Is this a serious question? Yes many do
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Is this a serious question? Yes many do
Associate
A lot of programs don't.
Encoding and decoding does, because it's easy to split that work up into N-chunks for each core.
Games are starting to get there, but they don't really need that much CPU for most stuff.
What is potentially more problematic is the lack of competent optimisation in applications. The amount of work you can do these days on moderns cpu's is staggering. But insistence on high level inefficient languages, and lack of understand of hardware means a lot of programs run terribly.
For games to better utilise cores means either needing very good low level programmers given enough time in the development process to optimise things - slim chance!
Or better middleware or frameworks which "attempt" to balance things - maybe by having their own schedulers.
A tall order, but if max clocks and IPC become stagnant there may be no other options.
Increasingly larger CPUs will actually have to dial down the clocks. Maybe more like big.LITTLE like but with even larger differences between the mainstream little cores and 2 to 4 very fast monster cores.
Or better middleware or frameworks which "attempt" to balance things - maybe by having their own schedulers.
A tall order, but if max clocks and IPC become stagnant there may be no other options.
Increasingly larger CPUs will actually have to dial down the clocks. Maybe more like big.LITTLE like but with even larger differences between the mainstream little cores and 2 to 4 very fast monster cores.
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Soldato
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An example of "reaching the limit" was when Intel were releasing tiny 4% improvements for 10 years. Although that was caused by the limit of their competence.
We're not even close to that at the moment.
We're not even close to that at the moment.
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Soldato
Wasn't lack of competence in that case, it was lack of competition.
Directors and shareholders might want us to believe we're near the limit, but that's just because of the price bump this would dictate.
Directors and shareholders might want us to believe we're near the limit, but that's just because of the price bump this would dictate.
Or even performance regression, which seems could soon be the case again for Intel.
Soldato
There doesn't seem to of been any repeats of the boost that was Sandybridge in 2011
Soldato
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Jensen @ Nvidia predicted eventually dedicated CPU's will be made obsolete. Was said during one of his presentations but also covered here:
Link
Link
so why are so many tech companies making their own CPUs then...
dood should stop sniffing his leather jackets
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Soldato
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Sounds like he has silicon poisoning.
Says the man who wanted desperately to get into bed with Intel, head AMD and then buy ARM. Graphics cards will be replaced by APUs ever more rapidly over time.
Associate
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Do others get the impression that the writing is on the wall for x86...Why is it in a world where compatibility is king, Windows on ARM has such strong support?...is WINTEL going to be a historical footnote soon. Surely efficiency doesn't trump other benefits in the desktop space.
Associate
No I don't think so.
AMD and Intel are teaming up to make sure they make future x86 instructions compatible and more easily adopted.
Intel and AMD Launch x86 Ecosystem Advisory Group to Standardize Architecture
Intel and AMD have established the x86 Ecosystem Advisory Group, aiming to harmonize the x86 instruction set architecture (ISA). This collaboration involves several prominent technology companies, including Broadcom, Dell, Google, HP, Lenovo, Meta, Microsoft, Epic Games CEO Tim Sweeney, and...
www.guru3d.com
There's also some proposals to drop 32bit support and a load of other cruft that would perhaps give up to 5% per core improvement. Though it's mostly to reduce the amount of backwards compatible validation testing they need to do.
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Soldato
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They've been saying "The End is Nigh!" for x86 for the last 40 years. x86 was obsolete the day they stopped making the original IBM PC. Everything since then is all about compatibility efficiency be damned.
Soldato
I'm no expert but from what I've read and learnt on this issue the main driver that's holding back CPU performance is available memory/cache.
Memory doesn't get the same benefit from a node shrink as processing cores do so going forwards the focus will be on packaging and designing ways to bring memory chips closer to the.CPU die like AMD have done with X3D.
Memory doesn't get the same benefit from a node shrink as processing cores do so going forwards the focus will be on packaging and designing ways to bring memory chips closer to the.CPU die like AMD have done with X3D.
Or make CPUs bigger - why be constrained by old ATX standards, make CPUs are big as GPU and change the motherboard design, then you'll have plenty of space for memory, maybe the CPU can slot in like a PCIE card? Or maybe this isn't the right solution but the point is to always ask "why" - if we say the issue is too little memory on CPUs, then ask why can't we have more memory, and if the answer is because it takes up too much space, then ask why are CPus so small compared to other PC parts and why can't we make them bigger, oh because of ATX there is limited space for socket, so why are we using 30 year old ATX then etc
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