F5F Stay Refreshed Hardware Desktop Question Enabling XMP leads to a black screen?

Question Enabling XMP leads to a black screen?

Question Enabling XMP leads to a black screen?

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1
1Point10
Member
144
07-18-2025, 11:06 AM
#11
Check each stick of RAM with only slot a2 to observe the outcomes.
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1Point10
07-18-2025, 11:06 AM #11

Check each stick of RAM with only slot a2 to observe the outcomes.

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lazybones25
Member
67
07-18-2025, 11:06 AM
#12
After changing the speed settings in BIOS, I noticed the system restarted at 4800mhz.
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lazybones25
07-18-2025, 11:06 AM #12

After changing the speed settings in BIOS, I noticed the system restarted at 4800mhz.

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PvPking1999
Member
50
07-18-2025, 11:06 AM
#13
When does it perform that action? Right away or after a failed boot attempt? If it fails to boot and restores the default settings, it will definitely revert to the standard configuration of 4800 MHz for DDR5. When I inquired about timing, specifically CAS latency, I checked the DRAM timing control options. If the first number is 32, you should be able to reach 6000 MHz without enabling XMP, provided the DRAM voltage is at least 1.35 volts.
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PvPking1999
07-18-2025, 11:06 AM #13

When does it perform that action? Right away or after a failed boot attempt? If it fails to boot and restores the default settings, it will definitely revert to the standard configuration of 4800 MHz for DDR5. When I inquired about timing, specifically CAS latency, I checked the DRAM timing control options. If the first number is 32, you should be able to reach 6000 MHz without enabling XMP, provided the DRAM voltage is at least 1.35 volts.

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nooneepic27
Member
227
07-18-2025, 11:06 AM
#14
The requested information about the CAS latency listing isn't present in the provided section. You can find details on the right side under CPU/Memory, including the MC Volt value of 1.119V and a frequency of 5400 MHz.
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nooneepic27
07-18-2025, 11:06 AM #14

The requested information about the CAS latency listing isn't present in the provided section. You can find details on the right side under CPU/Memory, including the MC Volt value of 1.119V and a frequency of 5400 MHz.

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Anson1108
Member
102
07-18-2025, 11:06 AM
#15
On the same page where you turn on xmp, there is a "DRAM timing control*" section. Visit that area and check "primary timings" (tcl, trdc, trp and tras). If tlc is 32 or above by default, you should be fine to reach at least 6000 MHz without loading xmp or adjusting the timing.
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Anson1108
07-18-2025, 11:06 AM #15

On the same page where you turn on xmp, there is a "DRAM timing control*" section. Visit that area and check "primary timings" (tcl, trdc, trp and tras). If tlc is 32 or above by default, you should be fine to reach at least 6000 MHz without loading xmp or adjusting the timing.

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chayden2k6
Member
119
07-18-2025, 11:06 AM
#16
I don't recognize TLC. There are numerous options available, such as twrpre, trdpden, tcpded, tccd_l_tdllk. Xmp is active in easy mode, whereas these other settings are not.
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chayden2k6
07-18-2025, 11:06 AM #16

I don't recognize TLC. There are numerous options available, such as twrpre, trdpden, tcpded, tccd_l_tdllk. Xmp is active in easy mode, whereas these other settings are not.

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Chrisjee_JCNL
Member
58
07-18-2025, 11:06 AM
#17
In AI Tweaker-> DRAM timing control, the main timing parameters are consistently the first four values. They typically align around 32, 40, 40, 104 or similar.
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Chrisjee_JCNL
07-18-2025, 11:06 AM #17

In AI Tweaker-> DRAM timing control, the main timing parameters are consistently the first four values. They typically align around 32, 40, 40, 104 or similar.

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Biggumss
Junior Member
17
07-18-2025, 11:06 AM
#18
Main timing parameters include DRAM CAS# latency, DRAM RAS# to CAS# delay, and read/write delays for CAS#. Additional secondary details cover skew control and memory training algorithms. I don't see what you're referring to.
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Biggumss
07-18-2025, 11:06 AM #18

Main timing parameters include DRAM CAS# latency, DRAM RAS# to CAS# delay, and read/write delays for CAS#. Additional secondary details cover skew control and memory training algorithms. I don't see what you're referring to.

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201
07-18-2025, 11:06 AM
#19
I replied above. I didn't hit reply, but I managed to reach a RAM speed of 6000MHz.
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AwesomeIce1121
07-18-2025, 11:06 AM #19

I replied above. I didn't hit reply, but I managed to reach a RAM speed of 6000MHz.

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EndoHash
Member
196
07-18-2025, 11:06 AM
#20
Yes, you notice them clearly. It's the primary timing. tCL means time CAS Latency. On different boards these values may vary but they remain consistent. I expected them to match mine because I also use an Asus board, yet the results differ. What are the specific figures for these four components?
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EndoHash
07-18-2025, 11:06 AM #20

Yes, you notice them clearly. It's the primary timing. tCL means time CAS Latency. On different boards these values may vary but they remain consistent. I expected them to match mine because I also use an Asus board, yet the results differ. What are the specific figures for these four components?

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