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- Jan 19, 2016
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System Name | BTXTREME |
---|---|
Processor | QX6800 SLACP Core2 Extreme |
Motherboard | Dell 0WG864 LGA775 BTX |
Cooling | Dell T9303 heatpipe cooler, Delta GFB1212VHG 2 motor fan. |
Memory | 8GB Dell DDR2@800 |
Video Card(s) | Sapphire Dual BIOS R9-285 ITX O/C 2GB DDR5 |
Storage | Crucial M500 240GB SSD |
Display(s) | Dell 22" LCD |
Case | Dell Dimension E 520 MT |
Audio Device(s) | onboard sound with Logitech Z523 speakers |
Power Supply | EVGA B2 750W semi modular |
Mouse | Logitech wireless (two installed) |
Keyboard | Logitech wireless backlit |
Software | Win7-64, Throttlestop 6.00 overclock |
Benchmark Scores | 3DMark 11 P7644 (52% )In Win7 64, Firestrike 6892 ( 58% ) http://valid.x86.fr/l2j5p1 |
If you want to experiment I would suggest a 20Kohm potentiometer to GRD from VSEN. The 20K value should give a slight bump in initial Voltage, and includes all lower values by adjustment.
If you can find a point to measure CPU Voltage then the effect of the mod can be determined. The initial value of the trim pot. will affect the initial Voltage bump, and the sensitivity of the adjustment. Less is more in both cases.
You could adjust the potentiometer to lower values (15K or 10K) and test to find what you need for a fixed resistor, or other trim pot. value solution. 20K is .5% change in value form 100 Ohm. My guess is it would be a safe starting point But it's an uneducated guess..
If you can find a point to measure CPU Voltage then the effect of the mod can be determined. The initial value of the trim pot. will affect the initial Voltage bump, and the sensitivity of the adjustment. Less is more in both cases.
You could adjust the potentiometer to lower values (15K or 10K) and test to find what you need for a fixed resistor, or other trim pot. value solution. 20K is .5% change in value form 100 Ohm. My guess is it would be a safe starting point But it's an uneducated guess..