F5F Stay Refreshed Hardware Desktop Samsung OEM DDR4 OC options

Samsung OEM DDR4 OC options

Samsung OEM DDR4 OC options

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andrewliu12
Member
170
02-12-2019, 03:40 AM
#1
I own a Ryzen 7 2700 on an Aorus X570 Elite with two Samsung OEM 16GB DDR4 B-Die modules (M378A2K43BB1-CRC). Right now I'm using CL16-17-17-39 at 3133MHz with 1.43V DRAM and 1.25V SOC voltage. I'm looking for advice on how to slightly boost the overclocking performance. Thanks ahead!
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andrewliu12
02-12-2019, 03:40 AM #1

I own a Ryzen 7 2700 on an Aorus X570 Elite with two Samsung OEM 16GB DDR4 B-Die modules (M378A2K43BB1-CRC). Right now I'm using CL16-17-17-39 at 3133MHz with 1.43V DRAM and 1.25V SOC voltage. I'm looking for advice on how to slightly boost the overclocking performance. Thanks ahead!

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Tangzz
Junior Member
9
02-17-2019, 05:00 AM
#2
X299 only provides VCCSA and VCCIO signals, not SOC voltage. It seems the 1.2V threshold isn't critical because the 3133MHz CL16 chip handles memory controller demands well. Keep adjusting tCL, tRCD, tRP, tRAS, and tCR to auto mode, reducing them gradually one step at a time.
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Tangzz
02-17-2019, 05:00 AM #2

X299 only provides VCCSA and VCCIO signals, not SOC voltage. It seems the 1.2V threshold isn't critical because the 3133MHz CL16 chip handles memory controller demands well. Keep adjusting tCL, tRCD, tRP, tRAS, and tCR to auto mode, reducing them gradually one step at a time.

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Twothemoon
Junior Member
26
02-17-2019, 10:19 PM
#3
1.2 VSOC represents the highest safe threshold; operating beyond it poses risks. Consider using Thyphoon Burner and Ryzen DRAM Calculator. Generally effective, but adjustments may be needed for stability with high speeds. For best results, try a configuration like 14-14-14-34-48 at 3000MHz—adjust command rate if necessary.
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Twothemoon
02-17-2019, 10:19 PM #3

1.2 VSOC represents the highest safe threshold; operating beyond it poses risks. Consider using Thyphoon Burner and Ryzen DRAM Calculator. Generally effective, but adjustments may be needed for stability with high speeds. For best results, try a configuration like 14-14-14-34-48 at 3000MHz—adjust command rate if necessary.

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FeetGreen
Junior Member
47
02-18-2019, 03:45 AM
#4
VSOC is stable at 1.172V and RAM operates smoothly at 3000MHz with frequencies ranging from 14 to 36 MHz. Current reading is 1.28V, which appears acceptable.
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FeetGreen
02-18-2019, 03:45 AM #4

VSOC is stable at 1.172V and RAM operates smoothly at 3000MHz with frequencies ranging from 14 to 36 MHz. Current reading is 1.28V, which appears acceptable.

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LatezMC
Junior Member
6
02-19-2019, 10:34 AM
#5
It's acceptable for B-dies but problematic overall. Running at 1.28 DRAM voltage works well; raising it to 1.35 is beneficial. Gradually reduce the settings until failure, then adjust to 1.4–1.45 if needed.
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LatezMC
02-19-2019, 10:34 AM #5

It's acceptable for B-dies but problematic overall. Running at 1.28 DRAM voltage works well; raising it to 1.35 is beneficial. Gradually reduce the settings until failure, then adjust to 1.4–1.45 if needed.

P
195
02-19-2019, 12:24 PM
#6
I found something intriguing before the sequence 14-16-16-36-55 at 1.28V worked perfectly stable, but 14-14-14-36-55 at 1.43V didn’t hold up at all. These items appear to have a maximum performance threshold, with one timing around 15 or 16 where I can’t go lower.
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PARAN0ID_M3DIC
02-19-2019, 12:24 PM #6

I found something intriguing before the sequence 14-16-16-36-55 at 1.28V worked perfectly stable, but 14-14-14-36-55 at 1.43V didn’t hold up at all. These items appear to have a maximum performance threshold, with one timing around 15 or 16 where I can’t go lower.

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Private_HAWK
Member
132
02-27-2019, 11:33 AM
#7
Usually I raise the voltage when stability drops. Started at 1.35V, then adjusted to 1.4, 1.45 if timing fails, up to 1.5 just for testing. For stable runs around 14-16-16-36-55 at 1.28, tried 14-15-16-16-36 with 1.35, then 14-15-15-36-55. Also experimented with tRRDS and tRRDL at 7 and 7—memory unclear if any timing should match the others. Watching Builzoid's videos might help. If you can't lower the settings further, consider using 2T command rate, though it adds some latency and isn't always ideal with B dies.
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Private_HAWK
02-27-2019, 11:33 AM #7

Usually I raise the voltage when stability drops. Started at 1.35V, then adjusted to 1.4, 1.45 if timing fails, up to 1.5 just for testing. For stable runs around 14-16-16-36-55 at 1.28, tried 14-15-16-16-36 with 1.35, then 14-15-15-36-55. Also experimented with tRRDS and tRRDL at 7 and 7—memory unclear if any timing should match the others. Watching Builzoid's videos might help. If you can't lower the settings further, consider using 2T command rate, though it adds some latency and isn't always ideal with B dies.

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Asaseufy
Member
179
02-27-2019, 05:33 PM
#8
The sequence remains stable at 3000MHz with a voltage of 1.29V.
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Asaseufy
02-27-2019, 05:33 PM #8

The sequence remains stable at 3000MHz with a voltage of 1.29V.

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Caleb_00
Member
61
02-27-2019, 06:43 PM
#9
Typically B-die operates around 14-14-14-14-32-something, with performance metrics near 1.35-1.4 at 1T
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Caleb_00
02-27-2019, 06:43 PM #9

Typically B-die operates around 14-14-14-14-32-something, with performance metrics near 1.35-1.4 at 1T

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EmojiQ
Member
68
03-21-2019, 02:46 PM
#10
I mentioned 14-14-14-36-55 at 3000mhz isn’t reliable even with 1.43V. These are still OEM B-die parts, so I doubt I can extract much more performance given my CPU limits (3133Mhz only works at 1.2VSOC or higher).
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EmojiQ
03-21-2019, 02:46 PM #10

I mentioned 14-14-14-36-55 at 3000mhz isn’t reliable even with 1.43V. These are still OEM B-die parts, so I doubt I can extract much more performance given my CPU limits (3133Mhz only works at 1.2VSOC or higher).

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