Is this RAM really more stable and reliable than other RAM because it has "on-die error correcting code (ECC) this module can correct errors in real-time to provide increased stability and reliability"? Or is it marketing?
Is this RAM really more stable and reliable than other RAM because it has "on-die error correcting code (ECC) this module can correct errors in real-time to provide increased stability and reliability"? Or is it marketing?
Marketing as On-die ECC is JEDEC standard for DDR5, hence all DDR5 RAM has it.
If you are targeting for Zen 5 (aka Ryzen 9000) that is expected to be available later this year, it might have improved memory controller that can take 6400+ at 1:1 MCLK:UCLK. Current Ryzen (7000) does not have such capability, and must run at 1:2, which diminishes benefits of having higher memory clock. So, that case, the linked DDR5-6000 is ok. But if you are looking into 1+ year, then it might be worth to go with 7200.
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How does this RAM compare to something like this for a Zen 5 AM5 system I hope to build later this year?
https://www.amazon.com/gp/product...OEBD&
I don't care about RGB.
How does this RAM compare to something like this for a Zen 5 AM5 system I hope to build later this year?
https://www.amazon.com/gp/product...OEBD&psc=1 [amazon.com]
I don't care about RGB.
If you are targeting for Zen 5 (aka Ryzen 9000) that is expected to be available later this year, it might have improved memory controller that can take 6400+ at 1:1 MCLK:UCLK. Current Ryzen (7000) does not have such capability, and must run at 1:2, which diminishes benefits of having higher memory clock. So, that case, the linked DDR5-6000 is ok. But if you are looking into 1+ year, then it might be worth to go with 7200.