@PatrickMoorhead In big.LITTLE your don’t need an…
@PatrickMoorhead In big.LITTLE your don’t need an app to flood all cores to see power saving benefits. More cores=more choice for scheduler.
@PatrickMoorhead In big.LITTLE your don’t need an app to flood all cores to see power saving benefits. More cores=more choice for scheduler.
@PatrickMoorhead No you don’t. With big.LITTLE you can use smaller cores when needed. If it was 2+2 then big cores active unnecessarily.
@PatrickMoorhead Now you have confused me, that video proves my point: more cores=more choice for workload. 8 core in HMP.
@PatrickMoorhead Energy efficiency is the goal. More cores = more choice about what you can do with workload goo.gl/7N0fWa
@PatrickMoorhead 3-cluster lends itself to a 30% improvement in power consumption compared to 2-cluster design goo.gl/7N0fWa
@PatrickMoorhead ‘in a smartphone you don’t really use more than 3 large cores in any usage given scenario’ You got data on that? Proof?
@PatrickMoorhead I think you are forgetting the power advantages of running 8 low freq core rather than 4 high freq. What about Big.LITTLE?
@PatrickMoorhead LOL, malware with a quit option, that would be nice!
@PatrickMoorhead Exynos issues?
@ian_drew_ARM @PatrickMoorhead A new definition of (lamb) wearables!