OCZ introduces new memory for the DDR400 to DDR466 range that can do very fast 2-2-2-5 timings. With all the recent memory introductions with slower timings, it is nice to see a return to memory that can perform at the fastest timings you can choose.

Today, OCZ introduced 4200EL - the Highest Speed Memory that we have tested at AnandTech. Does the new OCZ 4200EL live up to its DDR533 Performance Rating? How does it compare to the best memory tested at AnandTech?

Mushkin is introducing a new revision of their DDR500 memory that claims great performance at DDR500 and fast timings at DDR400. How does it compare to the top performers that we have tested?

Today, Corsair introduces an improved DDR500 with a cast aluminum heatsink and LED activity lights. We compare it to Corsair’s current PC4000 and the best of our DDR500 roundup.

Mushkin and Adata have taken a different approach to fast memory by providing memory that works at very fast timings at DDR400 to DDR433. How does it compare to the best from our recent DDR500 roundup?

In Part 1, we determined the best Memory Configurations for the Intel 875/865 motherboards. Part 2 looks at the fastest memory available from a range of memory manufacturers to find “The One”.

High-Performance Memory manufacturers use many tricks to coax the highest performance from their memory products. We look at the some of the processes OCZ has used to turn ordinary Samsung chips into DDR500 screamers...

One of the questions we are often asked is whether a particular motherboard can run with four DIMMs. With the Intel 875/865 Dual-Channel boards, we are realizing that additional questions need to be raised. Is there a performance difference in two DIMMs vs. four DIMMs? Do single-sided or double-sided DIMMs perform better on Canterwood/Springdale boards? What is the real performance difference in one DIMM, two DIMMs, and four DIMMs?

After hours and hours of testing we have finally completed memory module testing on the most popular 865PE and 875P motherboards using the latest BIOSes available. Read on to find out which pair of memory modules will fit your motherboard's needs.

Recent developments in DIMM technologies allow unprecedented densities to be squeezed onto a low profile 1.2 inch DIMM. Join us as we take a look at the new TCP, EPOC and FEMMA memory modules.

Higher bandwidth memory solutions fall in price once again, it's clear where the market is headed and PC133 isn't it. Find out what the best buys are in this market in this edition of our Memory & Motherboard Price Guide.

It's Price Guide time and what a time it is to purchase memory and motherboards. The prices of Socket-A motherboards and the rest of the boards in general seem to be stabilizing. And much to the relief of the memory manufacturers, the same seems to be true about memory. RDRAM and PC2100 DDR SDRAM still carry their premium while PC133 SDRAM is at an all-time low.

Last week we took a look at the theory behind the need for a higher bandwidth solution and illustrated that RDRAM was a solution that could potentially fit the bill. Now, we rewind to the present day and see what the current top performing memory technology is and what makes it tick, including the debate of latency vs bandwidth.

There is a lot of misinformation floating around the 'net regarding a little company known as Rambus and their extremely expensive memory technology. Would you believe that we may actually need RDRAM? Would you believe that AMD is actually supporting the standard? Read on to find out more...

For the first time in a year we take a look at the latest SDRAM modules out on the market and crown a winner. This time around the focus is on PC133 SDRAM. Read on as we compare CAS 2 vs CAS 3, PC133 vs PC100, and a total of 9 different PC133 SDRAM modules currently available on the market.