Apple's M2 Ultra Seemingly Can't Beat AMD and Intel Rivals
tomshardware.com
tomshardware.com
Apple has intentionally given up on going for the absolute fastest top end CPU horsepower, either in single core or multi core. If you want to run massive GPU loads, that's not a market they want to kill themselves for. You'd be better off running that in the cloud, anyway where you can rent the hardware you need for that for a few dollars, then throw it away when you're done.
But that doesn't sell clicks or ads. Only the blood curdlingest zit poppingest single or giga multicore numbers will do for the mainstream media.
Meanwhile, Apple continues to make billions and billions of dollars optimizing their hardware and their software to best serve the largest number of customers they can, and optimizing for the best performance per watt for the broadest possible array of customers. And do so in a way that most of these machines can provide better price/performance than most anything else on the market, and better battery lifetime than anything else in the market. Which makes a lot of people mad, and so they have to write nasty articles about it.
Hell, the MacBook Air 15" with 24GB of RAM and 1TB of SSD is still way more laptop than 95% of people need (better than the standard dev spec laptops in 99% of even the MANGA companies), and for those people who do want bigger and faster machines, Apple can still provide that, too.
You'll find it difficult to convince many people who are not already locked in Apple's walled garden and sense of consumerism around its branding to pay $4000 for such a performance, with limited RAM/disk, and no real path to upgrades or user repairs.
> most of these machines can provide better price/performance than most anything else on the market,
I agree, for better performance/price though, you wouldn't buy from Apple.
(A meta comment: I find it difficult to comprehend how people can become so emotionally invested in a company. Finding an excuse to every single shortcoming of Apple, not leaving any criticism unanswered for them.)
You can't, because it doesn't exist. Here's a hint -- the price is much closer to $1000 than $4000.
I've been a MacFanatic since December of 1983, when I saw a by-invitation-only demo of a prototype of the 128k Mac, a month before the Super Bowl commercial where Apple officially introduced the thing. Yeah, that famous one.
It took only five minutes of playing around with the prototypes of what came to be called MacWrite and MacPaint (because those were the only two pieces of prototype software available yet) to convince me that this was the future of computing, and that all computers should work like this.
But I'm also a Mac realist. I fully recognize that there are markets that Mac doesn't serve well, like Enterprise. Apple has always understood the workgroup level and served that market well, but as you scale up, they do worse and worse. The fact that the Mac works well in an Enterprise is in spite of Apple design philosophy, not because of it.
And I also understand that there are markets where Apple makes no attempt to serve that market, because they don't consider it worthwhile -- whether I agree with them or not.
I even did a short six month contract working for Apple Retail Software Engineering, where I worked with the team that developed all the proprietary software that the Apple Retail personnel use, whether that's everyone in the stores, or the people back at HQ that are coordinating with the people in the stores.
I delivered a CI/CD system for them, so that they would no longer have to do all the building of all their software on the laptops of the individual developers.
After six months, I had contributed code to each of their main code bases (iOS, macOS, and Linux for their back-end servers) to get the to compile on the CI/CD system, and the rest of my job was done. And in the process, I learned that Apple is a company I am happy to be a customer of, but I don't ever want to work there again.
I will happily be the one to tell you.
For between $600-700 you can get a gaming laptop from MSI, HP, Acer, Lenovo, and the like with a 12th or 13th gen Intel CPU (e.g. i5 13420H), 8-16 GB of RAM, and a RTX 3050 or better, along with a 512GB-1TB SSD. Single-core performance is just shy of the M2, multi-core performance beats the M2, GPU performance is significantly better, and the only major shortfall is battery life.
As others have said, the M-series is great at power efficiency, but if performance is your only criteria there are significantly cheaper alternatives. Sure, you're going to have to keep your laptop plugged in most of the time and it will probably sound like a jet engine at times, however Apple is NOT the leader in value for performance as you believe.
Regarding battery life, you could approach Apple levels of usage time by undervolting your CPU. Depending on your configuration and hardware, you could gain a couple more hours of usage time by undervolting as well as using integrated graphics and disabling the GPU in favor of integrated graphics.
Could you get twelve hours out of it? Eighteen?
And what is the resolution on that screen? Anywhere close to 2880 by 1864?
You have failed to deliver a system that actually meets the specs of the MacBook Air 15" that you are comparing against, and then declaring yourself the victor because your machine is marginally faster.
You fail to grasp that you have actually proven my point for me.
Apple is designing their machines for real people in the real world who may not be anywhere close to a power outlet for a long time. Or, who may not want to tie themselves down to needing to be close to a power outlet all the time.
I'd put the average battery life of a $600-700 gaming laptop at ~4-6hr, although if you undervolt the CPU (getting maybe 80% of the performance) you could achieve 8+ hours on a charge. Screens vary, but they're typically 1280x1080 -- however at 120/144Hz. I'd say both are acceptable for most people.
And I am not claiming to compete against the MacBook Air 15" for $600-700. I am just pointing out that performance-wise, a $600-700 gaming laptop can equal a $1200 Macbook, and hence is a much better value.
If however you want me to find a challenger to your MacBook Air 15", I will.
With a $1200 base 15" M2 Macbook Air budget, you can get a Dell XPS 15 for $1,149 (https://www.dell.com/en-us/shop/laptops/12th-gen-intel/spd/x...). The i7-12700H equals the M2 in single-core and beats the M2 in multi-core workloads. It comes with a RTX 3050, 16 GB of DDR5, and a 512GB SSD, and a 3456x2160 OLED touch display. You get 8GB more RAM, twice the storage, a better GPU and multi-core performance than the base model Mac Air for $50 less. Battery lasts up to 13 hours.
I am admittedly also an Apple fan, but that doesn't mean I have my eyes on the competition. While Apple has had its share of advances, and while it is still my go-to for my laptops, I will be the first to admit that there are plenty of alternatives depending on what you're looking for. And some of those alternatives are hands-down a better value depending on your criteria.
But while 13 hours of battery runtime is quite good by Intel/Windows standards, it's still not the 18 hours you can get with the MacBook Air 15".
It's very clear that Apple has decided to optimize for certain things in their designs, and battery lifetime is one of them. They'll take a slight hit on CPU performance to get that. And most people won't notice the minor loss in CPU performance, but they will notice the significant increase in battery runtime.
Performance is close enough to Apple silicon that both laptops would be acceptable competitors for a general consumer's uses, RAM and storage are equal to if not better than Apple's base model Air's, and the price is unquestionably better.
Apple does strike a good balance, but it most definitely isn't leagues ahead of any other company no matter which way you look at it.
> You can't, because it doesn't exist.
Your tunnel vision is appalling. You're obviously not aware of what the market is offering.
From Apple, at $1000, you get an overly priced laptop with weak specs: 256GB SSD, 8GB RAM and an M1 CPU (which is weaker than a Core i5-1240P or Core i5-1335U), with no path to upgrade: https://www.apple.com/macbook-air-m1/ That's essentially a mid-range tablet in a laptop form which is poised to become an e-waste in a few years.
You can get a laptop with such specs for around half of that price from virtually any vendor.
However, it's not just the base price: want 2TB storage? I can just get a Samsung Pro 990 2TB for $160-$170 an install it, but Apple won't allow you to do it and will charge you $800 for their soldered 2TB SSD. Want more RAM? You can get 64GB DDR5 for less than $150, whereas with Mac Book Air 16GB is the max you can get (which makes it is pretty useless for science or engineering applications, and 16GB RAM will probably become very limiting even for casual users in the near future) and it costs an extra $200.
I will also have the option to upgrade it to an 8TB (or 16TB by then, who knows) SSD and 96GB DDR5 when their prices come further down in the future, adding more to its life. I will also be able to easily replace the battery myself when the time comes. Whereas your option to upgrade will be to buy the brand new M6 or whatever Mac laptop, perhaps for another $2000 with hopefully half the RAM and SSD of what I will have.
Like most people who use laptop for work, 18 hours of battery life isn't addressing a real need that I have. People have mostly moved on to smart phones and tablets for watching video, casual browsing, etc in the absence of an electrical outlet. Nonetheless, for those who actually need such long battery life, it is possible to buy such laptops from other vendors for still half the price at those specs though (like Acer Swift 3 mentioned in another comment).
But nonetheless, you still feel you need to run to defend this company? It sounds like you've invested so much in Apple and just don't want to be wrong about it, even if it means living in a world of alternative facts in which any laptop that "remotely approaches that level of performance from any other major vendor" for $1000 simply "doesn't exist".
(The Acer Swift 3 supports max 16GB)
Such as https://www.dell.com/en-us/shop/dell-laptops/inspiron-15-lap... which is $530 at the moment but you can get it for cheaper during Black Friday. The manual may say up to 32GB but installing 64GB works just fine, as the CPU supports up to 64GB.
For $330, you can get an i5 Lenovo IdeaPad 14" today but it goes up to 36GB only because one of the 4GB RAMs is soldered https://www.microcenter.com/product/666315/lenovo-ideapad-3-...
You can install 64GB RAM to i3 laptops as well, which can be as low as ~$300, for example https://www.dell.com/en-us/shop/dell-laptops/inspiron-15-lap... is currently $350, but you can get a similar one for ~$200 during Black Friday.
64GB RAM in a laptop may cost a fortune in Apple-land, but it's pretty cheap to get for "normal" laptops.
(You can't upgrade RAM with Acer Swift 3, it's soldered.)
I find people trying to compare to a Dell (especially to anything which isn't trying to be a competitor - the XPS) come off a bit naive. Once you start talking about the XPS, the price difference shrinks. In the UK the latest XPS 13 with an i7, 32GB and 1TB and the better screen is around £2,000. The M2 Macbook Air 13 with 24GB and 1TB and fast charger is £1,979. The 13 pro with same specs is £2,149.
Having owned an XPS before (with its flexing chassis, coil whine, overheating, cpu throttling, noisy hot fans, smelly plastic), you couldn't pay me to have one.
I think the reality is that Apple decided we have finally reach the stage of CPU centric computing scaling and are basically moving to heterogeneous computing. Something AMD have been pushing for since 2013/2014. More NPU / GPU instead of more CPU. For Pro Apps if you want to enjoy what Apple has to offer, you have to start thinking about moving certain things to GPU and NPU instead.
Not saying I am 100% on board with this since there are plenty of workload which requires brute force CPU power, especially in what WAS suppose to the Mac Pro Market. In some ways in seems Apple has sort of given up the market.
Edit: Turns out there are similar article on this
The new Apple Silicon Mac Pro badly misses the mark for most of the target market
https://appleinsider.com/articles/23/06/09/the-new-apple-sil...
I think the single core performance matters for the majority of the apple product line: varying degrees of single core perf bounds, and performance/watt are important to anything with a battery, and that's clearly what they've optimized for.
That breaks down for actual wall connected "I am doing numerics" performance that you expect/want from a Mac Pro or Studio (I feel an iMac is still intended as a low power/quiet machine).
Personally I was hoping for some improvement on the desktop GPU front - afaict the Mx GPUs do well ... for integrated GPUs. They don't seem to hold a candle to desktop GPUs in PCs.
this isn’t an article.
Not entirely unsurprisingly...
Scroll to the right for the corresponding consumer CPU: Core i9-13900K has higher score in almost all rows.
From the article:
> benchmark result shows Apple's M2 Ultra cannot beat Intel's Core i9-13900K in single-thread workloads and even fall behind in multi-core workloads in Geekbench 5.
As you point out, server CPUs are intentionally engineered for a target market. Apple's processors are very intentionally engineered as well. When engineering their product, they had a certain market in mind, and design and performance trade-offs were made accordingly. As others have noted, power efficiency seems to be a big priority. The M2 Ultra has a TDP of 60W. The i9-13900K has a base consumption of 125W, and draws up to 253W under stress. So do the math. Intel achieves 32% better single-core performance and 41% better multi-core performance (Cinebench) for 422% of Apple's power consumption. If there's something impressive here, it's that Apple is able to do so much with so little. If Apple wanted to, they could probably conjoin two M2 Ultra's and soundly beat the i9-13900K by a considerable margin and still use about half the same power to do so. The real question is why any consumer would need that much compute, and the target market for such a niche is probably very small which is why Apple didn't do that
It's not just Apple, any big player can do what you said, but there are connectivity trade-offs in chiplet design. Its been open to any TSMC customer including AMD (which has been doing it well before Apple). Intel has also fabricated its own chiplet CPUs already and is currently sampling them.
> The M2 Ultra has a TDP of 60W. The i9-13900K has a base consumption of 125W, and draws up to 253W under stress.
What of it? RTX 4900 TDP is 600W. Just get a better PSU. It's a desktop computer that is always plugged to the wall, not a laptop on battery. It's irrelevant.
What people care about desktop computer is the performance/price and upgradability/serviceability. That's the math you need to do. In terms of what currently exists in the real world, with Apple, you get a CPU that is weaker than a 13900K or 7950X3D, with a soldered 128GB RAM and a soldered 4TB SSD for about $7000. I can build a stronger computer for less than $1500, and it will be both upgradable and serviceable. But the Apple device isn't going to pay the $5000+ difference with lower electrical bills any time during my lifetime: it will instead become a very expensive e-waste in less than 10 years.
Could you elaborate?
> It's not just Apple, any big player can do what you said
You're fighting a strawman. I never said that it was only Apple. My statements compared Apple and Intel because that was the topic of this whole thread. I would be happy to discuss any other major player in the appropriate place.
> What of it? RTX 4900 TDP is 600W. Just get a better PSU. It's a desktop computer that is always plugged to the wall, not a laptop on battery. It's irrelevant.
I don't think you understood my post at all. *My point was that Apple very clearly optimized for power efficiency.* That is what my statements regarding power usage served to illustrate.
In fact, looking into the promotional materials for the M2, there is very explicit verbiage regarding "new levels of power-efficient performance", "industry-leading performance per watt", and "using very little power."[0] This just proves my point that power effiency was Apple's foremost goal with the M2.
My point was that, if Apple had optimized for all out performance regardless of anything else, they could have very well done so. My point was that they didn't do that but that they could if they wanted to.
E.g. as we saw with the M1 Ultra, they can very easily conjoin two M1 Max dies using a "UltraFusion" technique.[1] Apple no doubt could use the same technology to conjoin two M2 Ultras.
[0]: https://www.apple.com/newsroom/2022/06/apple-unveils-m2-with...
[1]: https://www.apple.com/newsroom/2022/03/apple-unveils-m1-ultr...