2003/4 supported motherboard chipsets for OS/2
Trevor Hemsley
I'm thinking about replacing one of my current systems with a new one
and am looking at recent motherboards for AMD socket A to find out
what is/is not supported. Looks like AMD SoA is the cheapest
bang-for-the-buck solution and I'm looking at an XP 2500+ to go in it
- this is not a system particularly built for speed but more for price
and the cheapest P4 is about twice the price of the 2500+. I'm not
interested in Duron/Celeron options and AMD64 is too expensive.
On this machine I don't care about sound or IEE1394 or even USB though
if USB worked then that would be a bonus. It'll have a separate video
card in it so I'm not looking for boards with integrated video.
As far as I can see, there are a few motherboard chipsets around - VIA
KT600, and a couple of nVidia nForce2's. I know that at least the
KT600 based MSI KT6-Delta works with OS/2 because I've seen Sysbench
reports for it and this is one of the boards on my list - the FISR
variety since I can't find the LSR in the UK. Danis506 seems to
support the IDE chipset on this board, there are Broadcom drivers for
the GigE ethernet on hobbes (with a copy on the IBM site that they
came from originally that are now 6 _version_ numbers newer than the
hobbes copy!). I don't know if Danis506 supports the SATA chipset on
this board and that's one outstanding question - I guess it doesn't
matter too much since I could always continue to use the SiI3112 PCI
card that I'm using at the moment. This one seems to get quite good
(though not great) reviews on places like Anandtech and Tomshardware
but of course, both have trouble spelling OS/2 let alone testing it
;-)
All the reviews on those two sites seem to place the nForce2 chipset
as better performing but I haven't done much to find likely
candidates. The Gigabyte GA7N400 looks like a reasonable choice. Since
it uses the same SiI3112 SATA chip as my current PCI card, that bit
should work. I have no idea what a "GigaRAID ATA 133" RAID controller
is - hopefully just a fancy name for someone else's IDE controllers
that will be supported by Danis506 but... There's also a Realtek 8110S
GigE ethernet controller - anyone know if this has OS/2 drivers?
Is anyone using an nForce Ultra400 based motherboard with OS/2? Or,
even more important, the opposite - tried and failed?! Is there
anything I've overlooked - got OS/2 running on an AMD SoA motherboard
that I haven't considered? I'm looking at boards that support 333 and
probably 400MHz FSB processors.
--
Trevor Hemsley, Brighton, UK.
Trevor-...@dial.pipex.com
Knud
I have just (1 month) build a system with:
Gigabyte GA-7VT600-1394 KT600 chipset exist also in different versions
without firewire.
This one has onboard
VIA SATA and IDE, works very fine with latest Danis's
Realtek LAN chip 10/100 works with the driver from Veit Kannegieser
Sound: VIA VT8233/realtek ALC 655, have not found driver for yet, not
important for me.
Firewire: VIA VT6306, have not tried yet have no firewire things.
512 MB pc3200 ddr ram noname
XP2500 Barton at FSB 333Mhz
Runs very stable
The board was chosen because of good PCI performance, nForce chipset and
some other boards has poor PCI performance (including ASUS).
It is nice that all IDE/SATA transfer is NOT via PCI but something
called V-link, it gives you a lot of bandwith to the disk's not loading
the CPU or fight with the 10/100 LAN interface.
I have also a cheap AGP card Club3D, ATI Radeon 9200SE 64MB, it
identifies it self as a Powercolor card.
Works fine with latest Snap driver.
Knud
Knud
> Firewire: VIA VT6306, have not tried yet have no firewire things.
>
Forgot USB, have not testet it yet.
Knud
Peter Brown
Trevor Hemsley wrote:
----- snip ------
> Is anyone using an nForce Ultra400 based motherboard with OS/2? Or,
> even more important, the opposite - tried and failed?! Is there
> anything I've overlooked - got OS/2 running on an AMD SoA motherboard
> that I haven't considered? I'm looking at boards that support 333 and
> probably 400MHz FSB processors.
You could have a look at Jetway mainboards www.jetway.com.tw
I have always found them to be cheap, cheerful and reliable - even have
usb and onboard sound (VIA 8235 and CMI9738) working OK on my current
mainboard (V333U).
Regards
Pete
Mike Ruskai
>I'm thinking about replacing one of my current systems with a new one
>and am looking at recent motherboards for AMD socket A to find out
>what is/is not supported. Looks like AMD SoA is the cheapest
>bang-for-the-buck solution and I'm looking at an XP 2500+ to go in it
>- this is not a system particularly built for speed but more for price
>and the cheapest P4 is about twice the price of the 2500+. I'm not
>interested in Duron/Celeron options and AMD64 is too expensive.
[snip]
I'm running an Athlon XP 2700+ on a ASUS A7N8X (nForce2 chipset)
motherboard.
I don't use USB, but I believe it will work. Sound does work, using the
latest Uniaud drivers (earlier ones, despite claiming compatibility with
nForce2 audio, do not work).
I use an Intel PCI NIC, so I haven't bothered to check compatibility with
either of the two onboard NICs (which are disabled).
One thing that was rather annoying in the beginning was that the speech
POST reporter kept saying "System failed CPU test", over and over, though
usually not after OS/2 was booted. It's a bogus message, and the only way
to get rid of it was to replace the WAV for that message with a Windows
utility (I replaced it with nothing).
As for IDE compatibility, I only have one IDE device (CD/DVD burner),
which works fine with DaniDASD.
I expect that all of the relevant motherboards will work just fine with
OS/2, though some onboard peripherals may or may not.
--
- Mike
Remove 'spambegone.net' and reverse to send e-mail.
Felix Miata
Sure others "work", but not necessarily as they should. I bought 4
motherboards in the past 12 months, two with VIA for socket A (KT333 &
KT400) and two with Intel (865PE) for socket 478. I don't plan to buy
anything except Intel in any future that includes OS/2 as my primary OS.
--
"Each one should use whatever gift he has received to serve others..."
1 Peter 4:10 NIV
Team OS/2 ** Reg. Linux User #211409
Felix Miata *** http://members.ij.net/mrmazda/
-----= Posted via Newsfeeds.Com, Uncensored Usenet News =-----
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Trevor Hemsley
Hemsley" <Trevor-...@no.spam.dial.pipex.com> wrote:
> Is anyone using an nForce Ultra400 based motherboard with OS/2? Or,
> even more important, the opposite - tried and failed?! Is there
> anything I've overlooked - got OS/2 running on an AMD SoA motherboard
> that I haven't considered? I'm looking at boards that support 333 and
> probably 400MHz FSB processors.
For completeness, I've now upgraded the system from a dual PPro
200/512, Tyan S1662D motherboard with 512MB RAM to a single AMD
XP2500+ on an Abit NF7-S with 2x512MB TwinMOS PC3200 RAM. I'm using
the cheapest ATI Radeon 9200 card that I could find, Asus 64MB 8x AGP.
Everything that I need is now working and the rest I will experiment
with over time. Abit NF7-S is built round the nVidia nForce2 Ultra400
chipset and has onboard sound (untested), onboard USB 2.0 (untested),
onboard 10/100 LAN (no driver, disabled), onboard ieee1394 firewire
(no driver that I know of, disabled). DaniS506.add 1.6.8 supports the
2 onboard IDE controllers and the SiI3112 SATA chip on this board. It
is also driving an add-in SiI0680 ATA133 PCI card providing 2 more IDE
controllers. I have an Intel PCI PRO 100 ethernet card in there that
gives me LAN - the same one that was in the old machine - so the lack
of the onboard ethernet is not a problem for me.
At non-overclocked settings this Athlon XP 2500+ turns in Sysbench cpu
results that are 5 times faster than both the Pentium Pro 200 engines
put together - i.e. it's 10 times faster than a single PPro200.
Simultaneous disk I/O score goes from 45MB/s to 145MB/s. DIVE video
bus bandwidth goes from 26MB/s to 697MB/s. Memory bandwidth goes from
344MB/s to 4355MB/s. All in all, quite a nice little upgrade ;-)
I was going to report on the figures I got by changing the FSB from
166 to 200, turning the XP 2500+ into an XP 3200+ with a single BIOS
change. Worked pretty well while I was building the machine but now
crashes before it reaches the desktop - I suspect more heat in the
case from installing 4 extra hard disks. It passed several hours of
memtest86 and seemed to be OK in OS/2 but I did manage to crash it
with a TRAP d after running burnk7.exe for about an hour so it wasn't
100% stable. The difference between the XP2500+ score and the
overclocked 3200+ version was about the same as the integer result
scored by both PPro200's so it went from being 5 times as fast as both
PPro's to being 6 times as fast. Since I wasn't going to run this
overclocked anyway, the failure doesn't bother me.
One oddity that had me baffled for a long time seems to be that the
SMP OS/2 kernel does not boot on a single AMD Athlon XP 2500+.
Symptoms varied but booting the system would TRAP consistently with a
CS:EIP=0140:00000dca. Switching to a UNI kernel (and related
doscall1.dll) fixed this but I'd almost got to the point of deciding
that the hardware wasn't compatible before I found the cause by
booting from the ACP1 CD which worked perfectly (first time ever on
any of my hardware that it has done so!).
I've updated pmp2l97 to support the Winbond w83627HF hardware
monitoring chip on this board and uploaded it to hobbes. It'll
probably work on other motherboards too as long as they have this
chip.
Sysbench 0.9.5 results here can't be compared for Graphics, Flops, or
for File I/O scores from previous versions.
Machine name - Athlon XP 2500+
Manufacturer - TH
Motherboard - Abit NF7-S
Chipset - Nvidia Corp - nForce2 AGP Controller
Processor - AMD Athlon XP-M model 8, XP/MP model 10 (stepping
6a0) with MMX
External cache - 64Kb internal instruction cache, 64Kb internal
data cache, 512Kb unified level2 cache
Graphics card - ATI Technologies - Radeon 9200 SE Series (RV280)
Storage Controller - Nvidia Corp - nForce2 EIDE Controller
Storage Controller - Nvidia Corp - nForce2 EIDE Controller
Storage Controller - SiI680 ATA133 PCI Controller
Storage Controller - SiI680 ATA133 PCI Controller
Storage Controller - SiI3112 SATA 150 Controller
Machine data
Coprocessor = Yes
Processors = 1
RAM = 1023.94 MB
Operating System data
OS/2 version = 20.45
CSDLevel = XR0C004_
FIXLevel = XR0C004_
Revision number = 14.097
Priority = Dynamic
Maxwait = 1
Timeslice = (32,32)
Protectonly = NO
Swap file size = 1.00MB
...initially = 1.00MB
Video data
Resolution = 1600x1200x16 bits/pixel
Number planes = 0
Screen Access = Direct
Bank Switched = No
Bytes/scanline = 3200
Aperture size = 4194304
Manufact. code = 5
Chipset code = 22884
Graphics
BitBlt S->S copy : 371.992 Million pixels/second
BitBlt M->S copy : 120.116 Million pixels/second
Filled Rectangle : 1478.549 Million pixels/second
Pattern Fill : 1478.447 Million pixels/second
Vertical Lines : 13.151 Million pixels/second
Horizontal Lines : 713.602 Million pixels/second
Diagonal Lines : 24.087 Million pixels/second
Text Render : 356.464 Million pixels/second
-----------------------------------------------------------------------
Total : 230.143 PM-Graphics-marks
CPU integer
Dhrystone : 2456.600 VAX 11/780 MIPS equivalent
Hanoi : 1564.000 moves/25 microseconds
Heapsort : 1079.500 Million Instructions Per Second
Sieve : 1321.900 Million Instructions Per Second
-----------------------------------------------------------------------
Total : 1783.021 CPU integer-marks
CPU float
Linpack : 224.090 MFLOPS
Flops : 319.500 MFLOPS
Fast Fourier Transfrm : 130.720 VAX FFT's
-----------------------------------------------------------------------
Total : 104.010 CPU floating point-marks
Direct Interface to video extensions - DIVE
Video bus bandwidth : 697.434 Megabytes/second
DIVE fun : 2535.201 fps normalised to 640x480x256
M->S, DD, 1.00:1 : 2380.358 fps normalised to 640x480x256
-----------------------------------------------------------------------
Total : 900.519 DIVE-marks
File I/O - Drive D:
4Kb seq. Uncached w : 494.519 Kilobytes/second
4Kb seq. Uncached r : 9699.366 Kilobytes/second
4Kb random Uncached w : 734.401 Kilobytes/second
4Kb random Uncached r : 529.726 Kilobytes/second
4Kb seq. Cached w : 16965.243 Kilobytes/second
4Kb seq. Cached r : 8225.272 Kilobytes/second
4Kb random Cached w : 5354.020 Kilobytes/second
4Kb random Cached r : 161.585 Kilobytes/second
8Kb seq. Uncached w : 3161.273 Kilobytes/second
8Kb seq. Uncached r : 11588.987 Kilobytes/second
8Kb random Uncached w : 1170.521 Kilobytes/second
8Kb random Uncached r : 1197.268 Kilobytes/second
8Kb seq. Cached w : 16029.863 Kilobytes/second
8Kb seq. Cached r : 8957.667 Kilobytes/second
8Kb random Cached w : 6232.738 Kilobytes/second
8Kb random Cached r : 301.754 Kilobytes/second
16K seq. Uncached w : 5655.965 Kilobytes/second
16K seq. Uncached r : 13140.081 Kilobytes/second
16K random Uncached w : 1692.474 Kilobytes/second
16K random Uncached r : 2322.319 Kilobytes/second
16K seq. Cached w : 13439.744 Kilobytes/second
16K seq. Cached r : 7580.310 Kilobytes/second
16K random Cached w : 8083.494 Kilobytes/second
16K random Cached r : 426.523 Kilobytes/second
32K seq. Uncached w : 6718.447 Kilobytes/second
32K seq. Uncached r : 24901.629 Kilobytes/second
32K random Uncached w : 2764.925 Kilobytes/second
32K random Uncached r : 4245.185 Kilobytes/second
32K seq. Cached w : 16086.683 Kilobytes/second
32K seq. Cached r : 19797.985 Kilobytes/second
32K random Cached w : 7954.420 Kilobytes/second
32K random Cached r : 961.058 Kilobytes/second
64K seq. Uncached w : 6597.315 Kilobytes/second
64K seq. Uncached r : 25036.707 Kilobytes/second
64K random Uncached w : 4303.199 Kilobytes/second
64K random Uncached r : 7154.850 Kilobytes/second
64K seq. Cached w : 14455.358 Kilobytes/second
64K seq. Cached r : 18980.054 Kilobytes/second
64K random Cached w : 8329.691 Kilobytes/second
64K random Cached r : 1194.644 Kilobytes/second
-----------------------------------------------------------------------
Total : 7815.682 File I/O-marks
Memory
5 kB copy : 4921.370 Megabytes/second
10 kB copy : 5007.114 Megabytes/second
20 kB copy : 5053.697 Megabytes/second
40 kB copy : 5074.930 Megabytes/second
80 kB copy : 2811.718 Megabytes/second
160 kB copy : 2178.287 Megabytes/second
320 kB copy : 1639.194 Megabytes/second
640 kB copy : 562.602 Megabytes/second
1280 kB copy : 526.135 Megabytes/second
5 kB read : 5812.934 Megabytes/second
10 kB read : 5847.719 Megabytes/second
20 kB read : 5865.375 Megabytes/second
40 kB read : 5872.350 Megabytes/second
80 kB read : 3827.014 Megabytes/second
160 kB read : 3031.319 Megabytes/second
320 kB read : 3335.984 Megabytes/second
640 kB read : 921.264 Megabytes/second
1280 kB read : 874.494 Megabytes/second
5 kB write : 6171.749 Megabytes/second
10 kB write : 6200.798 Megabytes/second
20 kB write : 6202.924 Megabytes/second
40 kB write : 6208.331 Megabytes/second
80 kB write : 5003.048 Megabytes/second
160 kB write : 4364.981 Megabytes/second
320 kB write : 4356.298 Megabytes/second
640 kB write : 997.483 Megabytes/second
1280 kB write : 840.409 Megabytes/second
-----------------------------------------------------------------------
Total : 4355.743 Memory-marks
Simultaneous Disk I/O
Disk 0-1: 19093 MB : 30.968 Megabytes/second
Disk 2-2: 114495 MB : 42.030 Megabytes/second
Disk 3-3: 114471 MB : 18.331 Megabytes/second
Disk 4-4: 239367 MB : 54.437 Megabytes/second
-----------------------------------------------------------------------
Total : 145.766 Simultaneous I/O-marks
Disk I/O disk 0-1: 19093 MB - WDC WD200BB-75CLB0
Avg. data access time : 14.300 milliseconds
Cache/Bus xfer rate : 76.093 Megabytes/second
Track 0 xfer rate fwd : 32.379 Megabytes/second
Middle trk rate fwds. : 27.993 Megabytes/second
Last track rate bwds. : 17.996 Megabytes/second
Average Transfer rate : 26.123 Megabytes/second
Disk use CPU load : 4.940 percent
-----------------------------------------------------------------------
Total : 154.443 Disk I/O-marks
Disk I/O disk 2-2: 114495 MB - SAMSUNG SP1203N
Avg. data access time : 14.000 milliseconds
Cache/Bus xfer rate : 97.132 Megabytes/second
Track 0 xfer rate fwd : 42.167 Megabytes/second
Middle trk rate fwds. : 33.511 Megabytes/second
Last track rate bwds. : 23.797 Megabytes/second
Average Transfer rate : 33.158 Megabytes/second
Disk use CPU load : 6.360 percent
-----------------------------------------------------------------------
Total : 193.500 Disk I/O-marks
Disk I/O disk 3-3: 114471 MB - WDC WD1200AB-00CBA1
Avg. data access time : 14.600 milliseconds
Cache/Bus xfer rate : 77.413 Megabytes/second
Track 0 xfer rate fwd : 38.242 Megabytes/second
Middle trk rate fwds. : 33.692 Megabytes/second
Last track rate bwds. : 19.337 Megabytes/second
Average Transfer rate : 30.424 Megabytes/second
Disk use CPU load : 6.180 percent
-----------------------------------------------------------------------
Total : 176.586 Disk I/O-marks
Disk I/O disk 4-4: 239367 MB - Maxtor 7Y250M0
Avg. data access time : 14.800 milliseconds
Cache/Bus xfer rate : 97.490 Megabytes/second
Track 0 xfer rate fwd : 55.057 Megabytes/second
Middle trk rate fwds. : 47.602 Megabytes/second
Last track rate bwds. : 28.995 Megabytes/second
Average Transfer rate : 43.884 Megabytes/second
Disk use CPU load : 7.160 percent
-----------------------------------------------------------------------
Total : 250.489 Disk I/O-marks
CD-ROM I/O disk 1-1: 262 MB - IDE CDROM Drive
Avg. data access time : 80.100 milliseconds
Inner sectors rate : 2034.000 Kilobytes/second (~13.6X)
Outer sectors rate : 1835.000 Kilobytes/second (~12.2X)
CD-ROM use CPU load : 92.610 percent
-----------------------------------------------------------------------
Total : 104.428 CD I/O-marks
Julien Pierre
Thanks for releasing Sysbench 0.9.5 . It now works properly and gives
meaningful numbers with my dual Athlon. No more blank numbers or crash
on empty removable drives.
I have copied my numbers from my box below : dual Athlon MP 2800+, Asus
A7M266-D motherboard, 768MB PC2100 RAM, one Seagate 36 GB 15,000rpm
Ultra160 SCSI drive, one WD 200 GB 7,200 rpm ATA-100 drive, Sapphire
Radeon ATI 9200 AGP (4x).
The box was built in January 2002 . I added the IDE disk a year ago,
swapped the video card (originally a Matrox G450) about 2 months ago,
and upgraded the CPUs from Athlon MP 1500+ to 2800+ less than a month
ago. As you can tell below, the upgrades (primarily the new CPUs) make
this old machine still very favorably competitive with the latest and
greatest ;-)
I notice my RAM numbers are better than yours. That's surprising since
I'm using the ancient AMD 760MPX chipset which only supports a 266 MHz
FSB and PC2100 RAM.
My Sapphire Radeon also does better than yours in PM tests even though
it only runs at AGP 4x (due to the AMD 760MPX chipset only doing 4x);
but yours trounces mine in the DIVE tests, logically, due to AGP 8x (and
perhaps also the fact that you use 16 bit color vs 32 bits for me, which
leaves more bandwidth for the RAM). The fact that I beat you in the PM
tests suggests they are more CPU-bound than video-card bound.
I didn't bother with the optical drive tests. I know they all do 40x for
CD performance. Now, if you added a DVD read benchmark, that would be
interesting.
If anyone has built a faster OS/2 machine, I would like to know. I think
it would take an SMP Opteron box to beat it. I don't think any current
Intel chip will come close.
Sysbench 0.9.5 result file created Sat Apr 24 22:17:16 2004
Machine name - Julien's Machine
Manufacturer - Julien
Motherboard - Asus A7M266-D
Chipset - Advanced Micro Devices (AMD) - AMD-762 CPU to PCI
Bridge (SMP Chipset)
Processor - 2 x AMD Athlon XP-M model 8, XP/MP model 10
(stepping 6a0) with MMX (dual Athlon MP 2800+)
External cache - 64Kb internal instruction cache, 64Kb internal data
cache, 512Kb unified level2 cache
Graphics card - ATI Technologies - Sapphire Radeon 9200
Storage Controller - Advanced Micro Devices (AMD) - AMD-768 EIDE Controller
Storage Controller - Advanced Micro Devices (AMD) - AMD-768 EIDE Controller
Storage Controller - LSI Logic (Was: Symbios Logic, NCR) - LSI53C1010-33
PCI to Dual Channel Ultra160 SCSI Multifunction LSI Logic (
Storage Controller - LSI Logic (Was: Symbios Logic, NCR) - LSI53C1010-33
PCI to Dual Channel Ultra160 SCSI Multifunction LSI Logic (
Machine data
Coprocessor = Yes
Processors = 2
RAM = 767.86 MB
Operating System data
OS/2 version = 20.45
CSDLevel = XR0C004_
FIXLevel = XR0C004_
Revision number = 14.097
Priority = Dynamic
Maxwait = 1
Timeslice = (32,32)
Protectonly = NO
Swap file size = 256.00MB
...initially = 256.00MB
Video data
Resolution = 1600x1200x32 bits/pixel
Number planes = 0
Screen Access = Direct
Bank Switched = No
Bytes/scanline = 6400
Aperture size = 134213632
Manufact. code = 5
Chipset code = 22849
Graphics
BitBlt S->S copy : 399.859 Million pixels/second
BitBlt M->S copy : 73.157 Million pixels/second
Filled Rectangle : 1682.426 Million pixels/second
Pattern Fill : 1682.298 Million pixels/second
Vertical Lines : 33.287 Million pixels/second
Horizontal Lines : 495.833 Million pixels/second
Diagonal Lines : 23.322 Million pixels/second
Text Render : 309.287 Million pixels/second
-----------------------------------------------------------------------
Total : 236.710 PM-Graphics-marks
CPU integer
Dhrystone : 5856.500 VAX 11/780 MIPS equivalent
Hanoi : 3763.000 moves/25 microseconds
Heapsort : 2394.800 Million Instructions Per Second
Sieve : 2936.900 Million Instructions Per Second
-----------------------------------------------------------------------
Total : 4175.283 CPU integer-marks
CPU float
Linpack : 534.510 MFLOPS
Flops : 764.100 MFLOPS
Fast Fourier Transfrm : 141.460 VAX FFT's
-----------------------------------------------------------------------
Total : 208.883 CPU floating point-marks
Direct Interface to video extensions - DIVE
Video bus bandwidth : 431.821 Megabytes/second
DIVE fun : 1647.601 fps normalised to 640x480x256
M->S, DD, 1.00:1 : 1462.742 fps normalised to 640x480x256
-----------------------------------------------------------------------
Total : 560.423 DIVE-marks
File I/O - Drive E:
4Kb seq. Uncached w : 33269.565 Kilobytes/second
4Kb seq. Uncached r : 32956.645 Kilobytes/second
4Kb random Uncached w : 1856.412 Kilobytes/second
4Kb random Uncached r : 957.754 Kilobytes/second
4Kb seq. Cached w : 8336.262 Kilobytes/second
4Kb seq. Cached r : 38462.203 Kilobytes/second
4Kb random Cached w : 2031.888 Kilobytes/second
4Kb random Cached r : 235.976 Kilobytes/second
8Kb seq. Uncached w : 26940.231 Kilobytes/second
8Kb seq. Uncached r : 71699.817 Kilobytes/second
8Kb random Uncached w : 1539.106 Kilobytes/second
8Kb random Uncached r : 3005.068 Kilobytes/second
8Kb seq. Cached w : 9752.412 Kilobytes/second
8Kb seq. Cached r : 44401.324 Kilobytes/second
8Kb random Cached w : 5425.965 Kilobytes/second
8Kb random Cached r : 772.764 Kilobytes/second
16K seq. Uncached w : 28241.974 Kilobytes/second
16K seq. Uncached r : 68693.088 Kilobytes/second
16K random Uncached w : 2763.204 Kilobytes/second
16K random Uncached r : 6059.050 Kilobytes/second
16K seq. Cached w : 10230.743 Kilobytes/second
16K seq. Cached r : 47439.033 Kilobytes/second
16K random Cached w : 9804.324 Kilobytes/second
16K random Cached r : 2150.869 Kilobytes/second
32K seq. Uncached w : 31630.245 Kilobytes/second
32K seq. Uncached r : 53460.961 Kilobytes/second
32K random Uncached w : 4940.396 Kilobytes/second
32K random Uncached r : 9174.039 Kilobytes/second
32K seq. Cached w : 11037.675 Kilobytes/second
32K seq. Cached r : 43193.407 Kilobytes/second
32K random Cached w : 12462.930 Kilobytes/second
32K random Cached r : 7411.662 Kilobytes/second
64K seq. Uncached w : 32110.322 Kilobytes/second
64K seq. Uncached r : 53065.566 Kilobytes/second
64K random Uncached w : 8351.214 Kilobytes/second
64K random Uncached r : 16576.567 Kilobytes/second
64K seq. Cached w : 11105.692 Kilobytes/second
64K seq. Cached r : 43255.053 Kilobytes/second
64K random Cached w : 14682.226 Kilobytes/second
64K random Cached r : 9707.063 Kilobytes/second
-----------------------------------------------------------------------
Total : 20479.767 File I/O-marks
Memory
5 kB copy : 5863.849 Megabytes/second
10 kB copy : 5974.065 Megabytes/second
20 kB copy : 6046.550 Megabytes/second
40 kB copy : 6056.362 Megabytes/second
80 kB copy : 3347.340 Megabytes/second
160 kB copy : 2590.334 Megabytes/second
320 kB copy : 1956.303 Megabytes/second
640 kB copy : 322.403 Megabytes/second
1280 kB copy : 314.572 Megabytes/second
5 kB read : 6941.088 Megabytes/second
10 kB read : 6952.051 Megabytes/second
20 kB read : 6976.649 Megabytes/second
40 kB read : 7015.783 Megabytes/second
80 kB read : 4766.895 Megabytes/second
160 kB read : 3953.539 Megabytes/second
320 kB read : 3944.596 Megabytes/second
640 kB read : 450.951 Megabytes/second
1280 kB read : 456.081 Megabytes/second
5 kB write : 7331.858 Megabytes/second
10 kB write : 7375.850 Megabytes/second
20 kB write : 7372.476 Megabytes/second
40 kB write : 7411.583 Megabytes/second
80 kB write : 5954.309 Megabytes/second
160 kB write : 5073.964 Megabytes/second
320 kB write : 5091.223 Megabytes/second
640 kB write : 493.770 Megabytes/second
1280 kB write : 492.653 Megabytes/second
-----------------------------------------------------------------------
Total : 5129.781 Memory-marks
Simultaneous Disk I/O
Disk 0-1: 190780 MB : 36.529 Megabytes/second
Disk 2-2: 35001 MB : 57.554 Megabytes/second
Disk 39-3: 27 MB : --.--- Megabytes/second
Disk 39-4: 27 MB : --.--- Megabytes/second
Disk 39-5: 27 MB : --.--- Megabytes/second
-----------------------------------------------------------------------
Total : 94.083 Simultaneous I/O-marks
Disk I/O disk 0-1: 190780 MB - WDC WD2000JB-00DUA0
Avg. data access time : 13.200 milliseconds
Cache/Bus xfer rate : 61.868 Megabytes/second
Track 0 xfer rate fwd : 49.863 Megabytes/second
Middle trk rate fwds. : 47.707 Megabytes/second
Last track rate bwds. : 27.563 Megabytes/second
Average Transfer rate : 41.711 Megabytes/second
Disk use CPU load : 2.610 percent
-----------------------------------------------------------------------
Total : 246.507 Disk I/O-marks
Disk I/O disk 2-2: 35001 MB - SEAGATE ST336752LC 0002
Avg. data access time : 5.800 milliseconds
Cache/Bus xfer rate : 102.055 Megabytes/second
Track 0 xfer rate fwd : 57.697 Megabytes/second
Middle trk rate fwds. : 53.863 Megabytes/second
Last track rate bwds. : 40.035 Megabytes/second
Average Transfer rate : 50.532 Megabytes/second
Disk use CPU load : 3.280 percent
-----------------------------------------------------------------------
Total : 301.587 Disk I/O-marks
Disk I/O disk 39-3: 27 MB - SCSI PCMCIA reader slot 1
Avg. data access time : --.--- milliseconds
Cache/Bus xfer rate : --.--- Megabytes/second
Track 0 xfer rate fwd : --.--- Megabytes/second
Middle trk rate fwds. : --.--- Megabytes/second
Last track rate bwds. : --.--- Megabytes/second
Average Transfer rate : --.--- Megabytes/second
Disk use CPU load : --.--- percent
-----------------------------------------------------------------------
Total : --.--- Disk I/O-marks
Disk I/O disk 39-4: 27 MB - SCSI PCMCIA slot 2
Avg. data access time : --.--- milliseconds
Cache/Bus xfer rate : --.--- Megabytes/second
Track 0 xfer rate fwd : --.--- Megabytes/second
Middle trk rate fwds. : --.--- Megabytes/second
Last track rate bwds. : --.--- Megabytes/second
Average Transfer rate : --.--- Megabytes/second
Disk use CPU load : --.--- percent
-----------------------------------------------------------------------
Total : --.--- Disk I/O-marks
Disk I/O disk 39-5: 27 MB - USB SmartMedia reader
Avg. data access time : --.--- milliseconds
Cache/Bus xfer rate : --.--- Megabytes/second
Track 0 xfer rate fwd : --.--- Megabytes/second
Middle trk rate fwds. : --.--- Megabytes/second
Last track rate bwds. : --.--- Megabytes/second
Average Transfer rate : --.--- Megabytes/second
Disk use CPU load : --.--- percent
-----------------------------------------------------------------------
Total : --.--- Disk I/O-marks
CD-ROM I/O disk 1-1: -0 MB - LITE-ON DVDRW LDW-811S
Avg. data access time : --.--- milliseconds
Inner sectors rate : --.--- Kilobytes/second (~-0.0X)
Outer sectors rate : --.--- Kilobytes/second (~-0.0X)
CD-ROM use CPU load : --.--- percent
-----------------------------------------------------------------------
Total : --.--- CD I/O-marks
CD-ROM I/O disk 3-2: -0 MB - YAMAHA CRW2200S 1.0E
Avg. data access time : --.--- milliseconds
Inner sectors rate : --.--- Kilobytes/second (~-0.0X)
Outer sectors rate : --.--- Kilobytes/second (~-0.0X)
CD-ROM use CPU load : --.--- percent
-----------------------------------------------------------------------
Total : --.--- CD I/O-marks
CD-ROM I/O disk 3-3: 7911 MB - TOSHIBA DVD-ROM SD-M1401 1010
Avg. data access time : --.--- milliseconds
Inner sectors rate : --.--- Kilobytes/second (~-0.0X)
Outer sectors rate : --.--- Kilobytes/second (~-0.0X)
CD-ROM use CPU load : --.--- percent
-----------------------------------------------------------------------
Total : --.--- CD I/O-marks