JoJo-JCLDJB
New member
Specs:
Ryzen 5 1600 with stock Wraith Cooler (and of course, aftermarket thermal paste).
Asus Strix B350-F Gaming
1x8Gb - Corsair Vengeance LPX 2400mhz CL16 @ 1.2v
RX 580 8Gb Sapphire Nitro+
Corsair CX600 PSU
(Samsung 850 Evo - 2nd HDD Seagate - 3rd HDD Western Digital)
I am having trouble holding both a CPU & RAM overclock.
CPU overclock:
3.8Ghz wit 1.300v {with the offset, + ~0.0625v}
CPU LLC - High
Power Phase (Optimised/Extreme - no noticeable difference either way).
TEST - Ran a dozen Cinebench R15 Renders & I peak at about 70 degrees max.
(I won't be running Prime95 or increase the voltage much more on the Wraith cooler - aftermarket solution on it's way)
TEST - Long 4-6-8 hour gaming sessions, temps are in control (never about 60-65 max).
RAM overclock:
2400Mhz CL16 overclocked to 2933Mhz (first with Auto timings @ CL20).
This wasn't really stable, (corruption in game, but no memory errors or blue-screens) so I increase the following:
DRAM Voltage: 1.2v->1.35v
SOC Voltage: 0.900v -> 1.125v {with the offset function, + 0.0250v}
Timings lowered back to CL16.
To summarise RAM overclock: 2933Mhz CL16 | DRAM 1.35v | SOC Voltage: 1.125v
TEST - I ran 2 passes of MEMTEST86+ for almost 2.5hrs with no errors.
So I set both the CPU & RAM overclock on, the PC did a coldboot, then went in a boot loop once or twice (I powered it off, it booted normally without resetting BIOS settings).
TEST - Cinebench a couple of times
TEST - Unigine Superposition
TEST - Total War: Warhammer 2 Benchmark run a few times.
TEST - I then did an 6-8 hour gaming session (or marathon, whichever you prefer)
Absolutely no issues whatsoever.
The issue lies when I reset the PC to turn off my overclock, but also to see why I got those bootloops a few times.
I have come to the conclusion that:
CPU OC on it's own is stable
RAM OC on it's own is stable
CPU + RAM OC together is failing to boot. (I can only assume this is due to a power delivery shortage somewhere, upon boot).
I have tweaked the LLC for SOC Voltage from Auto to Regular (next options are High & Extreme) as opposed to CPU LLC which goes from (Regular -> Medium -> High -> Extreme).
I even loosened the timings back to CL20
Tried Power Phase Control: Optimised / Extreme :but neither make any difference.
I haven't tweaked the OHMs yet (I hear between 40 & 60 OHMs with 80 OHMs being the highest, can help?)
The thing that really bugs me is 2933MHz CL16 on it's own, without CPU OC is perfectly stable.
Is this what LLC is for - should I try a higher SOC Voltage LLC?
Has anyone else had similar issues when overclocking both CPU & RAM?
Appreciate your help with this as I more settings to play around with still - (all thanks to AlienALX's suggestion of going with the Asus Strix B350 board instead of an MSI one).
Generally I am very happy with my set-up, but I cannot resist the urge to tinker-tweak-overclock & bench.
Absolutely love it!
Ryzen 5 1600 with stock Wraith Cooler (and of course, aftermarket thermal paste).
Asus Strix B350-F Gaming
1x8Gb - Corsair Vengeance LPX 2400mhz CL16 @ 1.2v
RX 580 8Gb Sapphire Nitro+
Corsair CX600 PSU
(Samsung 850 Evo - 2nd HDD Seagate - 3rd HDD Western Digital)
I am having trouble holding both a CPU & RAM overclock.
CPU overclock:
3.8Ghz wit 1.300v {with the offset, + ~0.0625v}
CPU LLC - High
Power Phase (Optimised/Extreme - no noticeable difference either way).
TEST - Ran a dozen Cinebench R15 Renders & I peak at about 70 degrees max.
(I won't be running Prime95 or increase the voltage much more on the Wraith cooler - aftermarket solution on it's way)

TEST - Long 4-6-8 hour gaming sessions, temps are in control (never about 60-65 max).
RAM overclock:
2400Mhz CL16 overclocked to 2933Mhz (first with Auto timings @ CL20).
This wasn't really stable, (corruption in game, but no memory errors or blue-screens) so I increase the following:
DRAM Voltage: 1.2v->1.35v
SOC Voltage: 0.900v -> 1.125v {with the offset function, + 0.0250v}
Timings lowered back to CL16.
To summarise RAM overclock: 2933Mhz CL16 | DRAM 1.35v | SOC Voltage: 1.125v
TEST - I ran 2 passes of MEMTEST86+ for almost 2.5hrs with no errors.
So I set both the CPU & RAM overclock on, the PC did a coldboot, then went in a boot loop once or twice (I powered it off, it booted normally without resetting BIOS settings).
TEST - Cinebench a couple of times
TEST - Unigine Superposition
TEST - Total War: Warhammer 2 Benchmark run a few times.
TEST - I then did an 6-8 hour gaming session (or marathon, whichever you prefer)

Absolutely no issues whatsoever.
The issue lies when I reset the PC to turn off my overclock, but also to see why I got those bootloops a few times.
I have come to the conclusion that:
CPU OC on it's own is stable
RAM OC on it's own is stable
CPU + RAM OC together is failing to boot. (I can only assume this is due to a power delivery shortage somewhere, upon boot).
I have tweaked the LLC for SOC Voltage from Auto to Regular (next options are High & Extreme) as opposed to CPU LLC which goes from (Regular -> Medium -> High -> Extreme).
I even loosened the timings back to CL20
Tried Power Phase Control: Optimised / Extreme :but neither make any difference.
I haven't tweaked the OHMs yet (I hear between 40 & 60 OHMs with 80 OHMs being the highest, can help?)
The thing that really bugs me is 2933MHz CL16 on it's own, without CPU OC is perfectly stable.
Is this what LLC is for - should I try a higher SOC Voltage LLC?
Has anyone else had similar issues when overclocking both CPU & RAM?
Appreciate your help with this as I more settings to play around with still - (all thanks to AlienALX's suggestion of going with the Asus Strix B350 board instead of an MSI one).

Generally I am very happy with my set-up, but I cannot resist the urge to tinker-tweak-overclock & bench.
Absolutely love it!
