What is Rambus’ involvement in FB-DIMM and how has Rambus’ technology given advantages to FB-DIMM?
Woo: Although Rambus was not involved in the definition of FB-DIMM, there are several issues addressed by the FB-DIMM standard that Rambus addressed in the past. One of the most important aspects of FB-DIMMs is that they provide increased memory bandwidth while also maintaining high memory capacity. Throughout our history Rambus has provided high memory bandwidths, so it’s not surprising that Rambus recognized and addressed several challenges with achieving high memory bandwidths and high memory capacities in our previous work. Rambus has addressed difficulties with maintaining the electrical integrity of high speed links, and also realized that address and control are important as well. In our past work, Rambus has developed technologies for buffering these signals in order to achieve both high memory bandwidths and high memory capacities. This buffering includes clock recovery and regeneration, device and module selection and a protocol for routing the control and data through the bu
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