F5F Stay Refreshed Power Users Overclocking What method is used to increase RAM speed?

What method is used to increase RAM speed?

What method is used to increase RAM speed?

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gabbylife
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05-02-2016, 08:06 PM
#11
looking for a Samsung F-Die also doesn't yield any matches, yet the provided spec sheet includes timing details for the 1600 speed bin. Also, 1.575v is considered the safest voltage for this RAM.
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G
gabbylife
05-02-2016, 08:06 PM #11

looking for a Samsung F-Die also doesn't yield any matches, yet the provided spec sheet includes timing details for the 1600 speed bin. Also, 1.575v is considered the safest voltage for this RAM.

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abilovessouch
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05-07-2016, 05:49 AM
#12
According to the linked article, the timing adjustments should align closely with the frequency of the RAM. I'm considering an overclock to 1600Mhz and then gradually reducing the timings. Should I first raise the voltage to 1.575V, then adjust the timings in proportion to the 1600Hz, and finally proceed with the overclock? Also, what do you think about the information on the page you mentioned?
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abilovessouch
05-07-2016, 05:49 AM #12

According to the linked article, the timing adjustments should align closely with the frequency of the RAM. I'm considering an overclock to 1600Mhz and then gradually reducing the timings. Should I first raise the voltage to 1.575V, then adjust the timings in proportion to the 1600Hz, and finally proceed with the overclock? Also, what do you think about the information on the page you mentioned?

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ethandizzy
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169
05-07-2016, 07:15 AM
#13
This AIDA64 bench features a basic 800 MHz XMP profile.
It uses 1600MHz XMP at 1.575 GHz.
Starting from 1333MHz, the clock cycles are 9.9.9.24.1.
I plan to gradually adjust them to match that timing while keeping 1600MHz @1.575v.
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E
ethandizzy
05-07-2016, 07:15 AM #13

This AIDA64 bench features a basic 800 MHz XMP profile.
It uses 1600MHz XMP at 1.575 GHz.
Starting from 1333MHz, the clock cycles are 9.9.9.24.1.
I plan to gradually adjust them to match that timing while keeping 1600MHz @1.575v.

Reply
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