPU card by using the following command:

              lscfg -vl cpucard0 | grep FRU
    This will produce the following output:

              FRU Number..................C1D
    FRU Number Processor Type Processor Speed
    E1D PowerPC 601 75
    C1D PowerPC 601 75
    C4D PowerPC 604 112
    E4D PowerPC 604 112
    X4D PowerPC 604e 200
    3.. E-Series and F-30 systems:
      For the E-series and F-30 systems, use the following process to determine
    CPU speed. Execute:

               lscfg -vp | more
    Look for the following stanza:

    procF0 CPU Card
       Part Number.................093H5280
       EC Level....................00E76527
       Serial Number...............17700008
       FRU Number..................093H2431
       Displayable Message.........CPU Card
       Device Specific.(PL)........
       Device Specific.(ZA)........PS=166,PB=066,PCI=033,NP=001,CL=02,PBH
    Z=64467000,PM=2.5,L2=1024
       Device Specific.(RM)........10031997 140951 VIC97276
       ROS Level and ID............03071997 135048
    In the section Device Specific.(ZA), the section PS= (boldface here) is the
    processor speed in MHz.

      4.. F-50 and H-50 systems and SP Silver Node:
      The following commands can be used to determine the processor speed of an
    F-50 system. Execute:

              lscfg -vp | more
    Look for the following stanza:

    Orca M5 CPU:
      Part Number.................08L1010
      EC Level....................E78405
      Serial Number...............L209034579
      FRU Number..................93H8945
      Manufacture ID..............IBM980
      Version.....................RS6K
      Displayable Message.........OrcaM5 CPU DD1.3
      Product Specific.(ZC).......PS=0013c9eb00,PB=0009e4f580,SB=0004f27
    ac0,NP=02,PF=461,PV=05,KV=01,CL=1
    In the line containing Product Specific.(ZC), the entry PS= (boldface here),
    is the processor speed in hexadecimal notation. To convert this to an actual
    speed, use the following conversions:

      0009E4F580 = 166 MHz
      0013C9EB00 = 332 MHz

      The valuePF= indicates the processor configuration.

      251 = 1 way 166 MHz
      261 = 2 way 166 MHz
      451 = 1 way 332 MHz
      461 = 2 way 332 MHz

      Each 2 way processor resides on one CPU card. 4 way systems will display
    two entries for the Orca M5 CPU card.

      5.. Only 6-way (F-80) systems run at 500 MHz, all others run at 450 MHz.

      6.. Use the L2cache size to determine the speed of the cpu:
         lsattr -El L2cache0
    L2cache size CPU speed
    1mb 333MHz
    4mb 400MHz
    8mb 450MHz
    7.. It can be configured with 1-, 2-, 4-, or 6-way, RS64 III or RS64 IV,
    64-bit processors. Systems configured with the maximum of six processors run
    at 668 MHz, while other configurations run at 600 MHz (RS64 IV) or 450MHz
    (RS64 III).
      To determine the number of processors on the system run lsdev -Cc
    processor and to determine the type of processor run lsattr -El proc0.

      8.. The Model 6M1 delivers a cost-efficient growth path to the future
    including 64-bit system scalability providing 2-, 4-, 6-, and 8-way
    configurations with combinations of the following processor options:

      2-way 750 MHz RS64 IV with 8 MB L2 cache per processor
      4-way 750 MHz RS64 IV with 8 MB L2 cache per processor
      2-way 500 MHz RS64 III with 4 MB L2 cache per processor
      To determine the number of processors on the system run lsdev -Cc
    processor and to determine the type of processor run lsattr -El proc0.

      9.. For pSeries servers that use a 350 MHz or 450 MHz processor, run the
    following command

      lscfg -vp | more

      Then look for the Processor Card entry. The PF field, in the Product
    Specific (ZC) line, indicates the processor type as follows:
      PF Value Card type FRU p/n
      754 375 MHz One way card w/ 4 MB L2 cache 09P0399
      764 375 MHz Two way card w/ 4 MB L2 cache 09P0406
      768 375 MHz Two way card w/ 8 MB L2 cache 09P0143
    >
    > If both model numbers happen to be the same, then how do I tell the
    machines
    > apart? Also, is there some big list somewhere that contains what model
    > matches with what architecture? And what is binary compatible with what?
    just think about 32-bit vs. 64-bit: 64-bit applications in most cases
    require 64-bit kernel and 64-bit h/w, the 32-bit application will run on all
    pSeries machines.
    about architecture look at ibm web site and at rootvg.org

    in short POWERII was a predisessor to POWER4 ( I mean by design they are
    very similar, same MMC packaging ), the RS64 IV was a way back, I think.

    >
    > I'm trying to figure out all of the architectures IBM uses and how they
    relate
    > to each other....
    >
    > Thanks.
    >
    > -pete
    >

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