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cpu over heat


starcraftmaster

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hey i got a Intel Celeron Processor 766 MHz and replaced it with a Intel Pentium III Processor 933 MHz it works but it seems to over heat

becasue the computer over heat sound goes on and its goes beep beep beep

only time i heard this is when the computer is mega hot, theres no ram in the computer,theres no cpu in the computer or the computer has been left on when its frooze for a very long time

hes information about the cpus

Celeron Processor 766

http://processorfinder.intel.com/details.aspx?sSpec=SL4P6

http://www.cpu-world.com/sspec/SL/SL4P6.html

Pentium III Processor 933

http://processorfinder.intel.com/details.aspx?sSpec=SL4C9

http://www.cpu-world.com/sspec/SL/SL4C9.html

and heres information about the mother board

Property Value

Manufacturer Gigabyte

Model i810

Version 1.3A

Serial Number 00000000

Chipset Vendor Intel Corporation

Chipset Model 82810E 810e Host-Hub Interface and Memory Controller

South Bridge 82801AA 8xx Chipset LPC Interface Bridge

SMBus Intel Corporation 82801AA 8xx Chipset SMBus Controller @04C0h

CPU Intel Celeron

Cpu Socket Socket 370 [socket 370 ]

Processor Upgrade

Max CPU Speed 800 MHz

System Slots 3 PCI

OnBoard devices

Video (Enabled) Intel Corporation

Sound (Enabled) YAMAHA Audio

Sound (Enabled) AC97 Audio

<unknown> (Enabled) AC97 Modem

Memory Summary

Maximum Memory Module Size 512 MBytes

Maximum Capacity 1024 MBytes

Memory Slots 2

Name Physical Memory Array

Warning! Accuracy of DMI data cannot be guaranteed=

Property Value

Number of CPU(s) One Physical Processor / One Core / One Logical Processor

Vendor GenuineIntel

CPU Full Name Intel Celeron

CPU Code Name Coppermine-128K

Technology 0.18µ

Platform Name Socket 370

Type Original OEM processor

FSB Mode SDR

Platform ID 4

Microcode ID 08

Type ID 0

CPU Clock 768.39

System Bus Clock 66.82

System Clock 66.82

Multiplier 11.50

Original Clock 766.67

Original Bus Clock 66.67

Original System Clock 66.67

Original Multiplier 11.50

Overclock 0.22%

L2 Cache Speed 768.39 MHz

L2 Cache Speed Full

CPU Family / Model / Stepping 6 / 8 / 6

Brand ID 01

L1 I-Cache 16 KB

L1 D-Cache 16 KB

L2 Cache 128 KB

RDMSR CD400000 00000000 00000000 00000000

MMX Yes

SSE Yes

SSE2 No

SSE3 No

SSSE3 No

DualCore No

HyperThreading No

IA-64 No

Intel 64 (EM64T) No

XD No

VT No

SpeedStep No

Architecture x86

Supports Intel® Celeron™ PPGA processors with 128 kb of cache. Speeds supported are 366, 400, 433, 466, 500, 533, 566, 600, 633, 667, 700 MHz and higher, with a bus speed of 66MHz packaged in a Plastic Pin Grid Array (PPGA) 370-pin module which includes processor core, 32 kbyte of first level cache and 128kb of second level cache (Pipeline Burst Static RAM).

Supports Intel® Pentium® III Coppermine FC-PGA (Flip-Chip Pin Grid Array) processors. Speeds supported are 500, 550, 600, 650, 700, 750, 800, 850 MHz and faster with a clock speed of 100MHz and 600, 667, 733, 800, 867, 933 MHz and faster with a clock speed of 133MHz. The type of processor that has been pre-installed on your system, depends on the configuration you have purchased.

Backward compatible with 8086, 80286, Intel386™, Intel486™, Pentium and Pentium Pro processors.

Includes Intel® MMX™ media enhancement technology.

Property Value

Manufacturer Gigabyte

Model i810

Version 1.3A

Serial Number 00000000

Chipset Vendor Intel Corporation

Chipset Model 82810E 810e Host-Hub Interface and Memory Controller

South Bridge 82801AA 8xx Chipset LPC Interface Bridge

SMBus Intel Corporation 82801AA 8xx Chipset SMBus Controller @04C0h

CPU Intel Celeron

Cpu Socket Socket 370 [socket 370 ]

Processor Upgrade

Max CPU Speed 800 MHz

System Slots 3 PCI

OnBoard devices

Video (Enabled) Intel Corporation

Sound (Enabled) YAMAHA Audio

Sound (Enabled) AC97 Audio

<unknown> (Enabled) AC97 Modem

Memory Summary

Maximum Memory Module Size 512 MBytes

Maximum Capacity 1024 MBytes

Memory Slots 2

Name Physical Memory Array

Warning! Accuracy of DMI data cannot be guaranteed=

PCI SLOTS

Bus/Dev./Func. Type Class Type Manufacturer Device Name Sub System Device Vendor Sub System Device Name

00 / 00 / 00 PCI PCI to HOST Bridge Intel Corporation 82810E 810e Host-Hub Interface and Memory Controller Intel Corporation

00 / 01 / 00 PCI VGA Controller Intel Corporation 82810E 810e Graphics Controller Giga-Byte Technology

00 / 30 / 00 PCI PCI to PCI Bridge Intel Corporation 82801AA 8xx Chipset Hub to PCI Bridge

00 / 31 / 00 PCI PCI to ISA Bridge Intel Corporation 82801AA 8xx Chipset LPC Interface Bridge

00 / 31 / 01 PCI Bus Master IDE controller Intel Corporation 82801AA 8xx Chipset IDE Controller Intel Corporation 82801AA 8xx Chipset IDE Controller

00 / 31 / 02 PCI USB (UHCI) Intel Corporation 82801AA 8xx Chipset USB Controllers Intel Corporation 82801AA 8xx Chipset USB Controllers

00 / 31 / 03 PCI SMBus Controller Intel Corporation 82801AA 8xx Chipset SMBus Controller Intel Corporation 82801AA 8xx Chipset SMBus Controller

00 / 31 / 05 PCI Audio Device Intel Corporation 82801AA 8xx Chipset AC'97 Audio Controller Giga-Byte Technology SoundMAX Integrated Digital Audio

00 / 31 / 06 PCI Hayes Compatible Modem Intel Corporation 82801AA 8xx Chipset AC'97 PCI Modem Giga-Byte Technology 82801AA 8xx Chipset AC'97 PCI Modem

RAM

Property Value

Memory Summary

Maximum Memory Module Size 512 MBytes

Maximum Capacity 1024 MBytes

Memory Slots 2

Name Physical Memory Array

Device Locator Slot 1

Manufacturer Micron Technology

Part Number 4LSDT864AG-133B1

Serial Number 5212F03C

Capacity 64 MBytes

Memory Type SDRAM

Data Width 64 bits

Voltage LVTTL (not 5V tolerant)

Error Correction None

Refresh Normal (15.625 µs)

Manufacturing Date 2001, Week 10

EPP SPD Support No

Device Locator Slot 2

Manufacturer SpecTek Incorporated

Serial Number 2357C201

Capacity 128 MBytes

Memory Type SDRAM

Data Width 64 bits

Voltage LVTTL (not 5V tolerant)

Error Correction None

Refresh Normal (15.625 µs)

Manufacturing Date 2002, Week 10

EPP SPD Support No

Warning! Accuracy of DMI data cannot be guaranteed=

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hey i got a Intel Celeron Processor 766 MHz and replaced it with a Intel Pentium III Processor 933 MHz it works but it seems to over heat

When you replaced the CPU, did you clean off the old layer of thermal paste (from the PIII 933 CPU + heatsink) AND apply a new layer? If not, I suggest you invest in a tube of Arctic Silver or thermal paste of similar quality and apply it before you fry that PIII CPU...

If it's still overheating, reseat the heatsink as it could be seated "improperly"... Another thing I would do is reset the BIOS to its default values. Also check to see that you have adequate case cooling as well.

... theres no ram in the computer,theres no cpu ...

I'm a little confused here... If there's no RAM, the motherboard should beep constantly. If there was no CPU, I wouldn't think you'd be able to hear any beeps, period.

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You won't be able to get into the BIOS without a CPU and RAM installed. Put the old CPU and one stick of RAM in. Make sure to clean the old thermal paste from the heatsink before installing it with new thermal paste.

Once you get to that point, remove the old CPU and install the new one. Again, clean the heatsink and apply new thermal paste.

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is there a youtube video or a picture of some doing it to a pentium 3?

I don't think so. You might be out of luck.

Can anyone tell me how to change the tire on a Mazda? I only know how to do it on a Chevy.

I'm stuck you guys.

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One of the best things you can do when upgrading old computers beyond what they were designed for is to keep them cool. Treat it like it’s a state of the art game machine. Open the case and put a put a fan on the floor next to it if necessary.

And a 300 watt and above power supply can also help an old machine.

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Theres plenty such videos on youtube: http://uk.youtube.com/watch?v=xekr6eQL62U&...feature=related

But basically, clean the cpu with some alcohol and a cotton swab. make sure you get all the old thermal grease off.

put a small blob of thermal compound on your CPU core (in your case, yes the little raised square) about the size of a large grain of rice should do it for a p3.

now, using a credit card, spread the thermal grease over the rest of the core, keep the layer of grease uniform in thickness and make sure it covers the whole core, you dont want any dry pockets in there. the layer should be just thick enough to cover the core over, without being able to actually see the core under it, about 0.5 mm thick.

Now place your heatsink onto the cpu, keeping it flat, otherwise you will smudge the compound off the core and undo what you just did!

i still have a few Piii's kicking about somewhere... heh :)

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