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Post by Mr.Scott on Jul 8, 2020 17:47:05 GMT -5
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Post by Macsbeach98 on Jul 8, 2020 18:26:35 GMT -5
Another alternative to NF7 I can see a few of the Asus boards showing up in the TC.
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Post by Vinster on Jul 12, 2020 12:31:54 GMT -5
That's clean work Scotty... My last try as soldering my hands were giving me the shakes real bad... not sure I could do this fine work anymore..
Vin
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Post by Macsbeach98 on Jul 12, 2020 23:58:49 GMT -5
I am interested to see how some of these fella's do with those Asus socket A boards in the TC there has been plenty of testing on HWBot forums. I actually wouldnt mind getting one and trying epowering the CPU I just dont like the idea of running the CPU off of 5v and a 20 pin power plug. Abit and DFI rule there.
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Post by Mr.Scott on Jul 13, 2020 18:42:09 GMT -5
That's clean work Scotty... My last try as soldering my hands were giving me the shakes real bad... not sure I could do this fine work anymore.. Vin It is not my work. The pics are from digitalbath at TPU.
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Post by Macsbeach98 on Jul 13, 2020 19:08:18 GMT -5
The volt mods look Ok one thing it could be easier the vcore measurement doesnt have to be a pin on the cpu socket close to it are the output of the chokes with exposed solder strips.
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Post by pa1983 on Feb 25, 2021 19:18:34 GMT -5
Hello Im new here btw! Been looking for a mod for that board for a while. Tried to find the datasheet for the L6916D I think its called but could not find one. Wanted to compare it to the L6917BD I think it is used on this board. www.ocinside.de/workshop_en/asrock_k7vt2_vcore/But since you used the same pin as that board and looking at the datasheet for that it seems to make sens. So off I went doing the mod today. Because I had no clue what voltage range 4.7K+10K would give and I had no 10K I ended up using 8K + 20K, the other board seems to do +250mV according to that guide with 10Kohm so I played it safe with a 8kohm lower limit resistor, more then I need but might be board/cpu dependent. Anyways my range with a Athlon XP 2500+ Barton with stock 1.65V is now 1.72 to 1.8V or so it seems. I also added a jumper to turn the mod on/off and used femail connectors to make a header so I can attach it to the board with out solder, glue etc.
I kind of forgot to take a picture of it so had to try and do it once the system was assembled again. Did film it tough for my youtube video.
So thank you Mr.Scott for your guide!
I will share my video of the voltmod here if its okay? Tell me if its not.
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Post by Bones on Feb 26, 2021 8:24:27 GMT -5
You certainly have the will, know how and means to get it done! Good job - And welcome to the forum!
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