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View Full Version : Overclocking Intel Seattle SE440BX


Joel980
20-12-2007, 09:49
I need help changing my FSB on this mobo i can change a jumper and change the clock speed to 450 but when the system is running its still 350 mhz. I cant find a program to download that works with this board is there anyway to access hidden features in the bios? It has a pheonix bios. If anyone knows of anyway to overclock this mobo help me out. Also is there anyway to change the clock multiplyer?
Here is some system info.

Motherboard Properties
Motherboard ID 4S4EB0X1.10A.0019.P09.9808141130
Motherboard Name Intel Seattle SE440BX
Front Side Bus Properties
Bus Type Intel GTL+
Bus Width 64-bit
Real Clock 100 MHz
Effective Clock 100 MHz
Bandwidth 800 MB/s
Memory Bus Properties
Bus Type SDR SDRAM
Bus Width 64-bit
Real Clock 100 MHz
Effective Clock 100 MHz
Bandwidth 800 MB/s
Motherboard Physical Info
CPU Sockets/Slots 1
Expansion Slots 2 ISA, 4 PCI, 1 AGP
RAM Slots 3 DIMM
Form Factor ATX
Motherboard Size 200 mm x 300 mm
Motherboard Chipset i440BX

BIOS Properties
BIOS Type Phoenix
4.0 Release 6.0 Version A09
System BIOS Date 08/14/98
Video BIOS Date 08/16/02
BIOS Manufacturer
Company Name Phoenix Technologies Ltd.

CPU Type Intel Pentium II, 350 MHz (3.5 x 100)
CPU Alias Deschutes, A80523
CPU Stepping dB0
Instruction Set x86, MMX
L1 Code Cache 16 KB
L1 Data Cache 16 KB
L2 Cache 512 KB (Built-In, Half-Speed)

CPU Physical Info
Package Type 242 Contact SEC Cartridge
Package Size 12.82 cm x 6.28 cm x 1.64 cm
Transistors 7.5 million
Process Technology 5M, 0.25 um, CMOS
Die Size 131 / 118 mm2
Core Voltage 2.0 V
I/O Voltage 3.3 V
Typical Power 11 - 24 W (depending on clock speed)
Maximum Power 16.8 - 36.4 W (depending on clock speed)

Abadir_82
20-12-2007, 10:52
PII 350 MHz are locked, you can't change the multiplier. The only thing you can do is change the fsb from 100 to 112 or maybe to 133. In this last case you should pay attention to two things: first: your rams have to support that speed (133 MHz); second: 440BX chipset has fixs only for PCI, not for the AGP. That is to say that with a 133 MHz fsb frequency you'll get a 88 MHz AGP.