Bridging the Digital Divide, One City at a Time
Whether it’s from a phone, tablet, computer or the plethora of other connected devices available today, we’re constantly connected to the internet.
Whether it’s from a phone, tablet, computer or the plethora of other connected devices available today, we’re constantly connected to the internet.
The most current version of the draft can be found here. There is one more comment from Uma that still needs to be addressed, and one more section that needs to be added. There will probably be more changes, as well, over time. These sorts of drafts do not happen through one person; a number of folks have worked on various bits of the draft, including Shawn, Nikos, Ivan, Les, Naiming, Uma, and others—the folks who have added ideas, etc., are included in the contributors section, which is always worth paying attention to!
The post Openfabric: A Short Video of the IETF Presentation appeared first on 'net work.
The company will have 24 data centers in the U.S. and 18 overseas.
ONAP members include one-third of all global mobile operators.
If you want an object lesson in the interplay between Moore’s Law, Dennard scaling, and the desire to make money from selling chips, you need look no further than the past several years of Intel’s Xeon E3 server chip product lines.
The Xeon E3 chips are illustrative particularly because Intel has kept the core count constant for these processors, which are used in a variety of gear, from workstations (remote and local), entry servers to storage controllers to microservers employed at hyperscalers and even for certain HPC workloads (like Intel’s own massive EDA chip design and validation farms). …
Xeon E3: A Lesson In Moore’s Law And Dennard Scaling was written by Timothy Prickett Morgan at The Next Platform.