Qualcomm brings receipts: Snapdragon X Elite gets benchmarked, completely dunks on Apple’s M2 processor
(www.windowscentral.com)
from L4s@lemmy.world to technology@lemmy.world on 31 Oct 2023 10:00
https://lemmy.world/post/7583240
from L4s@lemmy.world to technology@lemmy.world on 31 Oct 2023 10:00
https://lemmy.world/post/7583240
Qualcomm brings receipts: Snapdragon X Elite gets benchmarked, completely dunks on Apple’s M2 processor::Qualcomm made big claims with its Snapdragon X Elite platform and Oryon CPU, but the company proved it to the press last week with a special benchmarking session where we could witness just how powerf
threaded - newest
This is the best summary I could come up with:
Qualcomm caused quite a stir last week with its long-awaited announcement of its Snapdragon X Elite platform based on its new Oryon CPU, creating what some are calling the “Apple Mac Moment” for Windows.
During Qualcomm’s keynote, the company went on stage with some fancy graphs and a few handpicked benchmarks, putting it up against Intel’s best 13th-generation Core laptop CPUs and Apple’s M2 (and even M2 Max in one scenario).
More importantly, when we turned around, there were well over 20 Oryon-powered laptops with Geekbench 6, Cinebench 24, PCMark 10, Procyon AI, and 3Dmark WildLife Extreme and Aztec Ruins (pre-commercial builds).
But, similar to Apple, that platform can range from low TDP (thermal design power; basically, how much wattage the chip draws) to very high, with or without fans.
Each time you run a benchmark, the score fluctuates depending on external and internal thermal conditions or any Windows background processes that may temporarily be active.
It is worth noting that by the time Qualcomm’s Snapdragon X Elite hits store shelves, Apple’s M3 line of CPUs (which are expected to be announced this week) and Intel’s next-gen Meteor Lake laptops processors with its beefy NPU and GPU, will be the new competition.
The original article contains 1,296 words, the summary contains 202 words. Saved 84%. I’m a bot and I’m open source!
When will it actually release and by that point how far away is the M3?
Also important, will it be available and affordable. I don’t much care about arm laptops if they cost an arm (heh) and a leg to buy and then a couple fingers to import into the mythical and exotic land of not-US.
Considering a severe lack of software support on ARM they better have a massive cost incentive
As per usual, Linux is fine with ARM.
Most things are fine on arm these days. Don’t know what this person is on about
Windows is not fine with ARM, which can be a turnoff for some.
I bet it will be fine with arm fairly quickly now that these chips are on the horizon.
I doubt it. Many windows applications still are 32 bit only today. Visual studio only got 64 bit support in 2022. Windows has a long history of backwards compatibility and I would expect to be depending on software compatibility layers for a decade or more, even for some Microsoft products.
The 20 reference laptops doing the benchmarking in this article were running on windows…
Being able to run benchmarks doesn’t make it is a great experience to use unfortunately. 3/4 of applications don’t run or have bugs that the devs don’t want to fix.
Could you name a few? Just curious if its very specific stuff or apps I might actually use.
MacOS? Yes. Linux? Sure. Android? Obviously. Windows? Not a chance!
And seeing this is designed for laptops, your options will be either Linux or Windows. The comment is on point.
The benchmarks from this article are running on Windows 11 Arm…
Oh don’t get me wrong, it definitely runs!
But have you tried using it as a daily driver? Most things will break. I discovered this the hard way by installing it in a Raspberry Pi
Was it just because it was arm, or because it was a raspberry pi and had too little of everything else windows likes to hog up? There’s several major laptop manufacturers that are planning to sell laptops with these. I doubt that would be the case if they were all functionally broken to the consumer.
Caveat for all platforms running wine applications. So Linux is fine, except when running windows applications.
Well, mostly, there do exist binary only Linux applications too. Business applications and also some games with native Linux support.
A lot of x86 software is still just emulated for arm, not native.
Linux works well but sadly most people don’t use Linux
Most people use Linux, just not desktop. If people are okay with Android, they’d be okay with Gnome as well.
If they sell snapdragon laptops with Linux preinstalled people would buy, sadly they’re more likely to include Windows (which has bad support).
Android is Linux. Linux is the most popular OS in the world.
I was specifically referring to desktop Linux, most people wouldn’t be interested in a laptop running android.
Yet Chromebooks have been a major element for the past 5 years, with more units sold than Apple. I know it’s not technically GNU/Linux. But there’s still a Linux core underneath required to run Chrome OS.
ChromeOS is popular because it’s included in cheap laptops and the operating system is essentially idiot proof (at the cost of being able to do practically nothing)
I’d imagine most open source software will just be perfectly fine on ARM on Linux… but I do wonder a little bit about the occasional x86 binary blob we run. They’re generally pretty rare in Linux land… but Steam games are probably not going to have a great time. I’ve used binfmt_misc to run ARM binaries on x86 transparently before using qemu, and it works perfectly fine… but it’s dog slow.
If anything Steam’s support for something else other than i386 is long overdue.
M3 is available starting next week so not very.
Apple just announced its M3 line of processors, and they’re shipping next week.
The answer is in the article…
.
They’ll have to compete in price to have any chance
That really depends on the TDP of the Intel and AMD chips. Both have been progressively pumping more and more juice into their silicon lately in an attempt to be the “fastest”.
If Qualcomm is within spitting distance at a much lower TDP then this might actually be the beginning of the end for x86.
I guess we’ll have to wait for price, benchmarks, and battery life
I’m cautiously optimistic, a new player in PC silicon is exciting if nothing else.
I guess more competition is better
The M3 was announced yesterday: arstechnica.com/…/everything-to-know-about-apples…
It will be out before these chips are. So will next gen x86-64 chips, Zen 5 at least, and possibly Intel Arrow Lake depending on timing.
Don’t know how to read an article?
Competition is good.
Doesn’t really surprise since Qualcomm hired the geniuses behind the M series.
Damn, RIP x86 I guess
A solid bye Felicia for me
on PCMark’s webpage the fastest mobile cpu is R9 7945HX with 14k marks. How did they manage to score only 9k in the article?
Passmark already has the latest threadrippers scored, topping the charts at 156k points. As a comparison the 7950X is at 63k points, 7945HX at 56k points, apple m2 ultra 24 core 49k points. So as long as you have the watts to spare x86 will be more powerful?
Nah, if Intel gets their shit together and moves to 2-3nm finally everyone else will start crying. Yes, Intel lags behind everyone today, but they lag just a bit, all while using an extremely outdated tech process.
How close are they to a 2-3 nm process? Haven’t they been at 10 or so for an eternity now?
Idk.
Apple’s response: “M3”
By what apple revealed on the m3, it looks like it’s still going to lose out on cpu, ai, and tdp. Might come close on graphics performance but overall it won’t be good enough.
Not like I’m a Qualcomm fan, but this sounds great. If Linux support is good (and I’m guessing it’ll be), my next laptop may be Qualcomm inside.
I’m specially interested in seeing if these laptops will be able to have Coreboot, that would be fantastic.
now just imagine if we had full linux support of mobiles
Google be bye gone!
.
With alright hardware :/ unfortunately most of us aren’t in a position we can spend that much just for a mediocre spec’d phone that won’t last as long
The article shows a low- and high-powered version of the qualcomm chips - will users of these chips be able to change the power profile of these chips themselves, or will they be locked in before they are sold?