Basics of Overclocking?
Basics of Overclocking?
I don’t really understand the process of overclocking, including which programs or specific adjustments are required, and where to keep the performance at an overclocked level.
What should I use for overclocking my processor and GPU?
With my GPU model being PrecisionX 16, is that the right choice for GPU overclocking?
If yes, which settings in PrecisionX 16 need attention?
For the CPU, which program handles overclocking?
If so, what adjustments should I make in (recommended) CPU OC software?
I’m sorry, as I realize this is quite complex, but I believe I’ve covered all the important details for a thorough response.
Here are my complete system specifications:
Board: MSI Gaming9 ACK
Link: https://www.amazon.com/MSI-Extended-Moth...merReviews
CPU: Intel Core-i7 5960X with 8 cores
Link: https://www.amazon.com/Intel-i7-5960X-Ha...ords=5960X
Power Supply: Corsair AX1200i Modular Platinum Certified
Graphics Card: Thermaltake Core X9
Case: Stackable Chassis CA-1D8-00F1WN
Memory: Storage: Display: Screen #1 – Samsung SAMSUNG (SAM0B5C) – 47.8 inches (121.4 cm) / 1920 x 1080 pixels @ 24-75 Hz
Operating System: Microsoft Windows 10 (10.0) Professional 64-bit
Windows Subsystem: Build 10586
PrecisionX is enough, use www.evga.com/ocscanner/ to check your presets.
Additional notes:
■ Titan X consumes 250 watts (set full power on OSD), this corresponds to GPU wattage usage; higher voltage increases the number.
■ Normal GPU temperature stays between 80 and 90°C, aim to determine your specific model’s max before finalizing settings.
■ Your sample GPU might differ from the tested one; search online for the best match and Titan X offset adjustments.
■ Ensure optimal case ventilation, organize cables, and Titan X will be...
PrecisionX is enough; you should use www.evga.com/ocscanner/ to verify your presets.
Some technical notes:
■ Titan X consumes 250 watts (set the OSD to full power for GPU wattage, as higher voltage increases this value). This corresponds to the GPU's power draw, and raising the voltage will also raise the number.
■ The typical GPU thermal limit is between 80 to 90°C. It’s important to determine your specific GPU model’s temperature threshold before finalizing settings; this should be your last adjustment after setting other parameters.
■ Your GPU sample might differ from the one tested in OC, but you can search online for the highest GPU and VRAM clock offsets for Titan X to fine-tune it.
■ Maximize case ventilation, organize cables neatly. The Titan X generates a lot of heat, so its internal temperature should be managed—possibly using all six fans if necessary, or choosing between intake/exhaust fans for optimal cooling.
■ Assuming you have the newest driver and no other system issues, run precisionX, then set these presets:
■ 120% power target
■ 91°C GPU temperature
■ +200MHz GPU clock offset
■ +200MHz memory clock offset
Save changes by clicking 'Apply', then run OCscannerX, verify connection to precisionX, and click RUN.
This is the method I used with the GTX 780Ti; I recommend adjusting gradually to save time if a preset fails.
CPU
Navigate to BIOS > CPU configuration > disable energy saving (usually marked as C-state), save, then exit to Windows.
Execute Game Boost. It’s unclear whether X99 Gaming includes GameBoost—check if you can download and install it.
Manual adjustments in BIOS:
■ CPU VID affects performance at specific voltages; increase slowly or set to 1.3V if you’re confident.
■ Add +2 to the multiplier, which may allow higher settings later.
■ Avoid other modifications unless necessary; typically, changing CPU VID will also adjust other voltage presets automatically.