A CPU relies on various kinds of storage to optimally run programs and power a computer. These include components like hard disks and SSDs for long-term storage, RAM and GPU memory for fast, temporary ...

CPUs have a number of caching levels. We've discussed cache structures generally, in our L1 & L2 explainer, but we haven't spent as much time discussing how an L3 works or how it's different compared ...

The development of caches and caching is one of the most significant events in the history of computing. Virtually every modern CPU core from ultra-low power chips like the ARM Cortex-A5 to the ...

The CPU’s cache reduces memory latency when data is accessed from the main system memory. Developers can and should take advantage of CPU cache to improve application performance. Modern CPUs ...

This paper presents the architecture of a high performance level 2 cache capable of use with a large class of embedded RISC cpu cores. The cache has a number of novel features including advanced ...

The i7 supports the x86-64 instruction set architecture, a 64-bit extension of the 80×86 architecture. The i7 is an out-of-order execution processor that includes four cores. In this chapter, we focus ...

Nvidia's latest GPUs, the RTX 5090 and RTX 5080, have been closely examined for their L1 and L2 cache configurations, as well as memory enhancements. According to recent reports by Tom's Hardware, the ...

AMD is showing off technology that could dramatically increase the amount and speed of cache memory available for next-gen chips, with up to 192MB of L3 cache on upcoming AMD Ryzen desktop chips and ...

Let the era of 3D V-Cache in HPC begin. Inspired by the idea of AMD’s “Milan-X” Epyc 7003 processors with their 3D V-Cache stacked L3 cache memory and then propelled by actual benchmark tests pitting ...

If a Core i9 15900K tips up with eight Performance cores and 32 Efficient cores, we're looking at potentially 56MB of L2 cache. At least. When you purchase through links on our site, we may earn an ...