F5F Stay Refreshed Power Users Overclocking Attempting an OC for the first time (8350)

Attempting an OC for the first time (8350)

Attempting an OC for the first time (8350)

T
240
12-19-2016, 02:07 PM
#1
I’m trying to get started with overclocking for the first time. My system is already running well, but I just want to broaden my understanding and improve my skills.
I have the following components:
- ASUS M5A97 R2.0 motherboard
- ASUS R9 390X graphics card
- FX-8350 CPU
- Corsair CS750 power supply (I’m planning to get an xfx 1050 PSU)
- Corsair CPU water cooler
- 10 Gigs DDR3 RAM

I’m following this guide: http://www.overclock.net/t/1348623/amd-b...otherboard
My main concern is the BIOS recommended settings. In post #2, the instructions recommend installing “Recommended Settings.” However, in my BIOS I only see “optimized defaults (F5)” which appears on the side of some screenshots. I think I might be missing an option since the guide seems tailored to this specific motherboard. Why should I rely on general advice when it’s meant for me?
I also have a few other simple questions, but if anyone can guide me, I’d really appreciate it.
T
TheDonnelTrain
12-19-2016, 02:07 PM #1

I’m trying to get started with overclocking for the first time. My system is already running well, but I just want to broaden my understanding and improve my skills.
I have the following components:
- ASUS M5A97 R2.0 motherboard
- ASUS R9 390X graphics card
- FX-8350 CPU
- Corsair CS750 power supply (I’m planning to get an xfx 1050 PSU)
- Corsair CPU water cooler
- 10 Gigs DDR3 RAM

I’m following this guide: http://www.overclock.net/t/1348623/amd-b...otherboard
My main concern is the BIOS recommended settings. In post #2, the instructions recommend installing “Recommended Settings.” However, in my BIOS I only see “optimized defaults (F5)” which appears on the side of some screenshots. I think I might be missing an option since the guide seems tailored to this specific motherboard. Why should I rely on general advice when it’s meant for me?
I also have a few other simple questions, but if anyone can guide me, I’d really appreciate it.

S
SillyDragon
Senior Member
586
12-22-2016, 04:53 AM
#2
Begin increasing the multiplier immediately.
S
SillyDragon
12-22-2016, 04:53 AM #2

Begin increasing the multiplier immediately.

F
Frankette44
Posting Freak
809
12-28-2016, 01:22 AM
#3
Begin increasing the multiplier immediately.
F
Frankette44
12-28-2016, 01:22 AM #3

Begin increasing the multiplier immediately.

N
Nickthepitcher
Junior Member
5
12-28-2016, 05:33 AM
#4
Use the default settings first, then proceed to increase the multiplier easily.
N
Nickthepitcher
12-28-2016, 05:33 AM #4

Use the default settings first, then proceed to increase the multiplier easily.

N
Nalekpwnisher
Junior Member
4
12-28-2016, 07:06 AM
#5
But "optimized defaults" does sound contradictory, doesn't it? Jumbo Shrimp? If they're the default settings, aren't they not really optimized?
N
Nalekpwnisher
12-28-2016, 07:06 AM #5

But "optimized defaults" does sound contradictory, doesn't it? Jumbo Shrimp? If they're the default settings, aren't they not really optimized?

X
Xelo24
Member
178
12-29-2016, 11:18 AM
#6
Various producers will employ distinct terminology for different purposes—even within the same brand, they may use similar labels across their product ranges, such as Command Rate or Command Timing, with specific values like Intel's 1T and 2T versus AMD's 1N and 2N. For the Z77 series, the MC voltage was typically CPUVTT, DDRVTT, or VCCIO, and on certain boards, this value was incorporated into the VCCSA or System Agent Voltage.
X
Xelo24
12-29-2016, 11:18 AM #6

Various producers will employ distinct terminology for different purposes—even within the same brand, they may use similar labels across their product ranges, such as Command Rate or Command Timing, with specific values like Intel's 1T and 2T versus AMD's 1N and 2N. For the Z77 series, the MC voltage was typically CPUVTT, DDRVTT, or VCCIO, and on certain boards, this value was incorporated into the VCCSA or System Agent Voltage.