F5F Stay Refreshed Hardware Desktop Incorrect tCL settings on DRAM calculator? System fails to start due to timing issues.

Incorrect tCL settings on DRAM calculator? System fails to start due to timing issues.

Incorrect tCL settings on DRAM calculator? System fails to start due to timing issues.

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RattenFanger
Member
199
11-24-2021, 02:48 PM
#11
This setup works well with the latest BIOS and supports R9 5900X, making it suitable for both overclocking and fine-tuning manual settings rather than just XMP.
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RattenFanger
11-24-2021, 02:48 PM #11

This setup works well with the latest BIOS and supports R9 5900X, making it suitable for both overclocking and fine-tuning manual settings rather than just XMP.

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Tbnrplebs123
Member
61
11-24-2021, 09:35 PM
#12
You don't require a calculator as it's incorrect. Your device uses Samsung B-DIE and the calculator isn't compatible. The best method is to train your memory by adjusting XMP settings. Ensure timings and voltage align with the SPD reading in the BIOS for the XMP profile. Set the DRAM frequency to 3200MHz and apply it. Aim for a voltage of around 1.35V. After reaching 3200MHz, gradually increase the frequency during each restart until you hit 3600MHz. This process is memory training. Following these steps should work well.
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Tbnrplebs123
11-24-2021, 09:35 PM #12

You don't require a calculator as it's incorrect. Your device uses Samsung B-DIE and the calculator isn't compatible. The best method is to train your memory by adjusting XMP settings. Ensure timings and voltage align with the SPD reading in the BIOS for the XMP profile. Set the DRAM frequency to 3200MHz and apply it. Aim for a voltage of around 1.35V. After reaching 3200MHz, gradually increase the frequency during each restart until you hit 3600MHz. This process is memory training. Following these steps should work well.

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VisyXMark
Junior Member
5
12-02-2021, 06:00 PM
#13
Thaiphoon Burner shares findings about Hynix and CPU-Z results. Are you certain it's Samsung B-DIMM? With a clock speed of 3466MHz and CL24 on CPU-Z, is that concerning? Model: F4-3600C16D-16GTRSC
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VisyXMark
12-02-2021, 06:00 PM #13

Thaiphoon Burner shares findings about Hynix and CPU-Z results. Are you certain it's Samsung B-DIMM? With a clock speed of 3466MHz and CL24 on CPU-Z, is that concerning? Model: F4-3600C16D-16GTRSC

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jjmonkey13
Member
236
12-06-2021, 03:40 AM
#14
The kit includes a C at the end—it's a Hynix model. It doesn't work well with any AMD generation. The part number mentioned was for the calculator, but without the final C. This is the version you should have purchased, which I believed you were looking for. https://www.gskill.com/product/165/299/1...16D-16GTRS
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jjmonkey13
12-06-2021, 03:40 AM #14

The kit includes a C at the end—it's a Hynix model. It doesn't work well with any AMD generation. The part number mentioned was for the calculator, but without the final C. This is the version you should have purchased, which I believed you were looking for. https://www.gskill.com/product/165/299/1...16D-16GTRS

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PilotenRonny
Junior Member
3
12-07-2021, 07:45 AM
#15
I have the C model. The Gskill site says it pairs well with XMP for Ryzen 3000 with my motherboard. I plan to work on improving my memory as you suggested. At 3200Mhz on XMP it functions properly. 3332Mhz causes crashes and 3466Mhz works fine. I’m stuck at 3533Mhz now. The 3600 doesn’t boot.
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PilotenRonny
12-07-2021, 07:45 AM #15

I have the C model. The Gskill site says it pairs well with XMP for Ryzen 3000 with my motherboard. I plan to work on improving my memory as you suggested. At 3200Mhz on XMP it functions properly. 3332Mhz causes crashes and 3466Mhz works fine. I’m stuck at 3533Mhz now. The 3600 doesn’t boot.

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Marinated
Senior Member
666
12-07-2021, 01:44 PM
#16
Memory controller performs well at 3200MHz. Beyond that, things become uncertain. Try using 3200MHz and check if you can improve timing to reduce latency.
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Marinated
12-07-2021, 01:44 PM #16

Memory controller performs well at 3200MHz. Beyond that, things become uncertain. Try using 3200MHz and check if you can improve timing to reduce latency.

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Maylo101
Member
143
12-08-2021, 05:23 PM
#17
Ryzen's memory controller supports various speeds, but 3200MHz at CL14 is typically safe. Higher speeds like 3533MHz or 3600MHz are usually fine unless you have specific requirements. You don’t need to change the settings unless you’re targeting a particular benchmark or performance goal.
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Maylo101
12-08-2021, 05:23 PM #17

Ryzen's memory controller supports various speeds, but 3200MHz at CL14 is typically safe. Higher speeds like 3533MHz or 3600MHz are usually fine unless you have specific requirements. You don’t need to change the settings unless you’re targeting a particular benchmark or performance goal.

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TatitoGamerHD
Member
194
12-08-2021, 08:30 PM
#18
You can keep everything automatic. For an odd number of cylinders, switch down mode in the timing settings. Try something like 15-17-17-17.
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TatitoGamerHD
12-08-2021, 08:30 PM #18

You can keep everything automatic. For an odd number of cylinders, switch down mode in the timing settings. Try something like 15-17-17-17.

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Rhuji
Senior Member
437
12-10-2021, 06:50 AM
#19
Consider reducing the timing settings and avoiding keeping 3533 on XMP. What are your thoughts on BGS?
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Rhuji
12-10-2021, 06:50 AM #19

Consider reducing the timing settings and avoiding keeping 3533 on XMP. What are your thoughts on BGS?

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LionSpear
Member
214
12-11-2021, 01:52 PM
#20
UP
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LionSpear
12-11-2021, 01:52 PM #20

UP

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