3 ms·
One potential reason: now that CPU clock speed is plateauing, parallelism is the main way to juice performance. Many apps try to take advantage of it by running
by bloppe 10mo ago
One potential reason: now that CPU clock speed is plateauing, parallelism is the main way to juice performance. Many apps try to take advantage of it by running N processes for N cores. For instance, my 22-core machine will use all 22 cores in parallel by default for builds with modern build systems. That's compiling ~22 files at once, using ~5x as much RAM as the 4-core machines of 15 years ago, all else being equal. As parallelism increases further, expect your builds to use even more memory.