So if I use 16gb dual rank in channel 1 (slot A2) + 8gb (slot A3) and 8gb (slot A4) in channel 2 (both single rank), will it run the same (or almost) as 16gb + 16gb in dual channel? I'm using that configuration.
I haven't studied it like that in a system level. Assuming the system can support it, the difference between the two would be the access timing, which is handled during training. I can't tell any performance difference, but like I said, I've never studied from the system level.
I have never seen a more clear explanation....Thank you very much
Glad it was helpful!
Thank you for the clear explanation!
You're welcome. Glad it helps 🙂
Awesome explanation !!
Thanks for the comment 😃
😊😊😊Super cool
I understood that, Thanks
You're welcome 😊
Nice explanation❤.
Wether same concept used in the lpddr memory or it differs? In terms of channel ,rank,bank,etc.....
Thanks. It's the same concept for lpddr as well.
So if I use 16gb dual rank in channel 1 (slot A2) + 8gb (slot A3) and 8gb (slot A4) in channel 2 (both single rank), will it run the same (or almost) as 16gb + 16gb in dual channel? I'm using that configuration.
I haven't studied it like that in a system level. Assuming the system can support it, the difference between the two would be the access timing, which is handled during training. I can't tell any performance difference, but like I said, I've never studied from the system level.
Clear explanation! Thank you!
You're welcome. Thank you too