ARM Research Summit: Research Roadmap Keynote Live Blog
by Ian Cutress on September 15, 2016 7:59 AM EST12:33PM EDT - We're still at the ARM Research Summit, and the keynote talk on the ARM roadmap is about to start!
12:33PM EDT - Eric Hennenhoefer, VP Research for ARM, on stage
12:34PM EDT - Has a background in verification, moved to ARM when the company was acquired
12:35PM EDT - ARM Licencing model: IP Provider, licence fees and royalties
12:35PM EDT - 'Everyone who participates, wins'
12:35PM EDT - 'Design things once, and reuse it across multiple partners'
12:35PM EDT - 1250 licences, increases 100+ per year
12:36PM EDT - 350+ partners for potential royalties
12:36PM EDT - 86 billion ARM chips (not cores) shipped to date, 25% compound annual growth rate over last 5 years
12:37PM EDT - Ongoing royalties are typically based on a percentage of chip price
12:37PM EDT - Upfront licence fees cover development cost
12:38PM EDT - 'There's no point making something, signing up partners, and they don't ship anything'
12:40PM EDT - ARM Artisan IP is popular apparently
12:40PM EDT - Acquired Apical in the last year
12:41PM EDT - Price ranges from 50c / chip to over $25 (depends on partners, ARM doesn't make the chips remember)
12:42PM EDT - ARM has silicon partners, software/training/consortia partners, design support partners
12:43PM EDT - ARM Research as a unit are 3-7 years ahead of the product teams. That's important
12:43PM EDT - ARM Research are based from n+2
12:43PM EDT - A combination of targeted and blue-sky research
12:44PM EDT - Combination of internal research teams and academic/research partnerships
12:44PM EDT - 'We work on disruptive technology roadmaps'
12:45PM EDT - 'One of the jobs is to look at potential disruptive technologies, what they mean to ARM, and what it takes to make them real'
12:45PM EDT - This includes attending conferences and knowing lots of people with potential
12:47PM EDT - As the number of devices increases, research like energy harvesting becomes important
12:47PM EDT - especially for 'edge' devices (ones at the end of the communication chain)
12:48PM EDT - 'The compute is there, you can see the future coming'
12:49PM EDT - ARM Research is split into skill areas
12:49PM EDT - Some technologies die before it reaches ARM, but ARM still needs to keep abreast of partner development
12:50PM EDT - Memory/Interconnect team deals with 3D Memory, non-volatile memory etc
12:51PM EDT - The architecture group works with the product teams, but is working on long term projects
12:51PM EDT - e.g. Scaleable Vector Extensions was in the works for 7 years
12:51PM EDT - Also, 'More without Moore' is discussed in this group
12:52PM EDT - Such as arch/uArch, or new methodology, or new materials
12:53PM EDT - 'Let's not leave security to software, too many unsecure video teddy bears are being hacked - we need to bake it into hardware'
12:53PM EDT - 'We also need to do it in cost effective ways'
12:53PM EDT - 'The more protocols, the more ways to screw it up'
12:55PM EDT - The Applied Silicon group goes through integration, sensor nodes, or things like printed electronics
12:55PM EDT - Also future silicon technology, what's after MOS
12:56PM EDT - 'Aggressively looking for new and interesting things'
12:56PM EDT - 'Please invent something. Disruptive. In this area.'
12:58PM EDT - Research into verification, HPC, efficiency, compute near memory
12:59PM EDT - Machine learning, Graphics, Computer vision and mobile systems have strong research teams
01:00PM EDT - Special projects such as motors and low power radio
01:01PM EDT - ARM has doubled in since in a few short years
01:01PM EDT - Didn't used to be interesting to Academia, was considered the keyboard chip people
01:02PM EDT - ARM sees value in creating a Research Ecosystem, with discussions and events like this
01:03PM EDT - Academia and ARM can work together - it depends on what you want to do
01:04PM EDT - Cooperations involve publishing, open source, non-exclusive IP rights, pooled funding
01:04PM EDT - Most academics are on the pre-competitive side
01:04PM EDT - Some work in the Competitive side, which has more rules
01:05PM EDT - NDAs and Patents/IP are issues to cover on a case-by-case basis
01:06PM EDT - ARM encourages university enablement via free materials
01:06PM EDT - starter kits, tools, some IP are free
01:06PM EDT - More access can be had, have to ask. There may be free toys which can help depending on what we have
01:08PM EDT - Accelerators are a common topic of discussion
01:09PM EDT - IP enablement is a win-win when it accelerates research, especially when it gets disruptive
01:09PM EDT - ARM Research has strong IP and legal teams to help smooth IP sponsorship with academia as well
01:10PM EDT - ARM developing the Research ecosystem. The current Summit is an example
01:11PM EDT - Participation in many EU academic collaborative projects
01:11PM EDT - Lots of positions available at ARM, doubled in size in four years
01:12PM EDT - Graduate positions, internships as well
01:12PM EDT - Shanghai site is being ramped up as well
01:14PM EDT - That's a wrap!
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fanofanand - Thursday, September 15, 2016 - link
Argh! Why would you go back to new updates at the top! You were finally making progress on this site!!!! Please revert this back and while you are at it, enable comment editing!Ian Cutress - Thursday, September 15, 2016 - link
When the live blog is currently in action, it updates at the top.When the live blog finishes, we have a button to sort it.
Morawka - Sunday, September 18, 2016 - link
i dont see the sort button.Ian Cutress - Monday, October 3, 2016 - link
We sort it on our end when it's finished. As I said,'When the live blog finishes, we have a button to sort it.'
We = AnandTech staff
jjj - Thursday, September 15, 2016 - link
The focus on computer vision in auto is all wrong, so very very wrong.In 10-15 years you'll have 3-4 large players and maybe a few small regional players surviving in car as a service with autonomous vehicles (and making way too much money as the market will be more than a few trillions).
On the other hand, glasses and robots will be billions of units each with everybody being a supplier.
Glasses are the next form factor for computing, entertainment, work and education while robots are the new huge segment. IoT has a product design problem, people can't make a great phone today, in IoT you need 10000 great products.
Hell, glasses will even democratize product design. Every kid on this planet will be able to imagine and build a virtual product without spending a single cent on materials. You can do that on a flat screen too but when you can use your hands to manipulate virtual objects, the entire thing becomes so much more intuitive and there is no learning curve.
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