I was looking memories and I noticed a bunch of them have strange bus sizes that 18 , 36, or 72 bits wide rather than the standard 8, 16, and 32 bit sizes. Is there a reason these sizes exist? They aren't the standard word sizes.
While we expect to see memory widths in powers of 2 there are applications that require otherwise. The one example that comes to mind in graphics. For example graphics with 12 bit memories, RBG 4 bits per color sort of thing. I am sure there are current examples but I do not know any offhand.
While we expect to see memory widths in powers of 2 there are applications that require otherwise. The one example that comes to mind in graphics. For example graphics with 12 bit memories, RBG 4 bits per color sort of thing. I am sure there are current examples but I do not know any offhand.
Don't think so...it is counted as part of the SRAM's memory and is used like normal memory. UNless you mean it's there so the user can manually implement as a parity bit.
Don't think so...it is counted as part of the SRAM's memory and is used like normal memory. UNless you mean it's there so the user can manually implement as a parity bit.