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someone correct me if I'm an idiot and spreading mis info, but omg tfaw makes a difference, in between these SS, 34 to 24 tfaw got me from 147 to 128 in test speeds as well as a decent read speed increase of a few gb, and a .1 gb write (if that even matters)
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someone correct me if I’m an idiot and spreading mis info, but omg tfaw makes a difference, in between these SS, 34 to 24 tfaw got me from 147 to 128 in test speeds as well as a decent read speed increase of a few gb, and a .1 gb write (if that even matters)

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someone correct me if I’m an idiot and spreading mis info, but omg tfaw makes a difference, in between these SS, 34 to 24 tfaw got me from 147 to 128 in test speeds as well as a decent read speed increase of a few gb, and a .1 gb write (if that even matters)

3 Comments

  1. CptTombstone

    It’s one of the most important aspects with regards to any real world task. tFAW, tRRD and tWTR timings are just as instrumental in achieving peak performance as setting tRFC and tREFI correctly.

  2. E27043

    tRP, tFAW, tRRDL, tRRDS, tRTP, tRFC, tREFI and tRDRDSCL are the most impacting on performance

  3. master-overclocker

    Your tFAW should be 24.

    tFAW = 4x tRRDS so 4×6=24

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