Earlier quoted context omitted.
Enthusiast here - can confirm, an array of nvme's makes a huge difference over single standard SSD. I set this up last year, check the benchmark results, it's night and day. http://imgur.com/a/N4FpD note: be sure to note the scaling at the bottom. 4-500MB/s old vs 3000+ MB/s new
Do games actually load any faster? I went from a Samsung SSD(I think the 850 pro) to an Intel nvme ssd, and load times in games didn't seem much faster. I definitely notice it when booting up VS though.
All AMD ThreadRipper CPU's will have 64 PCIe Lanes
91–100 of 144 posts
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#92Earlier quoted context omitted.
I doubt we'll be seeing desktop ARM systems any time soon, especially high end workstation or enthusiast systems. The problem is that the ARM64 architecture is completely different from x86-64, which almost every desktop application is compiled for exclusively . Remember when Microsoft launched an ARM Surface? It had a special version of Windows, and almost nothing would run on it, as very few applications are compil…
> It had a special version of Windows, and almost nothing would run on it, as very few applications are compiled for Windows on ARM. That wasn't the reason. It was because Windows RT was artificially locked-down to only allow sandboxed "apps" from the Windows App Store to run. There's not much of a use-case for only glorified web-service clients on a machine with a desktop UI regardless of the ISA they're compiled fo…
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#93Earlier quoted context omitted.
Apple switched processors several times. They provided an emulator for old programs, so they could run without the user noticing anything (except worse performance). You could probably do the same for ARM.
It's worth understanding the Mac software ecosystem is mostly made up of people who love the platform and OS. Windows just isn't the same, lots of devs making software the same way the made it 15+ years ago and not wanting or even caring enough to change no matter what the benefits.
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#94Earlier quoted context omitted.
Funny you say that, MS just announced they're taking another stab at it. https://www.theverge.com/2017/5/31/15711334/microsoft-window...
Interesting, was watching the video on the new MS Surface Laptop at the end, I saw 4 gig of Ram and shut down the page...
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#95I was of the opinion that Intel will only face real competition when arm reaches parity with desktop class cpu. Nice to see AMD rise back up again. Hope Intel is not able to strong arm the oems like last time when AMD had design wins but Intel using anti competitive practice stalled its growth till it was able to catch-up and later go ahead.
I doubt we'll be seeing desktop ARM systems any time soon, especially high end workstation or enthusiast systems. The problem is that the ARM64 architecture is completely different from x86-64, which almost every desktop application is compiled for exclusively . Remember when Microsoft launched an ARM Surface? It had a special version of Windows, and almost nothing would run on it, as very few applications are compil…
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#96Competition is supposed to bring prices down, yet Intel released i9 processor for an insane prize (nearly 2000$). If AMD manages to ship similar performance (not necessarily higher) at a lower price... Sooner or later Intel will have to slash its prices. Looking forward to such times.
But it did. Intel reduced their 8 core processor prices from 1000$ to 600$. See their new lineup: http://imgur.com/a/LSpau
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#97I was of the opinion that Intel will only face real competition when arm reaches parity with desktop class cpu. Nice to see AMD rise back up again. Hope Intel is not able to strong arm the oems like last time when AMD had design wins but Intel using anti competitive practice stalled its growth till it was able to catch-up and later go ahead.
I doubt we'll be seeing desktop ARM systems any time soon, especially high end workstation or enthusiast systems. The problem is that the ARM64 architecture is completely different from x86-64, which almost every desktop application is compiled for exclusively . Remember when Microsoft launched an ARM Surface? It had a special version of Windows, and almost nothing would run on it, as very few applications are compil…
Why is that? I mean what is preventing anyone to just compile those apps to arm64?
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#98Earlier quoted context omitted.
I doubt we'll be seeing desktop ARM systems any time soon, especially high end workstation or enthusiast systems. The problem is that the ARM64 architecture is completely different from x86-64, which almost every desktop application is compiled for exclusively . Remember when Microsoft launched an ARM Surface? It had a special version of Windows, and almost nothing would run on it, as very few applications are compil…
> as very few applications are compiled for Windows on ARM. Why is that? I mean what is preventing anyone to just compile those apps to arm64?
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#99Earlier quoted context omitted.
Because we have the sources for most of the software, it can be recompiled. Not true for Windows, especially old closed source software.
Doesn't that make this an argument against closed source, not against ARM? I agree the issues are related, but if us people in open source can switch in an afternoon and you people in closed sourced land can't ever switch it highlights a problem.
Re: All AMD ThreadRipper CPU's will have 64 PCIe Lanes
#100I was of the opinion that Intel will only face real competition when arm reaches parity with desktop class cpu. Nice to see AMD rise back up again. Hope Intel is not able to strong arm the oems like last time when AMD had design wins but Intel using anti competitive practice stalled its growth till it was able to catch-up and later go ahead.
The trick to understanding that is to look at the history of the personal computer and the demands placed on the CPU and supporting chipset that evolved with the changing demands of the platform over time.
The ARM systems evolved from 'system on chip' or SoC designs where everything was on one chip. And even the latest ARM server designs don't have anything like the notion of an ARM server system where you can choose from a variety of CPU skus and drop them into a baseboard socket.
That isn't to say that they won't eventually get to something like that, it is only to stress that ARM systems design is still a 3 - 6 years behind personal computer systems design. And to date it isn't getting pushed very hard to close that gap.