Lin Lin 370 CPU Celeron III Converter Slocket

I have been trying to get a PIII 1.2GHz chip working on a Gigabyte
GA-6OXM7E Motherboard(Intel 815E chipset). It is now working well
thanks to a Lin Lin 370 CPU Celeron III Converter Slocket, with only
one jumper (a5-a6). It is a 1.475v chip and is currently running at
1.472v

Found this info after a long search and thought it may be worth a
repost:-

Best regards
Ross. []

Lin-Lin Adapter Settings. Thanks to onelegdis for the following Lin
Lin jumper information:
• No Jumpers a1 through b3 :: 1.30V
• a8-a9 :: 1.35V
• a2-a3 :: 1.40V
• a2-a3 a8-a9 :: 1.45V
• a5-a6 :: 1.50V
• a5-a6 a8-a9 :: 1.55V
• a2-a3 a5-a6 :: 1.60V
• a2-a3 a5-a6 a8-a9 :: 1.65V
• b2-b3 :: 1.70V
• a8-a9 b2-b3 :: 1.75V
• a2-a3 b2-b3 :: 1.80V
• a2-a3 a8-a9 b2-b3 :: 1.85V
• a4-a5 b2-b3 :: 1.90V
• a8-a9 b2-b3 :: 1.95V
• a2-a3 a5-a6 b2-b3 :: 2.00V
• a2-a3 a5-a6 a8-a9 b2-b3 :: 2.05V
-------------------------------------------------
• b5-b6 b8-b9 :: 66MHz
• b8-b9 :: 100MHz
• No Jumpers b4 through b9 :: 133MHz

(Peko) wrote in message news:<>...
> I have been trying to get a PIII 1.2GHz chip working on a Gigabyte
> GA-6OXM7E Motherboard(Intel 815E chipset). It is now working well
> thanks to a Lin Lin 370 CPU Celeron III Converter Slocket, with only
> one jumper (a5-a6). It is a 1.475v chip and is currently running at
> 1.472v
>
> Found this info after a long search and thought it may be worth a
> repost:-
>
> Best regards
> Ross. []
>
> <snipped list of Lin-Lin Adapter Settings>

Hey, thanks for the info. Do you know how accurate the info is? A
number of people have been unable to get above (IIRC) 1.65v with these
adapters, myself included - even using the settings on the box.

Reason I ask is I have a 1.3Ghz Tualatin Celeron I've tried
overclocking, not quite stable, and wanted to add a bit more voltage.

If you're interested, check out the DellTalk Inspiron forums for the
word "geekverter." A number of users have successfully overclocked
their 100MHz FSB Tualatin Celerons (1.0-1.3 GHz, overclocked to
1.3-1.73GHz) by using the Lin-Lin jumper setting to force the FSB to
133MHz. I've had a home-built PC running a 1.3GHz Tualatin Celeron at
1.73GHz (133Mhz FSB) for about a year with no problems, and users are
reporting that the stock coolers for these overclocked chips work
fine.

I bought two of these for testing purposes, but then I also bought an
Upgradeware Slot-T adapter and decided to put my Celeron 1.3GHz on an
old Slot 1 Abit BX chipset board - it is working very well too.

I am not sure if the voltage jumper settings are accurate but the FSB
jumper settings definitely are. As I said my PIII 1.2GHz has the
jumpers set to 1.5v but is only pulling 1.472v so it may be necessary
to set the voltage a notch higher than required.

The information on the box is useless and just assumes that you will
be using a Celeron processor that requires 100FSB & around 1.50v.

If you have some success with these jumper settings, please let me
know.

Regards
Peko.


> Hey, thanks for the info. Do you know how accurate the info is? A
> number of people have been unable to get above (IIRC) 1.65v with these
> adapters, myself included - even using the settings on the box.
>
> Reason I ask is I have a 1.3Ghz Tualatin Celeron I've tried
> overclocking, not quite stable, and wanted to add a bit more voltage.
>
> If you're interested, check out the DellTalk Inspiron forums for the
> word "geekverter." A number of users have successfully overclocked
> their 100MHz FSB Tualatin Celerons (1.0-1.3 GHz, overclocked to
> 1.3-1.73GHz) by using the Lin-Lin jumper setting to force the FSB to
> 133MHz. I've had a home-built PC running a 1.3GHz Tualatin Celeron at
> 1.73GHz (133Mhz FSB) for about a year with no problems, and users are
> reporting that the stock coolers for these overclocked chips work
> fine.

After some further research I see now that the jumper setting for
Voltage only 'request' this voltage setting from the Motherboard. The
adapter cannot regulate the voltage itself - similar to the simple
Socket 370 to Slot 1 Slotkets. Consequently, if the motherboard cannot
deliver the request for the voltage required - it won't happen.
Regards
Peko.