Programming processors is becoming more complicated as more and different types of processing elements are included in the same architecture. While systems architects may revel in the number of ...

Exploiting memory leaks, injecting code into processes, and a variety of side-channel attacks could become much more difficult to pull off if a technique for creating a "morphable" processor ...

Discussions about CPUs often frame one instruction set architecture (ISA) against another—x86 vs. Arm, Arm vs. RISC-V, and so on. However, it’s common to use multiple CPU architectures in a single ...

[RetroBytes] nicely presents the curious history of the SPARC processor architecture. SPARC, short for Scalable Processor Architecture, defined some of the most commercially successful RISC processors ...

Processor vendors are starting to emphasize microarchitectural improvements and data movement over process node scaling, setting the stage for much bigger performance gains in devices that narrowly ...

With the launch of the 4 th generation of Intel Xeon Scalable processors and the Xeon CPU Max series, which were codenamed Sapphire Rapids, Intel is charting a new server architecture path for the ...

AMD changed the way it numbers its Ryzen laptop processors last year, switching to a new system that simultaneously provides more concrete information than the old one while also partially obfuscating ...

In today's market, the CPU landscape is predominantly defined by two major camps: Intel and AMD. With its significant market share, Intel holds the mantle as the leader in the CPU industry. However, ...

Intel claims its processor architecture can power any device, from PCs and servers to smartphones and TVs. But will a CPU monoculture benefit customers? Intel CEO Paul Otellini unveiled his vision for ...

A few months back we investigated CPU core misconceptions, explaining how overall processor performance is affected not only by how many cores a CPU has, but other factors including cache levels and ...