F5F Stay Refreshed Hardware Desktop RAM latency gear1 and gear2 are designed to boost gaming performance by reducing delays in data access.

RAM latency gear1 and gear2 are designed to boost gaming performance by reducing delays in data access.

RAM latency gear1 and gear2 are designed to boost gaming performance by reducing delays in data access.

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Shoobydoo
Junior Member
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23
03-17-2016, 12:19 PM
#1
You're considering the right components for your MSI PRO B660M-A. The initial thought of 3600MHz was based on price, but reading suggests a higher frequency of around 3200MHz is recommended for better gaming performance due to lower latency. That’s the key point—optimizing for speed rather than just cost.
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Shoobydoo
03-17-2016, 12:19 PM #1

You're considering the right components for your MSI PRO B660M-A. The initial thought of 3600MHz was based on price, but reading suggests a higher frequency of around 3200MHz is recommended for better gaming performance due to lower latency. That’s the key point—optimizing for speed rather than just cost.

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Newzo
Junior Member
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10
03-17-2016, 05:15 PM
#2
I believe the gap between 3200 and 3600 is almost imperceptible, and I’m curious about the complete system specifications you have in mind.
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Newzo
03-17-2016, 05:15 PM #2

I believe the gap between 3200 and 3600 is almost imperceptible, and I’m curious about the complete system specifications you have in mind.

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Brice969
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72
03-17-2016, 05:25 PM
#3
Gear 1 naturally offers lower latency compared to Gear 2. Running at 3600MHz in gear 1 is generally manageable, and if needed, you can switch to a 3200MHz CL16-18-18-36 model without issues. If both options cost the same, choose the 3600MHz kit.
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Brice969
03-17-2016, 05:25 PM #3

Gear 1 naturally offers lower latency compared to Gear 2. Running at 3600MHz in gear 1 is generally manageable, and if needed, you can switch to a 3200MHz CL16-18-18-36 model without issues. If both options cost the same, choose the 3600MHz kit.

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xX_IceyWolf_Xx
Senior Member
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629
03-29-2016, 04:35 PM
#4
Latency varies significantly between 3200 MHz and 3600 MHz RAM. The latter tends to cost more. To properly assess latency differences, consider the CL value rather than just the frequency. Latency increases with frequency, so CL16 at 3200 MHz equals CL18 at 3600 MHz (both around 10 nanoseconds). Using the formula CL × 2000 / Frequency yields consistent results.
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xX_IceyWolf_Xx
03-29-2016, 04:35 PM #4

Latency varies significantly between 3200 MHz and 3600 MHz RAM. The latter tends to cost more. To properly assess latency differences, consider the CL value rather than just the frequency. Latency increases with frequency, so CL16 at 3200 MHz equals CL18 at 3600 MHz (both around 10 nanoseconds). Using the formula CL × 2000 / Frequency yields consistent results.

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