ARM has rearchitected its multi-core chips to they can better compete in a world where computing needs are becoming more specialized.
The new DynamIQ architecture will provide flexible compute, with up to eight different cores in a single cluster on a system on a chip. Each core can run at a different clock speed so a company making an ARM SoC can tailor the silicon to handle multiple workloads at varying power efficiencies. The DynamIQ architecture also adds faster access to accelerators for artificial intelligence or networking jobs, and a resiliency that allows it to be used in robotics, autonomous …
New ARM Architecture Offers A DynamIQ Response To Compute was written by Timothy Prickett Morgan at The Next Platform.
It’s easy to get Docker up and running in a development environment, but moving containers into production can be difficult.
Africans at the IETF Meeting
Background
Remember the All You Need Are Two Switches saga? Several readers told me they’d like to have in text (article) format, so I found a transcription service, and started editing what they produced and publishing it. The first two installments are already online.
On a related topic: we’ll discuss the viability of this approach in April DIGS event in Zurich, Switzerland.