Optimized RAM slots for Z77 recorders

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Inezze009
Senior Member

716

12-09-2016, 09:21 AM

#11

Check for additional key parameters. For high-speed configurations like 2200, 2400, and above, typical VCC settings range from 1.8 to 2.5V depending on the chip and board. Keep it stable to avoid performance issues.

Inezze009

12-09-2016, 09:21 AM #11

w53538
Junior Member

12-19-2016, 12:13 PM

#12

I haven’t used it much and haven’t handled it for quite some time. I’d need to experiment with it.

w53538

12-19-2016, 12:13 PM #12

I haven’t used it much and haven’t handled it for quite some time. I’d need to experiment with it.

Racejet
Junior Member

12-20-2016, 06:17 PM

#13

If the situation resembles Haswell, test 1.15V to 1.35V and observe the results. Excessive levels can affect stability just like too little. There might also be a VCCIO voltage present; it could require a modest boost similar to VCCSA, though typically less, according to my experience with Haswell...

Racejet

12-20-2016, 06:17 PM #13

Yoshman2000
Member

180

12-21-2016, 10:04 AM

#14

Here are some menu options:
- Explore additional features
- Try a different layout
- Check out new content
- Adjust settings as needed

Yoshman2000

12-21-2016, 10:04 AM #14

Here are some menu options:
- Explore additional features
- Try a different layout
- Check out new content
- Adjust settings as needed

Muggy215
Member

147

12-29-2016, 02:48 AM

#15

You've already turned off MRC Fast boot, which is a positive step. VTT DDR could be worth experimenting with. You're handling the adjustments on your own, figuring out how much and in what direction to change things. I've learned that using a significantly higher DRAM voltage can help if you keep it below the standard 50%. Tweaking RTL and IO-L might improve latency, though it often causes me a lot of headaches trying to set those values correctly. You might want to adjust the round trip IO compensation setting by one unit at a time to observe any improvements in RTL performance.

Muggy215

12-29-2016, 02:48 AM #15

IMS209
Member

01-01-2017, 04:47 AM

#16

It seems like the display shows static voltage values, likely around half of the expected output. This could be related to a multiplier function or scaling factor applied during measurement.

IMS209

01-01-2017, 04:47 AM #16

It seems like the display shows static voltage values, likely around half of the expected output. This could be related to a multiplier function or scaling factor applied during measurement.

Zorro340
Junior Member

01-01-2017, 05:38 AM

#17

It shows the value and is configured as a voltage. However, the initial configuration adjusts it to half of the DRAM voltage value.

Zorro340

01-01-2017, 05:38 AM #17

It shows the value and is configured as a voltage. However, the initial configuration adjusts it to half of the DRAM voltage value.

iron_finder1
Posting Freak

750

01-01-2017, 06:26 AM

#18

Avoid adjusting unrelated settings like pch volts or xclk. CPU VTT doesn’t affect RAM OC.

iron_finder1

01-01-2017, 06:26 AM #18

Avoid adjusting unrelated settings like pch volts or xclk. CPU VTT doesn’t affect RAM OC.

simooom
Member

01-01-2017, 10:59 AM

#19

PCH acts as the central hub for platform control and isn't involved in RAM OC because the memory controller resides on the CPU. The xclk appears unrelated to RAM OC configuration, though its purpose isn't clear. I'm uncertain about CPU VTT.

simooom

01-01-2017, 10:59 AM #19

Minemanhpminer
Member

193

01-10-2017, 09:06 PM

#20

Adjustments aren't needed, 1.35vcore should sit near the high end of daily voltage. You'll notice they're very hot.

Minemanhpminer

01-10-2017, 09:06 PM #20

Adjustments aren't needed, 1.35vcore should sit near the high end of daily voltage. You'll notice they're very hot.

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