Everything You Always Wanted to Know About SDRAM (Memory)
@ 2010/08/16It’s coming up on a year since we published our last memory review; possibly the longest hiatus this section of the site has ever seen. To be honest, the reason we’ve refrained from posting much of anything is because things haven’t changed all that much over the last year – barring a necessary shift towards low-voltage oriented ICs (~1.30V to ~1.50V) from the likes of Elpida and PSC. Parts of these types will eventually become the norm as memory controllers based on smaller and smaller process technology, like Intel’s 32nm Gulftown, gain traction in the market.
While voltage requirements have changed for the better, factors relating to important memory timings like CL and tRCD haven’t seen an improvement; we’re almost at the same point we were a year ago. Back then Elpida provided a glimpse of promise with their Hyper-series of ICs. The Hyper part was capable of high-speed, low-latency operation in tandem. Unfortunately, due to problems with long-term reliability, Hyper is now defunct. Corsair and perhaps Mushkin still have enough stock to sell for a while, but once it's gone, that’s it.
While voltage requirements have changed for the better, factors relating to important memory timings like CL and tRCD haven’t seen an improvement; we’re almost at the same point we were a year ago. Back then Elpida provided a glimpse of promise with their Hyper-series of ICs. The Hyper part was capable of high-speed, low-latency operation in tandem. Unfortunately, due to problems with long-term reliability, Hyper is now defunct. Corsair and perhaps Mushkin still have enough stock to sell for a while, but once it's gone, that’s it.