In the eighties, computer processors became faster and faster, while memory access times stagnated and hindered additional performance increases. Something had to be done to speed up memory access and ...
The performance of a business computer at everyday tasks largely depends on two factors: its processor speed and the amount of memory it has. The processor's speed comes from its clock, a timing ...
Blueshift Memory, designer of a proprietary high-speed memory architecture, is using Codasip Studio tools to integrate RISC-V processor IP into an FPGA-based design for memory architecture, modifying ...
Blueshift’s BlueFive RISC-V processor addresses Memory and Energy Walls BlueFive claims faster calculations, lower energy use via data optimization Validated design integrates memory controller, CPU ...
In the earlier blog on Ramtron’s MaxArias, Cidbarca raised several excellent questions in two separate comments that will probably take at least three blogs to answer. I made the broad statement that ...
A very common question I am asked is which is more important, the speed of the processor or the amount memory. This is a difficult question to answer and it would help if we had some understanding of ...
Content-addressable-memory (CAM) technology, traditionally targeted at high-speed lookups for packet classification, represents a key element in the acceleration of lossless compression. Compression ...
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