MIT’s Swarm Chip Architecture Boosts Multi-Core CPUs, Offering Up To 18x Faster Processing

An anonymous reader writes from a report via Gizmag: MIT’s new Swarm chip could help unleash the power of parallel processing for up to 75-fold speedups, while requiring programmers to write a fraction of the code that is usually necessary for programs to take full advantage of their hardware. Swarm is a 64-core chip developed by Prof. Daniel Sanchez and his team that includes specialized circuitry for both executing and prioritizing tasks in a simple and efficient manner. Neowin reports: “For example, when using multiple cores to process a task, one core might need to access a piece of data that’s being used by another core. Developers usually need to write code to avoid these types of conflict, and direct how each part of the task should be processed and split up between the processor’s cores. This almost never gets done with normal consumer software, hence the reason why Crysis isn’t running better on your new 10-core Intel. Meanwhile, when such optimization does get done, mainly for industrial, scientific and research computers, it takes a lot of effort on the developer’s side and efficiency gains may sometimes still be minimal.” Swarm is able to take care of all of this, mostly through its hardware architecture and customizable profiles that can be written by developers in a fraction of the time needed for regular multi-core silicon. The 64-core version of Swarm came out on top after MIT researchers tested it out against some highly-optimized parallel processing algorithms, offering three to 18 times faster processing. The most impressive result was when Swarm achieved results 75 times better than the regular chips, because that particular algorithm had failed to be parallelized on classic multi-core processors. There’s no indication as to when this technology will be available for consumer devices.

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