Of course, what I've just described is only one way to use the DQM, counters, extended tag RAM, and other QoS hardware in order to enforce cache usage constraints on a per-thread basis.

Now, CPU cache memory is not homogenous it exists in three (occasionally four) variants, namely L1, L2, and L3. The primary differences between these three variants will come down to speed ...

There is where the real challenge awaits for computer architects, creating bigger L1 cache memory with as low latency as achievable. Carlos Moreno, CETYS It's about where your bottleneck exists.

However, prior to ZeroPoint's entry at the cache level, compression was something that was relegated to block-level solutions. The technology is optimized for 64-byte cache entries.

Release Summary. Everspin Technologies today announced that Buffalo Memory is introducing a new industrial SATA III SSD that incorporates Everspin’s Spin-Torque MRAM (ST-MRAM) as cache memory.

Much of the performance of Z-SSD could be the result of a high ratio of DRAM to NAND on the hardware (1.5GB of DDR4 memory), plus a high-performance controller. ... (and less cache warm-up) ...