Overheating = under clocking CPU?

Hi
I have a new g505s with a a8-4500m CPU which is 1.9ghz (up to 2.8ghz) and 8gb ram,
7640g graphics. Right now i can see that current speed is about 2400 mhz per core in Overdrive, but if I start playing a game, this will drop to about 1850mhz right away and seems to stay there. It is as if the turbo core gets disabled. Is that normal?
AIDA64 Extreme is reporting 54-68 degrees for each core.
HWMonitor reporting that the "package" is 100-110 degrees.
Could it be thermal throttling?
I have updated BIOS and drivers for 7640g

Hi madst,
Do you feel that your system is hot ? I would suggest you to check out temps from AMD over drive Click me!
Keep me posted
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Similar Messages

Is under clocking CPU, harm the GPU ?

I set my maximum processor state to 60% both plugged In and on battery to prevent overheating. what I want to know is that will lower clocking my processor put pressure on my GPU?
I got msi Apache Pro the fan is Awesome but want to make sure that my laptop will not get overheated while gaming because i had bad experiace with overheating on my previouse laptop.

Quote from: Alisina92 on 14-December-14, 01:56:36
I set my maximum processor state to 60% both plugged In and on battery to prevent overheating. what I want to know is that will lower clocking my processor put pressure on my GPU?
I got msi Apache Pro the fan is Awesome but want to make sure that my laptop will not get overheated while gaming because i had bad experiace with overheating on my previouse laptop.
No it will not GPU will still remain same pressure it has while CPU will work at it's own speed so lowering clock on cpu doesent mean gpu will get double as work load since gpu only do graphics part while cpu is doing load on process

HT4621 can the imac 27" mid 2011 take this ram "Corsair 8GB DDR31600MHz" ? will the imac under clock it to the 1333mhz ?

can the imac 27" mid 2011 take this ram "Corsair 8GB DDR31600MHz" ? will the imac under clock it to the 1333mhz ?

As the others have said, this is a really chancey thing to do...there have been several users on here during the past few weeks with questions about using out-of-spec ram...most had trouble with it. Macs will sometimes accept higher spec memory, sometimes they will not. Corsair has been getting some very good comments lately but that is from those using in-spec memory.
Best solution is the correct memory. And as noonday recommended, Crucial and OWC are very good and stock the correct ram.

How does the new i7 Mini behave under high CPU load?

Did anybody test a new quad-core i7 under high CPU load, using all cores at 100% during more than 15 minutes?
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Does it get as hot as a Macbook Air?
Do it feels like you're pushing it above its design goals, or does it look well suited for 100% CPU on all cores?
Thanks!!

Did anybody test a new quad-core i7 under high CPU load, using all cores at 100% during more than 15 minutes?
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Does it get as hot as a Macbook Air?
Do it feels like you're pushing it above its design goals, or does it look well suited for 100% CPU on all cores?
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Setsockopt() hangs under heavy CPU load

Good morning,
I've got a problem that under 100% CPU load setsockopt() tends to hang for a few seconds (at least up to 9 seconds, after that time a watchdog process kills the other process so I don't know how far that can go). The call is as follows:
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From what I can see the failure can happen if besides 100% CPU load there's also a major network activity. The process that hangs has a real time priority, although based on this:
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Thanks for help.

Barry Hemphill wrote:
Hello again:
I will not preach (sometimes I do that) about people that try to outthink perfectly competent manufacturer's engineers.
All iMacs get very hot. The 'fix' for heat issues is to use third party software to crank up the fans. This has been issue #1 with iMacs since the first Core 2 Duo models. What didn't Apple just set the fans higher?
There are always manufacturing defects or flaws that can happen. Remember the first gen macbook pro? It was a nightmare with the whole heating/thermal paste issue...
Now with i5/i7, it's even more toasty inside an iMac and must be extremely difficult to keep it cool and quiet in there.
The quad core iMacs are unfortunately somewhat of a 'first gen' product as seen all over the interwebs. :/
Cranking up the fans is a safe move at this point I would say.

Why did apple under-clock the iPhone 3gs' CPU speed from 833MHz to 600MHz?

I have read the tech-specs for the Samsung ARM A8 Cortex Processor, and it says the processor speed is 833MHz. It also stated that it can handle 720p video recording and playback at 30fps. I don't care if it it was for battery purporses. It want REAL answers from Apple. I have the tech-specs photo below. Thanks in advance,
Michael Keith

mk72118 wrote:
. It want REAL answers from Apple.
Then you're really making a big mistake posting here. This is a user to user technical support forum. Apple doesn't respond here, nor will they likely ever respond to your question.

Fastest clock CPU for Sawtooth?

Is it true that the fastest processor my sawooth can handle with the 100 MHz frontside bus is a 7400 running at 500 MHz? I was thinking about getting a dual 500 but I doubt the performance would be substantially better. I know OWC has all the other upgrades running up to 2 GHz but I can't afford that right now. Would something like a dual 800 MHz G4 from a quicksilver G4 work on my sawtooth? Can I go any faster than 500 MHz?
Message was edited by: Jrtechn

As you are probably aware, $80 severely limits what you can accomplish in this respect! Just about any upgrade for a sawtooth including hard drives and video cards would cost more than that. Same for processors. The only option I know of for that kind of money is a dual 500MHz from a gigabit ethernet model. And that's if your sawtooth can take a dual processor. The good options here are either getting a 1.5ghz or better aftermarket processor or buying a used Quicksilver or MDD model.

P45 Platinum + E6300 Wolfdale

Hi there,
I have some questions regarding this mobo.
1. could you post the oc parameters for:E6300 Wolfdale,KHX 1066 2*2Gb (T).
2. Ts there anybody tried yet new E6500K wolfdale.
My idea is to have a pc that is capable with few mouse clicks change from "green" under clocked cpu(~1400 GHz)
to moderately overclocked @3.8GHz
Thanks,
npprod

When I asked you to provide FULL system specs in reply to your original post in the BETA-BIOS-Thread, I did that for a reason: Without specific information about your system configuration, it is quite hard to make any reasonable suggestions on overclocking settings. So please, take the time to read the >>Posting Guide<< and tell us more about your system.
Quote
could you post the oc parameters for
Please be prepared that nobody will give you a full list of OC Settings. You will need to do some testing yourself to find stable settings for your system. All we can give you here is suggestions and advice, not a definate list of stable BIOS Settings (these you have to test/find yourself).
There are few things I can already tell you:
Quote
"green" under clocked cpu(~1400 GHz)
to moderately overclocked @3.8GHz
Your processor natively runs @266 MHz x 10.5 = 2800 MHz. In order to overclock it to 3800, your FSB Frequency needs to be raised to at least 362 MHz: 362 x 10.5 = 3801 MHz. With the CPU's power saving features enabled (C1E and/or EIST), the lowest possible CPU-Speed that can be scaled down to is therefore 362 MHz x 6 = 2172 MHz.
With your multiplier @x6, your FSB-Clock Speed needs to be 233 MHz (33 MHz below default speed) to get the CPU Frequency down to 1400 MHz. Even you you manage to enforce FSB Jumps between 233 MHz and 362 MHz from Windows without crashing your system, you may run into some problems regarding your memory clock speed. The latter is tied to the FSB Frequency by fixed ratios that can only be adjusted on the BIOS Level. Let's say you can manage to overclock your RAM to ~DDR2-1066 (which does not always work) by setting the FSB/DRAM Ratio to 1:1.5 in BIOS, your memory frequency will drop to 233 x 1.5 ~ 350 MHz [=DDR2-700] when you reduce the FSB Frequency in Windows. The Frequency Jumps between DDR2-700 and DDR2-1066 may cause stability problems of their own (in addition to the FSB Frequency jumps).
I doubt that anybody has ever tested that kind of scenario with this specific system configuration. Another reason that you need to be prepared to do a lot of testing on your own here.

Windows 7 Gadgets slow to respond, 50% CPU utilisation with gadgets that "move"

I have a fresh installation of Windows 7 RC and everything was fine. I have no idea what may have caused this, but on day 2 of using Windows 7 RC, any desktop gadgets that move (like the CPU meter or the clock with its second hand enabled) cause the sidebar.exe process to go to 50% CPU utilisation (which is 100% of one core on my dual core CPU).
These gadgets then just become unresponsive and I have to close them. I can only keep the Weather gadget on because it doesn't have any animations. I have all Windows updates and the latest NVIDIA driver from Windows Update and even their own website doesn't help. There is something wrong with my gadgets. I have never installed any extra gadgets.
What could it be?

Same issue, but after Vista x64 Home Prem upgrade to Win7 Home Prem x64. ATI Radeon HD 4850 graphics card, Quad Core & can't even change the settings of the Clock if I set the seconds hand. The clock takes up a continuous full core (25% of overall CPU) while the seconds hand is running; if the seconds hand is off then CPU utilization is 0% between minute updates. Other gadgets are similar, but many such as Calendar, Weather, and some non-MS gadgets work perfectly fine. Must be some kind of javascript issue. I have Avira Antivir before & after upgrade to Win7, so AVG isn't the issue for me - I even tried with Antivir and Comodo Firewall turned off. UAC on.
This machine is FAST & it can't handle a little gadget. (7.2/7.3 Windows Experience subscores on all but hard disk, which is 5.9) Didn't have this issue in Vista x64 Home Prem.
edit:
Checked the Win7 Resource Monitor CPU tab:
sidebar.exe - While not under heavy CPU load, "Analyze Wait Chain..." from context menu continually shows "One or more threads of sidebar.exe are waiting to finish network I/O", and indicates thread 4140 which is WinInet.dll (Internet Extensions for Win32 application extension.) Under heavy CPU load, several other threads starting from sidebar.exe were indicated from the same message from "Analyze Wait Chain..." as well.
All other non-sidebar processes indicate "running normally" from "Analyze Wait Chain..."
Another clue: If I login using the "Administrator" account, there is *** no performance problem ***! The sidebar.exe shows as "running normally" from "Analyze Wait Chain..."
So I also tried:
- w/UAC turned off on the normal user (administrator rights) account (no fix)
- tried creating a *new* normal user (administrator rights) account; still sloooowwww (also try this one w/o UAC, still bad)
-Problem Status: normal User Accounts have the sidebar performance problem, Administrator account runs fine.
Edit: 12/31/09
SOLVED!!!!
After digging into the sidebar.exe output from Sysinternals Process Monitor, I noticed a peculiar difference between the output for the properly functioning Administrator account & my User accounts. The admin acct showed the monitor profile for a good number of operations, while the User accts showed the wsRGB.cdmp value for the same operations, which was peculiar because I had my User accounts configured to use the system defaults, the same way I had the admin acct configured.
Going into the Windows Color Management, Advanced tab, I found that if I chose either of the "virtual device model profile" choices for the "Device Profile" setting, the performance hit was instant. If I used any of the "normal" icm profiles, performance was good. So I changed my system default Device Profile from "sRGB virtual device model profile" to the std sRGB.icm profile & everything is working great!
Note: In addition to the Gadgets, this also impacted the Windows Media Center Internet TV listings performance, which was also back to good performance after this WCM setting change. I'd expect there are numerous other apps that could be affected by the "virtual device model profile" handling. Googling "virtual device model profile" seems to bear that out, as I see others who ran into app problems when using that in the WCM applet.

Satellite P300 - 01S or PSPCCC-01S01C CPU is underclocked with each Bios update

Why is Toshiba crippling the performance of the CPU ,FSB and Memmory speed with each bios update
when perchased bios version 1.60
* internal clock speed 2001 MHz
update to Bios version 1.80
* internal clock speed 1995 MHz
 crippled performance by .5 %
update to Bios version 2.50
* internal clock speed 1993.4
 crippled performance by 1.95 %
* other issues fan coming on more often
 intel wireless unstable
 etc
in this last Bios update 2.50 a noticable drop in performance under load
I paid for >>"Intel® Core™ 2 Duo Processor P7350 (2.0GHz 1066MHz FSB, L1 Cache 32KB/32KB, L2 Cache 3MB)" not a 1.9 Processor
>> YOU ARE CRIPPLING THE FSB AND MEMMORY TIMINGS AND UNDER CLOCKING MY LAPTOP <<
I would like it restored to its former advertised speed 2.0GHz
The reduced speed is noticable.
everyone should check for obvious reduced performance
Thank YOU
This is the make and model i perchased Model: PSPCCC-01S01C - Satellite P300 - 01S
(Mercury Silver Top Cover - ATI Mobility Radeon HD 3650)
PS/AC Adaptor: Model: PA-1121-04 Toshiba Part No: PA3290E-3AC3 (Input 100-240V~2.0A 50-60Hz, Output 19V 6.3A) Three Pins Plug Connector
FCC ID: WiFi® CJ6UPA3655WL, Bluetooth™ RYYEYTFXCS (Sticker in the Battery Compartment)
IC: WiFi® 248H-DPA3655W, Bluetooth™ 4389B-EYTFXCS (Sticker in the Battery Compartment)
Contains Radio Device: WiFi® 512AN_MMW, Bluetooth™ EYTFXCS (Sticker in the Battery Compartment)
CMII ID: Bluetooth™ 2007DJ1022 (Sticker in the Battery Compartment)
Environmental Credentials: Energy Star 4.0 (Sticker on Upper Cover)
RoHS
Operating System: Microsoft® Windows Vista™ Home Premium Edition SP1 64-bit Operating System
- Bilingual English or French Operating System

thank you for your repley
i am very much in favor of stability ,reliability and performance but the fact remains
that Toshiba Techs have made a conscious and willfull decision to under clock the laptop and make no
mention that the bios updates may result in processing reduction, as for the call to tech support it was fruitless
because they are clueless as to why such things happen (Corporate Denial).
In Canada there were two very close speced laptops
one for 899.00 CAD with 1.9 GHz CPU
and the one I bought 2 months ago 1149.00 CAD 2.0 GHz
To me this looks like Toshiba overclocking the laptop to get out the retail door.
its not just affecting me, it affects everyone that buys a Toshiba laptop.
I will not back down on this point. The origional advertised and paid for specs, should
be restored in an upcoming bios update. If not, then it just confirms my original
findings.
This is refered to as "BAIT and SWITCH" and the practice is illegal in Canada.

T60p overheating problem

Hi everyone
Having a bit of an issue with my T60p overheating (idle @ 70C/158F; fan at 3500 rpm ) and would like to know if there are any solutions. Googled it and it seems that many people have experienced the same problem but haven't seen any solution that didn't require serious hardware modifications to my fan.
So my question is this:
is there a replacement fan that could improve my cooling system, and if not are there any other solutions?
Thanks
Ovidiu
PS: My system is a T60p 2623 DDU
Solved!
Go to Solution.

Question: Do you really want to restrict the performance of your system by under-clocking? On the contray, I wish it to perform to the max........
Firstly, over time the Fan will suffer from wear and tear, please note it may not be necessary to replace the fan, it can be serviced. remove the fan and use 1 small drop of high grade machine oil to the centre spindle.
I used 10W Nano-Oil from Chriatian StClaire, I prefer to use the best but "sowing machine" oil will suffice. After reassembling the fan, you may find it runs smoother/quieter/faster, subsequently helping to dissipate a little more heat and reduce noise.
Secondly, over time the Thermal Pads which transfer the heat will deteriorate and may need to be replaced, but if you prefer to optimize heat transfer, do not replace these two Pads, use Copper Shim to plug the small gap and use a high grade Thermal Paste (on both sides of the Shim).
I used only ONE 12mm x 12mm x 0.8mm Copper Shim (can be purchased from eBay) and left the CPU and GPU dies bare (no Shim).
Thermal Paste was Shin-Etsu X23-7783D, note that not all Thermal Pastes from this same company are equally as good, be specific to the item number.
Link to Copper Shim mod, in theory it is the same, to increase transfer of heat away from the processors :-
http://forum.notebookreview.com/dell-xps-studio-xps/268081-dell-xps-m1330-nvidia-geforce-8400m-gs-co...
I find it best to use the "pea" Thermal Compound application after warming the tube of Thermal Paste ib hot water for afew minutes.
http://www.youtube.com/watch?v=EyXLu1Ms-q4
This worked for me, but there are many factors which may determine it will not work, ie: correct application of thermal paste : too much gap between the GPU die and Thermal Heatsink etc.
Previously, I too had "lock ups" due to over heating issues, now stable. My modified T60p Core 2 Duo T7600, 120GB SSD, 4GB RAM (2x2GB), FireGL v5200, Win 7 64bit performs demurely but at a blistering pace.
I have Core Temp readings of........ Core #0 40 degrees & Core #1 41 degrees on 0% load.
........Core #0 83 degrees & Core #1 84 degrees on 100% load using Prime95.
T60p 2008HA8:T7600:BHV150UX1-100:FireGLv5250:Atheros N : DVD Multi III:NMB Kbd.Samsung840EVO 250GB:4GB RAM:Wins8.1 Pro+MC.
T60p 2007WUK:T7600:BHV150UX1-100:FireGLv5200:Atheros N.Samsung840EVO 250GB:4GB RAM:Wins7 Ult.

Legacy CPU on G31M3-F V2

I got a deal from Frys ($35) on this motherboard (MS-7529), thinking I would use it with one of my old CPUs to build a low cost system.
Unfortunately, none of my CPUs is on the CPU Support list: http://www.msicomputer.com/index.php?func=prodcpusupport&maincat_no=1&cat2_no=170&cat3_no=&prod_no=1573#menu.
The ones I have are Pentium D 830 and 805, and a Celeron D 346. The PD805 is currently in use.
I was thinking of trying to use the PD830 by under-clocking it since the Pentium D 820 is supported.
Do I have any hope of getting this to work?

Yeah, I saw that about the FSB limit on the PD805.
Although it is surprising what CAN work. The PD805 is presently on an NV4 SLI chipset Abit board, at stock speed of 20 x 133.3 MHz, running 8 GB DDR2-800 at 400 MHz.
The funny thing is that the board manufacturer states that the board will only run DDR2-533. I assumed that the BIOS would set the DDR speed at 266 and that would be that. Instead it came up at 400 MHz with no prompting and has remained stable since.
I am still tempted to try the PD830. Will it be able to detect overheating in the PWM/mosfet area and shutdown before the board gets damaged? Does it have a sensor there? (The Abit does.)

V880 CPU timneout / dump errors

We have a V880 with 8x1.2GHz CPU's we just purchased.
And we are having some CPU problems.
On arrival CPU's 7 & 8 failed due to timeouts. We received a new RMA from Sun for a 2x1.2GHx mem/board.
Last night we had the same problem occur:
Complained about cpu3 and dumped��(panic[cpu3]/thread=3001b87d760: panic sync timeout
dumping to /dev/dsk/c1t0d0s1, offset 1718222848I) pulled that cpu module and the system was fine after that
Then overnight we had another problem:
Looks like our system rebooted last night due to a failure on cpu 5.
Dec 13 01:57:23 gandalf unix: [ID 836849 kern.notice]
Dec 13 01:57:23 gandalf ^Mpanic[cpu5]/thread=30015443080:
Dec 13 01:57:23 gandalf unix: [ID 127206 kern.notice] alloccgblk: can't find blk in cyl, pos:10, i:1985, fs:/ bno: b49
Dec 13 01:57:23 gandalf unix: [ID 100000 kern.notice]
Dec 13 01:57:23 gandalf genunix: [ID 723222 kern.notice] 000002a1008f0f50 ufs:real_panic_v+70 (0, 1047c140, 2a1008f11f0, 0
, 0, 0)
Dec 13 01:57:23 gandalf genunix: [ID 179002 kern.notice] %l0-3: 00000000101ffa24 0000000000000000 0000000000002000 00000
2a1008f1a00
Dec 13 01:57:23 gandalf %l4-7: 00000300159e92d8 0000030002c8cd88 0000000000002000 00000000ff23c008
Dec 13 01:57:23 gandalf genunix: [ID 723222 kern.notice] 000002a1008f1000 ufs:ufs_fault_v+c8 (3000017d230, 0, 2a1008f11f0,
300031e9e18, 5b, 0)
Dec 13 01:57:23 gandalf genunix: [ID 179002 kern.notice] %l0-3: 000003000017d180 000000001047c140 00000300159e9480 00000
300159e9420
Please advise if this may be due to a patch or hardware?
thanks

This is the diagnostic output from the test 880. This system only has 1 cpu module in it. This is the one that was sent as an rma replacement.
��
<*>
Hardware Power On
@(#)OBP 4.15.1 2004/06/02 16:06 Sun Fire 8XX
Front Panel Keyswitch is in Diagnostic position.
System is initializing in Service Mode.
Online: CPU0 CPU2*
Validating JTAG integrity...Done
Disabling DAR error circuitry...Done
Clearing DCS error circuitry state...Done
Initializing DTL circuitry state...Done
Initializing MDR via JTAG...Done
Enabling DAR error circuitry...Done
Probing core system FRUs..
Probing Motherboard....part# 501-6771-02 serial# 000406
Safari min 100MHz, cumulative 100MHz; max 150MHz, cumulative 150MHz
'STICK' clock 10MHz; BootBus timing 014f.99fd.a7e6.3f29
Probing I/O Board......part# 501-5142-17 serial# 035061
Probing System RSC.....part# 501-5856-06 serial# 267275
Probing PwrDistBoard...part# 375-0071-03 serial# N59035
Probing PowerSupply0...part# 300-1353-03 serial# M82973
Probing PowerSupply1...part# 300-1353-03 serial# M82974
Probing PowerSupply2...part# 300-1353-03 serial# M82971
Probing GPTwo Slot A...part# 501-6164-02 serial# 007739
Safari min 100MHz, cumulative 100MHz; max 150MHz, cumulative 150MHz
CPU rated speed 1200MHz; ECache 8MB 3.3ns
Probing GPTwo Slot B...No module detected
Probing GPTwo Slot C...No module detected
Probing GPTwo Slot D...No module detected Done
Desired Safari Bus speed 150MHz, selecting 150MHz
Configuring CPUs..........
... CPU0 Rated Speed 1200MHz, Safari 150MHz, want 8:1, got 8:1 ==> CPU 1200MHz
Ecache 8MB 3.3ns mode=5-4-4 2-way ECCR: 0000.0000.0343.4c00
... CPU2 Rated Speed 1200MHz, Safari 150MHz, want 8:1, got 8:1 ==> CPU 1200MHz
Ecache 8MB 3.3ns mode=5-4-4 2-way ECCR: 0000.0000.0343.4c00 Done
Setting system speed (and resetting)...
<*>
Set Speed Reset
@(#)OBP 4.15.1 2004/06/02 16:06 Sun Fire 8XX
Front Panel Keyswitch is in Diagnostic position.
System is initializing in Service Mode.
Online: CPU0 UltraSPARC III+ (v11.1) 8:1 1200MHz 8MB 4:1 ECache
Online: CPU2 UltraSPARC III+ (v11.1) 8:1 1200MHz 8MB 4:1 ECache Executing POST w/%o0 = 0000.1000.0101.4043 0:0> 0:0>@(#) Sun Fire[TM] V880/V890 POST 4.15.0 2004/05/27 13:23 /dat/fw/common-source/firmware_re/post/post-build-4.15.0/Cam elot/daktari/ integrated (firmware_re) 0:0>Copyright �� 2004 Sun Microsystems, Inc. All rights reserved SUN PROPRIETARY/CONFIDENTIAL. Use is subject to license terms. 0:0>Jump from OBP->POST. 0:0>diag-switch? configuration variable set TRUE. 0:0>Keyswitch in DIAGNOSTIC POSITION. 0:0>Diag level set to MAX. 0:0>Verbosity level set to MAX. 0:0>MFG scrpt mode set NORM 0:0>I/O port set to serial TTYA. 0:0> 0:0>Start selftest... 0:0>CPUs present in system: 0:0 2:0 0:0>Test CPU(s)..... 0:0>Init CPU 0:0> UltraSparc_III_plus Version 11.1 0:0>DMMU Registers Access 0:0>DMMU TLB DATA RAM Access 0:0>DMMU TLB TAGS Access 0:0>IMMU Registers Access 0:0>IMMU TLB DATA RAM Access 0:0>IMMU TLB TAGS Access 0:0>Probe Ecache 0:0> Size = 00000000.00800000... 0:0>Ecache Data Bitwalk 0:0>Ecache Address Bitwalk 0:0>Scrub and Setup Ecache 0:0>Setup and Enable DMMU 0:0>Setup DMMU Miss Handler 0:0>Test and Init Temp Mailbox 2:0>Init CPU 2:0> UltraSparc_III_plus Version 11.1 2:0>DMMU Registers Access 2:0>DMMU TLB DATA RAM Access 2:0>DMMU TLB TAGS Access 2:0>IMMU Registers Access 2:0>IMMU TLB DATA RAM Access 2:0>IMMU TLB TAGS Access 2:0>Probe Ecache 2:0> Size = 00000000.00800000... 2:0>Ecache Data Bitwalk 2:0>Ecache Address Bitwalk 2:0>Scrub and Setup Ecache 2:0>Setup and Enable DMMU 2:0>Setup DMMU Miss Handler 2:0>Test and Init Temp Mailbox 0:0>Init Scan/I2C..... 0:0>Initializing Scan Database 0:0>Mask DAR errors off 0:0>Init MDR DTL 0:0>Init DAR DTL 0:0>Enable Partial DAR error 0:0>Init DCS DTL 0:0>Init I2C 0:0>Unquiesce Safari 0:0>Margin all voltages to nominal 0:0>Scan ring integrity 0:0> 0:0>INFO: H/W under test = CPU Board Slot B (Cheetah 1, DCDS [0-7], SRAMs) Scan Ring NOT Present or Shut OFF 0:0> 0:0>INFO: H/W under test = CPU Board Slot B (Cheetah 3, SRAMs) Scan Ring NOT Pre sent or Shut OFF 0:0> 0:0>INFO: H/W under test = CPU Board Slot C (Cheetah 4, DCDS [0-7], SRAMs) Scan Ring NOT Present or Shut OFF 0:0> 0:0>INFO: H/W under test = CPU Board Slot D (Cheetah 5, DCDS [0-7], SRAMs) Scan Ring NOT Present or Shut OFF 0:0> 0:0>INFO: H/W under test = CPU Board Slot C (Cheetah 6, SRAMs) Scan Ring NOT Pre sent or Shut OFF 0:0> 0:0>INFO: H/W under test = CPU Board Slot D (Cheetah 7, SRAMs) Scan Ring NOT Pre sent or Shut OFF 0:0>Set Trip Temp CPU 0 to 110C 0:0>Set Trip Temp CPU 2 to 110C 0:0>TUES DEC 13 11:48:56 GMT 5 0:0>Safari quick check 0:0> to IO-bridge_0 0:0> to IO-bridge_1 0:0>Safari full check 0:0> to IO-bridge_0 0:0> to IO-bridge_1 0:0>Disable CPU 0 error checking 0:0>Disable CPU 2 error checking 0:0>Basic Memory Test..... 0:0>Probe and Setup Memory 0:0>INFO: 512MB Bank 0 0:0>INFO: 512MB Bank 1 0:0>INFO: 512MB Bank 2 0:0>INFO: 512MB Bank 3 0:0> 0:0>Data Bitwalk on Master 0:0> Test Bank 0. 0:0> Test Bank 1. 0:0> Test Bank 2. 0:0> Test Bank 3. 0:0>Address Bitwalk on Master 0:0> 0:0>INFO: Addr walk mem test on CPU 0:0 Bank 0: 00000000.00000000 to 00000000.20 000000. 0:0> 0:0>INFO: Addr walk mem test on CPU 0:0 Bank 1: 00000001.00000000 to 00000001.20 000000. 0:0> 0:0>INFO: Addr walk mem test on CPU 0:0 Bank 2: 00000002.00000000 to 00000002.20 000000. 0:0> 0:0>INFO: Addr walk mem test on CPU 0:0 Bank 3: 00000003.00000000 to 00000003.20 000000. 0:0>Set Mailbox 0:0>Setup Final DMMU Entries 0:0>Post Image Region Scrub 0:0>Run POST from Memory 0:0>Verifying checksum on copied image. 0:0>The Memory's CHECKSUM value is 2a78. 0:0>The Memory's Content Size value is a0654. 0:0>Success... Checksum on Memory Validated. 2:0>Safari quick check 2:0> to IO-bridge_0 2:0> to IO-bridge_1 2:0>Safari full check 2:0> to IO-bridge_0 2:0> to IO-bridge_1 2:0>Probe and Setup Memory 2:0>INFO: 512MB Bank 0 2:0>INFO: 512MB Bank 1 2:0>INFO: 512MB Bank 2 2:0>INFO: 512MB Bank 3 2:0> 2:0>Set Mailbox 0:0>Data Bitwalk on Slave 2 0:0> Test Bank 0. 0:0> Test Bank 1. 0:0> Test Bank 2. 0:0> Test Bank 3. 0:0>Address Bitwalk on Slave 2 0:0> 0:0>INFO: Addr walk mem test on CPU 2:0 Bank 0: 00000020.00000000 to 00000020.20 000000. 0:0> 0:0>INFO: Addr walk mem test on CPU 2:0 Bank 1: 00000021.00000000 to 00000021.20 000000. 0:0> 0:0>INFO: Addr walk mem test on CPU 2:0 Bank 2: 00000022.00000000 to 00000022.20 000000. 0:0> 0:0>INFO: Addr walk mem test on CPU 2:0 Bank 3: 00000023.00000000 to 00000023.20 000000. 2:0>Setup Final DMMU Entries 2:0>Map Slave POST to master memory 2:0>8k DMMU TLB 0 Data 0:0>Full CPU Test..... 0:0>8k DMMU TLB 0 Data 2:0>8k DMMU TLB 1 Data 0:0>8k DMMU TLB 1 Data 2:0>8k DMMU TLB 0 Tags 0:0>8k DMMU TLB 0 Tags 2:0>8k DMMU TLB 1 Tags 0:0>8k DMMU TLB 1 Tags 2:0>8k IMMU TLB Data 0:0>8k IMMU TLB Data 2:0>8k IMMU TLB Tags 0:0>8k IMMU TLB Tags 2:0>Instruction Cache Tag RAM 0:0>Instruction Cache Tag RAM 2:0>Instruction Cache RAM 0:0>Instruction Cache RAM 2:0>I-Cache Valid/Predict TAGS Test 0:0>I-Cache Valid/Predict TAGS Test 2:0>I-Cache Branch Predict Array Test 0:0>I-Cache Branch Predict Array Test 2:0>Instruction Cache Snoop Tag Field 0:0>Instruction Cache Snoop Tag Field 2:0>Flush D/W caches 0:0>Flush D/W caches 2:0>Data Cache RAM 0:0>Data Cache RAM 2:0>Data Cache Tags 0:0>Data Cache Tags 2:0>Data Micro Tags 0:0>Data Micro Tags 2:0>D-Cache SnoopTags Test 0:0>D-Cache SnoopTags Test 2:0>WCache RAM 0:0>WCache RAM 2:0>WCache Tags 0:0>WCache Tags 2:0>W-Cache Valid bit Test 0:0>W-Cache Valid bit Test 2:0>W-Cache Bank valid bit Test 0:0>W-Cache Bank valid bit Test 2:0>W-Cache SnoopTAGS Test 0:0>W-Cache SnoopTAGS Test 2:0>Prefetch Cache RAM 0:0>Prefetch Cache RAM 2:0>Prefetch Cache Tags 0:0>Prefetch Cache Tags 2:0>P-Cache SnoopTags Test 0:0>P-Cache SnoopTags Test 2:0>P-Cache Status Data Test 0:0>P-Cache Status Data Test 2:0>Branch Prediction Initialization 0:0>Branch Prediction Initialization 2:0>Print Mem Config 2:0>Caches : Icache is ON, Dcache is ON, Wcache is ON, Pcache is ON. 2:0>Memory in non-interleave config: 2:0> Bank 0 512MB : 00000020.00000000 -> 00000020.20000000. 2:0> Bank 1 512MB : 00000021.00000000 -> 00000021.20000000. 2:0> Bank 2 512MB : 00000022.00000000 -> 00000022.20000000. 2:0> Bank 3 512MB : 00000023.00000000 -> 00000023.20000000. 0:0>Memory Block..... 0:0>Print Mem Config 0:0>Caches : Icache is ON, Dcache is ON, Wcache is ON, Pcache is ON. 0:0>Memory in non-interleave config: 0:0> Bank 0 512MB : 00000000.00000000 -> 00000000.20000000. 0:0> Bank 1 512MB : 00000001.00000000 -> 00000001.20000000. 0:0> Bank 2 512MB : 00000002.00000000 -> 00000002.20000000. 0:0> Bank 3 512MB : 00000003.00000000 -> 00000003.20000000. 2:0>Scrub Memory 0:0>Scrub Memory 2:0>Quick Block Mem Test 2:0>Quick Test 16777216 bytes at 00000020.00000000 0:0>Quick Block Mem Test 0:0>Quick Test 16777216 bytes at 00000000.00600000 0:0>40% Done... 2:0>Flush Caches 0:0>Flush Caches 2:0>Get code in ecache. 0:0>Get code in ecache. 0:0>IO-Bridge Tests..... 0:0>IO-Bridge unit 0 init test 0:0>IO-Bridge unit 1 init test 0:0>IO-Bridge unit 0 reg test 0:0>IO-Bridge unit 0 mem test 0:0>IO-Bridge unit 0 PCI DMA A test 0:0>IO-Bridge unit 0 PCI DMA B test 0:0>IO-Bridge unit 0 PCI merg test 0:0>IO-Bridge unit 0 PCI iommu test 0:0>IO-Bridge unit 0 PCI stc test 0:0>IO-Bridge unit 0 interrupt test 0:0>IO-Bridge unit 1 reg test 0:0>IO-Bridge unit 1 mem test 0:0>IO-Bridge unit 1 PCI DMA C test 0:0>IO-Bridge unit 1 PCI DMA D test 0:0>IO-Bridge unit 1 PCI merg test 0:0>IO-Bridge unit 1 PCI iommu test 0:0>IO-Bridge unit 1 PCI stc test 0:0>IO-Bridge unit 1 interrupt test 2:0>IO-Bridge unit 0 init test 2:0>IO-Bridge unit 0 reg test 2:0>IO-Bridge unit 0 mem test 2:0>IO-Bridge unit 0 PCI DMA test 2:0>IO-Bridge unit 0 PCI merg test 2:0>IO-Bridge unit 0 PCI iommu test 2:0>IO-Bridge unit 0 PCI stc test 2:0>IO-Bridge unit 0 interrupt test 2:0>IO-Bridge unit 1 init test 2:0>IO-Bridge unit 1 reg test 2:0>IO-Bridge unit 1 mem test 2:0>IO-Bridge unit 1 PCI DMA test 2:0>IO-Bridge unit 1 PCI merg test 2:0>IO-Bridge unit 1 PCI iommu test 2:0>IO-Bridge unit 1 PCI stc test 2:0>IO-Bridge unit 1 interrupt test 2:0>FPU Registers and Data Path 0:0>FPU Registers and Data Path 2:0>FPU Move Registers 0:0>FPU Move Registers 2:0>FSR Read/Write 0:0>FSR Read/Write 2:0>FPU Branch Instructions 0:0>FPU Branch Instructions 2:0>FPU Functional Test 0:0>FPU Functional Test 2:0>FPU BLOCK REG TEST 0:0>FPU BLOCK REG TEST 2:0>Calculating memory test time 0:0>Full Memory Test..... 2:0> 2:0>INFO: The expected TIMEOUT for the block memory tests can exceed 2 minutes. 0:0>Calculating memory test time 2:0> 2:0>INFO: The expected TIMEOUT for the MOVI memory tests can exceed 112 minutes. 0:0> 0:0>INFO: The expected TIMEOUT for the block memory tests can exceed 2 minutes. 0:0> 0:0>INFO: The expected TIMEOUT for the MOVI memory tests can exceed 112 minutes. 2:0>Block Memory 0:0>Block Memory 2:0>Test 536870912 bytes on bank 0.... 0:0>Test 530579456 bytes on bank 0.... 0:0>1% Done... 0:0>4% Done... 0:0>6% Done... 0:0>9% Done... 0:0>12% Done... 0:0>15% Done... 0:0>18% Done... 0:0>20% Done... 0:0>23% Done... 0:0>26% Done... 0:0>29% Done... 0:0>32% Done... 0:0>35% Done... 0:0>37% Done... 0:0>40% Done... 0:0>43% Done... 0:0>46% Done... 0:0>49% Done... 0:0>51% Done... 0:0>54% Done... 0:0>57% Done... 0:0>60% Done... 0:0>63% Done... 0:0>65% Done... 0:0>68% Done... 0:0>71% Done... 0:0>74% Done... 0:0>77% Done... 0:0>79% Done... 0:0>82% Done... 0:0>85% Done... 0:0>88% Done... 0:0>91% Done... 0:0>94% Done... 2:0>Test 536870912 bytes on bank 1.... 0:0>96% Done... 0:0>99% Done... 0:0>Test 536870912 bytes on bank 1.... 0:0>1% Done... 0:0>4% Done... 0:0>6% Done... 0:0>9% Done... 0:0>12% Done... 0:0>15% Done... 0:0>18% Done... 0:0>20% Done... 0:0>23% Done... 0:0>26% Done... 0:0>29% Done... 0:0>31% Done... 0:0>34% Done... 0:0>37% Done... 0:0>40% Done... 0:0>43% Done... 0:0>45% Done... 0:0>48% Done... 0:0>51% Done... 0:0>54% Done... 0:0>56% Done... 0:0>59% Done... 0:0>62% Done... 0:0>65% Done... 0:0>68% Done... 0:0>70% Done... 0:0>73% Done... 0:0>76% Done... 0:0>79% Done... 0:0>81% Done... 0:0>84% Done... 2:0>Test 536870912 bytes on bank 2.... 0:0>87% Done... 0:0>90% Done... 2:0> 2:0>WARNING: TEST = Block Memory 2:0>H/W under test = CPU0, All CPU0 Memory 2:0>MSG = Data or Instruction Access Error, Trap Type 00000000.00000063 Trap PC ffffffff.f01213d0 Trap Level 00000000.00000001 AFSR 00000002.00000147 AFAR 00000022.06330020 2:0>END_WARNING 0:0>93% Done... 2:0> CE bit: Correctable system data ECC error 2:0> Failed cache line data: 2:0> Address 00000022.06330000=00000000.00000000. 2:0> Address 00000022.06330008=00000000.00000000. 2:0> Address 00000022.06330010=00000000.00000000. 2:0> Address 00000022.06330018=00000000.00000000. 2:0> Address 00000022.06330020=00000000.00000000. 2:0> Address 00000022.06330028=00000000.00000000. 2:0> Address 00000022.06330030=00000000.00000000. 2:0> Address 00000022.06330038=00000000.00000000. 2:0> AFSR check after re-reading data: 2:0> No Errors in afsr reg 0:0>95% Done... 2:0> 2:0>ERROR: TEST = Block Memory 2:0>H/W under test = CPU2 Bank 2 Dimm 0, J7900 side 2 2:0>Repair Instructions: Replace items in order listed by 'H/W under test' above . 2:0>MSG = DIMM failure Bank 2 DIMM 0 Pin 87 2:0>END_ERROR 0:0>98% Done... 2:0>Test 536870912 bytes on bank 3.... 0:0>Test 536870912 bytes on bank 2.... 0:0>1% Done... 0:0>4% Done... 0:0>6% Done... 0:0>9% Done... 0:0>12% Done... 0:0>15% Done... 0:0>18% Done... 0:0>20% Done... 0:0>23% Done... 0:0>26% Done... 0:0>29% Done... 0:0>31% Done... 0:0>34% Done... 0:0>37% Done... 0:0>40% Done... 0:0>43% Done... 0:0>45% Done... 0:0>48% Done... 0:0>51% Done... 0:0>54% Done... 0:0>56% Done... 0:0>59% Done... 0:0>62% Done... 0:0>65% Done... 0:0>68% Done... 0:0>70% Done... 0:0>73% Done... 0:0>76% Done... 0:0>79% Done... 0:0>81% Done... 0:0>84% Done... 0:0>87% Done... 0:0>90% Done... 0:0>93% Done... 0:0>95% Done... 0:0>98% Done... 0:0>Test 536870912 bytes on bank 3.... 0:0>1% Done... 0:0>4% Done... 0:0>6% Done... 0:0>9% Done... 0:0>12% Done... 0:0>15% Done... 0:0>18% Done... 0:0>20% Done... 0:0>23% Done... 0:0>26% Done... 0:0>29% Done... 0:0>31% Done... 0:0>34% Done... 0:0>37% Done... 0:0>40% Done... 0:0>43% Done... 0:0>45% Done... 0:0>48% Done... 0:0>51% Done... 0:0>54% Done... 0:0>56% Done... 0:0>59% Done... 0:0>62% Done... 0:0>65% Done... 0:0>68% Done... 0:0>70% Done... 0:0>73% Done... 0:0>76% Done... 0:0>79% Done... 0:0>81% Done... 0:0>84% Done... 0:0>87% Done... 0:0>90% Done... 0:0>93% Done... 0:0>95% Done... 0:0>98% Done... 0:0> 0:0>Motherboard/Centerplane Board Part Number: 0:0> 5016771-02-50 0:0>IO/Riser Board Part Number: 0:0> 5015142-17-50 0:0>CPUA Board Part Number: 0:0> 5016164-02-50 0:0>CPUB Board Part Number: 0:0> 0:0>INFO: Unpopulated Slot 0:0>CPUC Board Part Number: 0:0> 0:0>INFO: Unpopulated Slot 0:0>CPUD Board Part Number: 0:0> 0:0>INFO: Unpopulated Slot 0:0>Enable Errors..... 0:0>Turn IO-Bridge 0 errors on 0:0>Turn IO-Bridge 1 errors on 0:0>Turn CPU 0 errors on 0:0>Turn CPU 2 errors on 0:0>Turn Module A DCDS errors on 0:0>Turn DCS errors on 0:0>Turn DAR errors on 0:0>Turn error traps on 0:0>ERROR: 0:0> POST toplevel status has the following failures: 0:0> CPU2 Memory Bank 2 0:0> POST failed the following devices on CPU 2: 0:0> Mem Bank2 DIMM0 0:0>END_ERROR 0:0>POST: Return to OBP. CPU0: System POST Completed Pass/Fail Status = ffff.ffff.ffff.ffff ESB Overall Status = ffff.fbff.ffff.ffff <>
POST Reset
@(#)OBP 4.15.1 2004/06/02 16:06 Sun Fire 8XX
Front Panel Keyswitch is in Diagnostic position.
System is initializing in Service Mode.
Online: CPU0 UltraSPARC III+ (v11.1) 8:1 1200MHz 8MB 4:1 ECache
Online: CPU2 UltraSPARC III+ (v11.1) 8:1 1200MHz 8MB 4:1 ECache Configuring CPUs.......... ... CPU0 Rated Speed 1200MHz, Safari 150MHz, want 8:1, got 8:1 ==> CPU 1200MHz Ecache 8MB 3.3ns mode=5-4-4 2-way ECCR: 0000.0000.0343.4c00 ... CPU2 Rated Speed 1200MHz, Safari 150MHz, want 8:1, got 8:1 ==> CPU 1200MHz Ecache 8MB 3.3ns mode=5-4-4 2-way ECCR: 0000.0000.0343.4c00 Done <>
CPU Configuration Reset
@(#)OBP 4.15.1 2004/06/02 16:06 Sun Fire 8XX
Front Panel Keyswitch is in Diagnostic position.
System is initializing in Service Mode.
Online: CPU0 UltraSPARC III+ (v11.1) 8:1 1200MHz 8MB 4:1 ECache
Online: *CPU2 UltraSPARC III+ (v11.1) 8:1 1200MHz 8MB 4:1 ECache Enabling system bus....... CPU0 CPU2 Done Probing Memory............ Probing CPU0 memory configuration NGDIMM#0 part# 501-5401-02 serial# 239775, 128MB + 128MB, SC#0 NGDIMM#1 part# 501-5401-02 serial# 210339, 128MB + 128MB, SC#0 NGDIMM#2 part# 501-5401-02 serial# 269977, 128MB + 128MB, SC#0 NGDIMM#3 part# 501-5401-02 serial# 259281, 128MB + 128MB, SC#0 NGDIMM#4 part# 501-5401-02 serial# 285460, 128MB + 128MB, SC#0 NGDIMM#5 part# 501-5401-02 serial# 241197, 128MB + 128MB, SC#0 NGDIMM#6 part# 501-5401-02 serial# 239762, 128MB + 128MB, SC#0 NGDIMM#7 part# 501-5401-02 serial# 207368, 128MB + 128MB, SC#0 Probing CPU2 memory configuration NGDIMM#0 part# 501-5401-02 serial# 306155, 128MB + 128MB, SC#0 NGDIMM#1 part# 501-5401-02 serial# 241926, 128MB + 128MB, SC#0 NGDIMM#2 part# 501-5401-02 serial# 236717, 128MB + 128MB, SC#0 NGDIMM#3 part# 501-5401-02 serial# 277929, 128MB + 128MB, SC#0 NGDIMM#4 part# 501-5401-02 serial# 267633, 128MB + 128MB, SC#0 NGDIMM#5 part# 501-5401-02 serial# 266643, 128MB + 128MB, SC#0 NGDIMM#6 part# 501-5401-02 serial# 210277, 128MB + 128MB, SC#0 NGDIMM#7 part# 501-5401-02 serial# 284702, 128MB + 128MB, SC#0 Done Initializing CPUs......... Mungeing Memory...........Done HiMem: 0000.00a0.8000.0000, size: 0000.0000.4000.0000 Configuring Memory........ CPU0 CPU2 Done Init ICache/etc........... CPU0 CPU2 Done Init ECache Tags.......... CPU0 CPU2 Done Clearing TLBs............. CPU0 CPU2 Done Setup I/DTLBs............. CPU0 CPU2 Done Enabling Cache/MMUs....... CPU0 CPU2 Done Init ECache Data.......... CPU0 CPU2 Done Initializing boot memory.. Zeroing memory...Done Copying FLASHRAM to memory...Verifying base 128KB...Done Jumping into RAM (leaving slave CPUs in ROM) RAM CRC = 0000.0000.64d5.d449; ROM CRC = 0000.0000.64d5.d449 Dropping in... Find dropin, Decompressing Done, Size 0000.0000.0007.a830 (491KB) Slave CPUs starting Forth at 0000.0000.f000.00e0 Done Boot CPU2 starting Forth at 0000.0000.f000.00e0 Diagnostic console initialized Probing gptwo at 0,0 SUNW,UltraSPARC-III+ (1200 MHz @ 8:1, 8 MB) memory-controller Probing gptwo at 1,0 Nothing there Probing gptwo at 2,0 SUNW,UltraSPARC-III+ (1200 MHz @ 8:1, 8 MB) memory-controller Probing gptwo at 3,0 Nothing there Probing gptwo at 4,0 Nothing there Probing gptwo at 5,0 Nothing there Probing gptwo at 6,0 Nothing there Probing gptwo at 7,0 Nothing there Probing gptwo at 8,0 pci pci Probing gptwo at 9,0 pci pci Probing gptwo at 10,0 Nothing there Probing gptwo at 11,0 Nothing there Probing gptwo at 12,0 Nothing there Probing gptwo at 13,0 Nothing there Probing gptwo at 14,0 Nothing there Probing gptwo at 15,0 Nothing there Probing gptwo at 16,0 Nothing there Probing gptwo at 17,0 Nothing there Loading Support Packages: kbd-translator obp-tftp SUNW,i2c-ram-device SUNW,fru-device Loading onboard drivers: ebus flashprom bbc power i2c fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru i2c controller smbus-ara controller temperature temperature ioexp adio adio ioexp ioexp ioexp ioexp ioexp ioexp ioexp adio adio adio adio temperature-sensor fru fru fru fru fru fru rscrtc hotplug-controller hotplug-controller hotplug-controller hotplug-controller bbc i2c i2c nvram idprom rtc gpio pmc rsc-control rsc-console serial Setting NVRAM parameters to default values. Memory Configuration: CPU0 Bank0 128 + 128 + 128 + 128 : 512MB @ a080000000 2-way #0 CPU0 Bank1 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #0 CPU0 Bank2 128 + 128 + 128 + 128 : 512MB @ a080000000 2-way #1 CPU0 Bank3 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #2 CPU2 Bank0 128 + 128 + 128 + 128 : Not in Use CPU2 Bank1 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #1 CPU2 Bank2 128 + 128 + 128 + 128 : Not in Use [Failed POST diagnostics] CPU2 Bank3 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #3 Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,600000 Device 1 network Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,600000 Device 2 SUNW,qlc fp disk Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 1 scsi disk tape Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 2 Nothing there Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 3 Nothing there Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 4 Nothing there Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 5 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,600000 Device 1 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,600000 Device 2 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 1 network usb Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 2 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 3 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 4 Nothing there screen not found. keyboard not found. Keyboard not present. Using ttya for input and output. Probing gptwo at 0,0 SUNW,UltraSPARC-III+ (1200 MHz @ 8:1, 8 MB) memory-controller Probing gptwo at 1,0 Nothing there Probing gptwo at 2,0 SUNW,UltraSPARC-III+ (1200 MHz @ 8:1, 8 MB) memory-controller Probing gptwo at 3,0 Nothing there Probing gptwo at 4,0 Nothing there Probing gptwo at 5,0 Nothing there Probing gptwo at 6,0 Nothing there Probing gptwo at 7,0 Nothing there Probing gptwo at 8,0 pci pci Probing gptwo at 9,0 pci pci Probing gptwo at 10,0 Nothing there Probing gptwo at 11,0 Nothing there Probing gptwo at 12,0 Nothing there Probing gptwo at 13,0 Nothing there Probing gptwo at 14,0 Nothing there Probing gptwo at 15,0 Nothing there Probing gptwo at 16,0 Nothing there Probing gptwo at 17,0 Nothing there Loading Support Packages: kbd-translator obp-tftp SUNW,i2c-ram-device SUNW,fru-device Loading onboard drivers: ebus flashprom bbc power i2c fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru fru i2c controller smbus-ara controller temperature temperature ioexp adio adio ioexp ioexp ioexp ioexp ioexp ioexp ioexp adio adio adio adio temperature-sensor fru fru fru fru fru fru rscrtc hotplug-controller hotplug-controller hotplug-controller hotplug-controller bbc i2c i2c nvram idprom rtc gpio pmc rsc-control rsc-console serial Setting NVRAM parameters to default values. Memory Configuration: CPU0 Bank0 128 + 128 + 128 + 128 : 512MB @ a080000000 2-way #0 CPU0 Bank1 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #0 CPU0 Bank2 128 + 128 + 128 + 128 : 512MB @ a080000000 2-way #1 CPU0 Bank3 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #2 CPU2 Bank0 128 + 128 + 128 + 128 : Not in Use CPU2 Bank1 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #1 CPU2 Bank2 128 + 128 + 128 + 128 : Not in Use [Failed POST diagnostics] CPU2 Bank3 128 + 128 + 128 + 128 : 512MB @ a000000000 4-way #3 Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,600000 Device 1 network Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,600000 Device 2 SUNW,qlc fp disk Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 1 scsi disk tape Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 2 Nothing there Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 3 Nothing there Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 4 Nothing there Probing /<a href="mailto:pci@8" target="_blank">pci@8</a>,700000 Device 5 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,600000 Device 1 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,600000 Device 2 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 1 network usb Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 2 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 3 Nothing there Probing /<a href="mailto:pci@9" target="_blank">pci@9</a>,700000 Device 4 Nothing there Sun Fire 880, No Keyboard Copyright 1998-2004 Sun Microsystems, Inc. All rights reserved. OpenBoot 4.15.1, 3072 MB memory installed, Serial #53196234. Ethernet address 0:3:ba:2b:b5:ca, Host ID: 832bb5ca. Creating CPU memory layout properties. Running diagnostic script obdiag/normal Testing /<a href="mailto:pci@8" target="_blank">pci@8</a>,600000/<a href="mailto:network@1" target="_blank">network@1</a> Subtest pci-config-reg-test Subtest gem-enet-soft-reset-test Subtest gem-txmc-soft-reset-test Subtest gem-rxmc-soft-reset-test Subtest global-config-reg-test Subtest global-int-mask-reg-walk1-test Subtest gem-txmc-soft-reset-test Subtest tx-configuration-reg-read-test Subtest tx-fifo-wr-ptr-reg-read-test Subtest tx-fifo-rd-ptr-reg-read-test Subtest tx-fifo-pkt-cntr-reg-read-test Subtest tx-data-ptrl-reg-read-test Subtest tx-data-ptrh-reg-rea

Z68A-GD80(G3) Beta BIOS Versions For Ivy CPU's

E7672IMS.J10 ==> E7672IMS.J21
01.Fix vdroop offset control function can't work normally issue and
modify code to avoid chip bug issue.
 02.Add Gigadevice 25Q64BSIG" SPI ROM support.
 03.Fix Adjusted DRAM Frequency and XMP info incorrect issue when use
XMP 3000 memory and if XMP 3000 profile is enabled then force run 2800.
04.Fix Adjusted DRAM Frequency incorrect issue when XMP is enabled and
set different DRAM frequency.
05.Fix DRAM frequency incorrect issue when use Patriot PV316G213C1K memory
and XMP is enabled.
 06.Fix system hang on 0x55 issue when use Team Team-Elite-1866 memory.
07.Fix system hang on 0x55 issue when use SPD 800MHz memory and
Sandy Bridge CPU.
 08.improve memory performance.
 09.Add M-Flash support ME FW update solution.
 10.Modify ME shouldn¡¦t be updated if the USB is removed before reboot to BIOS.
 11.support amp function.
 12.Finetune G.Skill memory command rate timing.
 13.Fix some memory cause bios hang 0x3b or 0x4f when overclock cpu ratio to 42.
 14.Fix the issue that setting item "Command Rate" to 1t causes
an unnecessary cold reset when bios was postting.
 15.Fix some PCIE card can¡¯t detect issue.
 16.Fixed MSI keyboard ES300MU can't detect.
 17.Set SMLink1 Thermal Reporting Select default to ture.
 18.Fix use usb card reader error issue when update usb 022 module.
19.Fix OC Genie setting not set to item after OC Genie function enable.
 20.Fix item "Internel PLL Overvoltage" always Enable when over clock cpu ratio.
21.Set item "Intel C-State" to enabled when use some special cpus (such as i5¨C3475s
 which oc ability are limited) to over clock cpu ratio to the ratio higher than
 the ratio 4 cores can reach at the same time.
22.Fix item "Adjust CPU Ratio" show error when adjust cpu ratio.
 23.Fixed PLL function enable caused set tRTL timing hang issue.
 24.Add OC Retry Counter Item.
 25.Fix system hang on 0x55 issue when use single side dual rank memory.
Please note that flashing this release occurs entirely at your own risk!
For BIOS Update >>Use the MSI HQ Forum USB flasher<< => Mode 1: Point to archive file!
*NOTE: Make sure you unplug your PSU from A/C power and properly >>Clear CMOS Guide<< after flashing.

E7672IMS.J22====>E7672IMS.J20 OFFICIAL
- Enhanced PCI-E display card performance.
- Improved memory compatibility.
This is the full release bios for this board with additional archive for flashing the ME extension.
>>Use the MSI HQ Forum USB flasher<<
Download the compressed archive to your desktop but do not decompress.
Select option 1 of the forum flash tool and point the tool an the compressed archive then follow the direction. This will flash your bios and ME extension.
Once complete you will need to download and re-install the latest version of the Intel Management Engine Drivers.
<<Intel Downloads / Management Engine>>
Please note that flashing this release occurs entirely at your own risk!

100% CPU usage with XP Cooler from PCAlert4

Any idea why I would be running 100% cpu usage when running XP Cooler from PCAlert4? I noticed PC was sluggish when running it so CTRL+ALT+DEL and under performance is 100% CPU with 245MB Ram Usage. No other TSR's running - several application but under 10% CPU usage without PCAlert and XP Cooler.
I was also wondering if anyone had any ideas on the video? I have the K7N2G with 768MB DDR PC 2100 (3x256) XP2200+ 266FSB running 1804MHz - Maxtor 30GB 7200RPM - 350W PSU (raidmax - yea yea I know, dont say a word though LOL) on board video and here is the problem - graphics are great, but they get choppy - running NFS HotPursuit 2 at 32bit 800x600 (doesnt seem to matter even when running 16bit 640x480still does it.) what setting am I missing? Thanks in advance.

Deathstalker (Richard),
I did what you suggest in memory management and also changed out the mem on the board - it did make a difference, not as much as I had hoped, but it did.
Raven,
I have used Fraps in the past, forgot about it, but went ahead and downloaded it to get a better look.
To the Both of you,
Thanks so much for your replies, sometimes it just takes someone outside looking in to see the things overlooked. But I went ahead and also ran all of the latest updates for the board (semi new system and I only installed with the CD that came with the Mobo) and everything is running better than expected. Thanks again for your thoughts - keep 'em flowin, it's amazing whom we could help. Take care.
Don

Overheatin​g = under clocking CPU?

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Overheating = under clocking CPU?