expired
32GB (2x16GB) G.Skill Ripjaws S5 Series 288-Pin DDR5 6000 CL30 PC Desktop Memory
$128
$160
20% off
+ Free Shippingat Newegg
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+ Free Shippingat NeweggDeal Details
Newegg has 32GB (2x16GB) G.Skill Ripjaws S5 Series 288-Pin DDR5 6000 CL30 PC Desktop Memory RAM (Black) on sale for $127.99. Shipping is free.
Thanks to Deal Hunter SehoneyDP for finding this deal.
Thanks to Deal Hunter SehoneyDP for finding this deal.
Editor's Notes
Written by slickdewmaster | Staff- About the product:
- DDR5 6000 (PC5 48000)
- Timing 30-40-40-96
- CAS Latency 30
- Voltage 1.35V
- About this store:
- Newegg's Return Policy can be found here.
Community Notes
About the Poster
Deal Details
Community Notes
About the Poster
Newegg has 32GB (2x16GB) G.Skill Ripjaws S5 Series 288-Pin DDR5 6000 CL30 PC Desktop Memory RAM (Black) on sale for $127.99. Shipping is free.
Thanks to Deal Hunter SehoneyDP for finding this deal.
Thanks to Deal Hunter SehoneyDP for finding this deal.
Editor's Notes
Written by slickdewmaster | Staff- About the product:
- DDR5 6000 (PC5 48000)
- Timing 30-40-40-96
- CAS Latency 30
- Voltage 1.35V
- About this store:
- Newegg's Return Policy can be found here.
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Deal History
Deal History includes data from multiple reputable stores, such as Best Buy, Target, and Walmart. The lowest price among stores for a given day is selected as the "Sale Price".
Sale Price does not include sale prices at Amazon unless a deal was posted by a community member.
Sale Price does not include sale prices at Amazon unless a deal was posted by a community member.
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Top Comments
The "Sweet Spot" confirmed by AMD themselves is 6000mhz, DDR obviously means Double Data Rate, so it's 3000mhz effective, which is a perfect match for the new Ryzen 7000 CPU infinity fabric clock. Any slower or faster and you have to OC the CPU side or there is a delay to timing mismatch.
As a general rule by the way, if the MHZ compared to CAS latency is the same ratio, it's the exact same timing in Nanoseconds for Memory Response.
RL = CL *2000 / DR, so your Ram Latency to respond to a CPU command is ALWAYS CAS latency * 2000 / Data Rate (the DDR speed), so both 6000 CAS 30 and 6400 CAS 32 have the same latency in nanoseconds of 10 (if you noticed the CAS latency is exactly half of the first 2 digits of the speed in both RAM sets (60/30 and 64/32).
The faster RAM gets, the more CAS latency there is by default. You will start to pay exponentially more to combine higher speed with lower CAS, because that decreases nanosecond delay. (E.g. 7000 CAS 34 would be 9.7 Nanoseconds vs 10)
Thing is, some applications prefer faster speed (DR), some prefer faster CAS latency (CL), but ALL programs benefit from overall Ram Latency (RL).
TL
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https://www.newegg.com/g-skill-32...6820374451
https://www.newegg.com/g-skill-32...6820374422
https://www.newegg.com/g-skill-32...6820374451 [newegg.com]
SDRAM DDR5 6400 CL32-39-39-102
Basically 6000 CL30 vs. 6400 CL32
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SDRAM DDR5 6400 CL32-39-39-102
Basically 6000 CL30 vs. 6400 CL32
Our community has rated this post as helpful. If you agree, why not thank
The "Sweet Spot" confirmed by AMD themselves is 6000mhz, DDR obviously means Double Data Rate, so it's 3000mhz effective, which is a perfect match for the new Ryzen 7000 CPU infinity fabric clock. Any slower or faster and you have to OC the CPU side or there is a delay to timing mismatch.
As a general rule by the way, if the MHZ compared to CAS latency is the same ratio, it's the exact same timing in Nanoseconds for Memory Response.
RL = CL *2000 / DR, so your Ram Latency to respond to a CPU command is ALWAYS CAS latency * 2000 / Data Rate (the DDR speed), so both 6000 CAS 30 and 6400 CAS 32 have the same latency in nanoseconds of 10 (if you noticed the CAS latency is exactly half of the first 2 digits of the speed in both RAM sets (60/30 and 64/32).
The faster RAM gets, the more CAS latency there is by default. You will start to pay exponentially more to combine higher speed with lower CAS, because that decreases nanosecond delay. (E.g. 7000 CAS 34 would be 9.7 Nanoseconds vs 10)
Thing is, some applications prefer faster speed (DR), some prefer faster CAS latency (CL), but ALL programs benefit from overall Ram Latency (RL).
TL
The "Sweet Spot" confirmed by AMD themselves is 6000mhz, DDR obviously means Double Data Rate, so it's 3000mhz effective, which is a perfect match for the new Ryzen 7000 CPU infinity fabric clock. Any slower or faster and you have to OC the CPU side or there is a delay to timing mismatch.
As a general rule by the way, if the MHZ compared to CAS latency is the same ratio, it's the exact same timing in Nanoseconds for Memory Response.
RL = CL *2000 / DR, so your Ram Latency to respond to a CPU command is ALWAYS CAS latency * 2000 / Data Rate (the DDR speed), so both 6000 CAS 30 and 6400 CAS 32 have the same latency in nanoseconds of 10 (if you noticed the CAS latency is exactly half of the first 2 digits of the speed in both RAM sets (60/30 and 64/32).
The faster RAM gets, the more CAS latency there is by default. You will start to pay exponentially more to combine higher speed with lower CAS, because that decreases nanosecond delay. (E.g. 7000 CAS 34 would be 9.7 Nanoseconds vs 10)
Thing is, some applications prefer faster speed (DR), some prefer faster CAS latency (CL), but ALL programs benefit from overall Ram Latency (RL).
TL
SDRAM DDR5 6400 CL32-39-39-102
Basically 6000 CL30 vs. 6400 CL32
For 99.9% of people, it doesn't matter since they don't overclock.
Also the poster above said, don't get anything faster than 6000 for AMD chips.
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