F5F Stay Refreshed Hardware Desktop Initial attempt at boosting performance Let’s give it a try!

Initial attempt at boosting performance Let’s give it a try!

Initial attempt at boosting performance Let’s give it a try!

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Stark134
Member
88
10-20-2020, 12:36 PM
#11
Checking out the DDR4/DDR5 build at Warp9-systems? Public access available. Looking for guidance—happy to assist if needed.
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Stark134
10-20-2020, 12:36 PM #11

Checking out the DDR4/DDR5 build at Warp9-systems? Public access available. Looking for guidance—happy to assist if needed.

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Ritorian
Junior Member
5
10-27-2020, 10:52 PM
#12
Sadly the latest system I have is model 1366, running first generation DDR3 with an imc that’s basically junk—capable of no more than 2200 MHz. I’m planning to upgrade to Ivy Bridge so I can work with DDR3 and experiment with selling RAM and modded XMP settings, though it’ll take some time before that happens.
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Ritorian
10-27-2020, 10:52 PM #12

Sadly the latest system I have is model 1366, running first generation DDR3 with an imc that’s basically junk—capable of no more than 2200 MHz. I’m planning to upgrade to Ivy Bridge so I can work with DDR3 and experiment with selling RAM and modded XMP settings, though it’ll take some time before that happens.

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goth1665
Junior Member
11
10-28-2020, 01:10 AM
#13
Ran the Ryzen Master stress test yesterday and reported -30 for all cores on the curve. Entered it into the BIOS and everything looks fine. Cinebench scores are 11034 MC and 1516 SC. My manual overclock reached 11570, so my MC is a bit lower but SC improved to 1478, which makes sense. I didn’t manage to get anything running with RAM; it turned out to be a Hynix M-die and performance hit, capping at 3733 MT/s.
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goth1665
10-28-2020, 01:10 AM #13

Ran the Ryzen Master stress test yesterday and reported -30 for all cores on the curve. Entered it into the BIOS and everything looks fine. Cinebench scores are 11034 MC and 1516 SC. My manual overclock reached 11570, so my MC is a bit lower but SC improved to 1478, which makes sense. I didn’t manage to get anything running with RAM; it turned out to be a Hynix M-die and performance hit, capping at 3733 MT/s.

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Nice7890
Member
63
10-28-2020, 04:46 AM
#14
3733mhz performs quite well. To increase speed, Hynix would need tighter timing rather than higher voltage.
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Nice7890
10-28-2020, 04:46 AM #14

3733mhz performs quite well. To increase speed, Hynix would need tighter timing rather than higher voltage.

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Ilikepie81
Member
184
10-28-2020, 07:50 AM
#15
It's good to hear. I think I'll stop there for now—I don't mind complaining too much about the performance yet.
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Ilikepie81
10-28-2020, 07:50 AM #15

It's good to hear. I think I'll stop there for now—I don't mind complaining too much about the performance yet.

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Ghostderf
Junior Member
8
10-29-2020, 10:49 AM
#16
From 3733 to 3800, a remarkable 66mhz boost is achieved. It's impossible to tell the difference. I'd opt for it too.
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Ghostderf
10-29-2020, 10:49 AM #16

From 3733 to 3800, a remarkable 66mhz boost is achieved. It's impossible to tell the difference. I'd opt for it too.

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Sadikhadzovic
Junior Member
33
10-30-2020, 11:35 PM
#17
After everything, I didn't reset the core ratio to auto, which probably caused the MC runs to hit a limit of 4.2. I switched it back to auto, using PBO and OC with a -30 curve across all cores (as suggested by Ryan’s Master), and things are now running smoothly. My RAM no longer handles 3733 well, so I’m lowering it to simple DOCP at 3600. I think that’s it for now.
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Sadikhadzovic
10-30-2020, 11:35 PM #17

After everything, I didn't reset the core ratio to auto, which probably caused the MC runs to hit a limit of 4.2. I switched it back to auto, using PBO and OC with a -30 curve across all cores (as suggested by Ryan’s Master), and things are now running smoothly. My RAM no longer handles 3733 well, so I’m lowering it to simple DOCP at 3600. I think that’s it for now.

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