A CPU usually has three cache memory levels. They are not the focus of new purchases, although they are an important aspect of the CPU architecture. The L2 cache is the secondary memory cache that ...

This solution was described and evaluated in a recent ACM SIG presentation entitled "QoS Policy and Architecture for Cache/Memory in CMP Platforms." The basic idea goes as follows: A hardware ...

in the memory buffers and between the PCI-Express bus and L3 cache. This might mean stacking it up on top of the I/O and memory controller hub chip in a future chiplet server architecture with ...

The “Skylake” Xeon SP processors from Intel have been in the market for nearly a month now, and we thought it would be a good time to drill down into the architecture of the new processor. We also ...

But how does cache memory work and how does it tie in with the best processors? Also, what are the different types of cache memory and can you increase how much of it is available to your PC?

The design of the memory architecture becomes even more critical in multicore embedded systems due to the sharing of data between the multiple cores within the system. For example, how the cache ...

The optimization of cache coherency traffic of Cache Coherency Architecture is specialized for applications based on memory access patterns and our contribution is concerning the treatment of memory ...

As the most naturally quantitative of the computer architecture disciplines, memory hierarchy would seem to be less vulnerable to fallacies and pitfalls. Yet we were limited here not by lack of ...

Source: Arteris IP Regarding system architecture considerations, memory technology allows designers to partition LLCs according to size, performance, layout optimization, and application requirements ...