Part of the issue is that:
because ARM is developing IP for licensing to semiconductor partners it has to be a couple of years ahead of those semiconductor partners.
When ARM announced Cortex-A7 and the big-little approach in Oct. 2011 the company said tape-outs including the Cortex-A7 were expected 1H12 with SoCs and products based on them to follow in 2013, East said.
Seems like ARM and partners are not late on that timetable...yet!
Yep i wud 2nd that notion! D current drastic improvements in processing power mean little or nothng wthout commensurate improvements in power efficiency n battery life! All the smartphone n handheld device specs these days r getting bloated without any1 focusing proper attention on d most basic thing wich runs it all- the battery! ARM seems 2 hav at least partially addressed the problem with their big.Little approach but we're yet to see any real chip implementation of a big.Little part for the 1st generation n v alrdy hav an announcement of 2nd gen big.Little processors! Somethng dsnt add up here! ARM n Samsung where r d 1st gen big.Little SOCs featuring Cortex A15-A7 pairs???
Good luck putting Exynos5 as it is at 1.5GHz in a smartphone. The battery will last 2 hours. Rick, I thought you are smarter than what you are saying here. Putting A57 in a mobile phone. Good luck. Why not put AMD Trinity into a phone, then. i think your gray hair is covering your brain from working or may be you are too old for this
Samsung's Exynos 5 dual uses two A15 cores.
ARM says the first big/little SoCs won't be ready until early next year. Some of the sw for it is still in development though early test results are promising.
At Samsung's keynote, the chip exec talked about its dual core Exynos 5, presumably with an A15 and A7 made in a 32 nm HKMG process.
It uses ARM Mali T604 graphics core supporting OpenCL.
The SoC is in the new Google Chromebook and Galaxy 10 Tab amd a Quanta ultra thin ODM tablet design.
"I'd love to hear anyone's thoughts about how initially mobile developers might try to use this 64-bit capability."
Smartphones already have 2G of DRAM. And there is a lot of feature growth (and bloat) with every new generation. It won't be long before that memory doubles, and then you've exceeded your 32 bit processor memory space.
All we seem to be getting at present r future projections of more advanced chips (read Cortex A57-A53)which r still a good year n half away but v r yet to get any practical implementations of the 1st gen Cortex A15-A7 big.Little chips which hav been long announced!
Replay available now: A handful of emerging network technologies are competing to be the preferred wide-area connection for the Internet of Things. All claim lower costs and power use than cellular but none have wide deployment yet. Listen in as proponents of leading contenders make their case to be the metro or national IoT network of the future. Rick Merritt, EE Times Silicon Valley Bureau Chief, moderators this discussion. Join in and ask his guests questions.