The new Apple M2 is being touted as a much faster SoC than its competitors, but we'll have to see that for ourselves as we test it against the best parts from Intel and AMD in the Windows world.
The new Apple M2 is being touted as a much faster SoC than its competitors, but we'll have to see that for ourselves as we test it against the best parts from Intel and AMD in the Windows world.
Now let's see that "impressive" part:Considering Apple was not a chipmaker a few short years ago, pretty impressive stuff.
M2 is only for laptops. Intel and AMD chips are for laptops, desktops and servers. AMD and Intel CPUs are high performance chips, M2 is not. M2 looks good on power consumption but low clock speed one reason for it. For that reason, comparison is not really fair.You compare on performance, not clock speed. It's not Nov. 2000 any more with the P4. If it was a 7GHz CPU with the exact same performance and power draw, it would not change the assessment of the laptop in the slightest.
Because M2 has integrated memory, CPUs are really not comparable.Non-expandable memory is crap but just as much crap is the initial asking price and upgrade prices.
Motorola 68K and PowerPC compatibilities pretty much suck tbh. Intel and AMD x86 compatibility is "pretty good". Again, comparison is not fair.I assume you mean that Apple' backwards compatibility with Rosetta 2 is pretty good. Should be as they have quite a bit of experience with these transitions.
I'd say those 3 talking points are pretty weak.Now let's see that "impressive" part:
- Clock speed only 3.5 GHz, pathetic.
- Non-expandable memory, that's under all metrics.
- Do we even need to talk about how "well" Apple handles backwards compatibility?
Considering those points, M.2 is overall pretty much crap.
M2 is only for laptops. Intel and AMD chips are for laptops, desktops and servers. AMD and Intel CPUs are high performance chips, M2 is not. M2 looks good on power consumption but low clock speed one reason for it. For that reason, comparison is not really fair.
Pentium 4 didn't even reach 4 GHz without overclocking.
Because M2 has integrated memory, CPUs are really not comparable.
Motorola 68K and PowerPC compatibilities pretty much suck tbh. Intel and AMD x86 compatibility is "pretty good". Again, comparison is not fair.
They are very strong.I'd say those 3 talking points are pretty weak.
First, who cares what the clock speed is? It's like comparing cars and saying, this car is better because it has 8 cylinders. But the other car is a bi-turbo 6 and will blow the doors off the 8 in the quarter mile. But feel good because you have 2 extra cylinders
Considering what people upgrade, memory and storage upgrades are most common. And again, not expandable memory is one reason why M2 is so fast. Again, with expandable memory, M2 would be bigger and hotter. And it wouldn't really make sense anyway.Second, get the memory you need when you buy the device. In a few years when you need to upgrade you'll likely need to upgrade the CPU or GPU or SSDs as well and you'll buy a different computer then. The Apple laptops can be bought with all the memory you need today. You can get up to 64G on a MB Pro. That's plenty for these devices.
Apple used Motorola 68K CPU's at start. Not much to say about compatibility with those.Not sure what you mean about backward compatibility but MacOS on ARM has fared far better than Windows on ARM. Windows RT anyone? Apple has a pretty good track record of supporting older devices. Microsoft, on the other hand, obsoleted millions of PCs over a TPM module, now that's backwards compatibility for you.
Exactly, majority of performance using less power. PC Gaming Master Race does care about extreme performance, not compromise between power and speed.The M2 and it's higher performance variants will clearly come to desktop in expanded configurations just like the M1 has, and the performance will be compared with Intel and AMD's desktops at that time. And that's the point of the low clock speed, to get the majority of the performance while using less power. Though these tests show that all these CPUs are roughly on par with each other within a given power envelope, Apple's advantage isn't huge except for battery life, which is a great pro in a laptop
How M.2 handles 68K software? Pretty badly I expect.Motorola 68k is a quarter century in the past, PPC merely 16 years ago. I guess I don't see your point as Apple's compatibility for these transitions was seamless and close to 100% if not exactly 100%.
Not veryThey are very strong.
No one buys a laptop based on CPU clock speed. No one. No one cares about clock speed, what they care about is whether their applications run fast or not. Clock speed is just geek-speak and is right up there with amplifiers whose volume knob goes to 11.High clock speed is still about only way to have good overall single thread performance. Another thing is that low clock speed allows to make smaller and cooler CPU. With higher max clock speed M2 would not be so efficient for sure.
PCGamer rates memory upgrades as a paltry 2.93 out of 5. Basically, "Helpful but not huge" For laptops, memory and storage are generally the only things you can upgrade. If you buy enough memory to start you don't need to upgrade and when you need to upgrade you'll likely want a better CPU/GPU combination, so this point is not that big of a deal. Buy the RAM you need up front.Considering what people upgrade, memory and storage upgrades are most common. And again, not expandable memory is one reason why M2 is so fast. Again, with expandable memory, M2 would be bigger and hotter. And it wouldn't really make sense anyway.
Motorola 68K? HOLY COW. You are going way back. It only serves to make your point weaker.Apple used Motorola 68K CPU's at start. Not much to say about compatibility with those.
This matters because backwards compatibility cost die space and makes CPU less efficient. I thought AMD and Intel makes CPUs, not Microsoft...
You missed the point of backwards compatibility. No one wants to run 44 yr old code or even 20 year old code.When I bought a MacBook 2 years ago, guess what? It ran ALL the code that I needed to run, including ALL the apps that I run on my Windows machine (with the exception of games). I wasn't trying to run Mine Sweeper from Windows 3.0.Exactly, majority of performance using less power. PC Gaming Master Race does care about extreme performance, not compromise between power and speed.
Apple has efficiency advantage but considering everything (mobile only, low clock speed, lack backwards compatibility, node advantage, non-expandable memory...) it's hard to see M.2 impressive. Not to mention M.2 name totally sucks.
How M.2 handles 68K software? Pretty badly I expect.
There is point since x86 CPUs still have at least partial support for instructions introduced 44 years ago. That does waste die space, make CPU design more difficult and lowers efficiency. If M.2 also had support for 68K instructions, it would be bigger, hotter and slower. That's the point.
I'm not totally sure what he meant but maybe he was referring to how Apple dumps support for an OS version (sub version) for almost every hardware refresh they expect you to buy either new hardware when a new OS comes out even though it's the same OS but the sub version number is changed to a newer sub version OS 10 was famous for that happening or if you have pretty current hardware but Apple comes out releases a new OS again same OS but with some feature upgrades and sub version is newer but it won't run on your current hardware even though it's most likely is only a few years old and could run the newer version of the OS just fine.The M2 and it's higher performance variants will clearly come to desktop in expanded configurations just like the M1 has, and the performance will be compared with Intel and AMD's desktops at that time. And that's the point of the low clock speed, to get the majority of the performance while using less power. Though these tests show that all these CPUs are roughly on par with each other within a given power envelope, Apple's advantage isn't huge except for battery life, which is a great pro in a laptop.
Motorola 68k is a quarter century in the past, PPC merely 16 years ago. I guess I don't see your point as Apple's compatibility for these transitions was seamless and close to 100% if not exactly 100%.
Not sure what you're saying here as actual numbers (or dates?) would clarify your points.I'm not totally sure what he meant but maybe he was referring to how Apple dumps support for an OS version (sub version) for almost every hardware refresh they expect you to buy either new hardware when a new OS comes out even though it's the same OS but the sub version number is changed to a newer sub version OS 10 was famous for that happening or if you have pretty current hardware but Apple comes out releases a new OS again same OS but with some feature upgrades and sub version is newer but it won't run on your current hardware even though it's most likely is only a few years old and could run the newer version of the OS just fine.
I worked in the computer industry for many years and seen al sorts of things that bothered me with these companies and that was one of the things Apple did that just seemed like a huge money grab. Of coarse I seen other companies doing sneaky stuff too so it is not just Apple it's pretty much all of them. Intel is a company that likes to force Socket changes way to often just because they can.
AMD likes to do stupid small refreshes on their GPU's give it a new name and expect people to flock to the stores or online retailers and pretty much buy the same old GPU but hey it's got a new model number so it's got to be MORE better right lol. I am not just picking on one company here I decided to pick on a few of the worst offenders here.
You really cannot make modern CPU that has low clock speed and high performance at same time.Not very
No one buys a laptop based on CPU clock speed. No one. No one cares about clock speed, what they care about is whether their applications run fast or not. Clock speed is just geek-speak and is right up there with amplifiers whose volume knob goes to 11.
RAM tend to get cheaper over time. Also it's not uncommon that RAM modules also get bigger. Upgrading RAM is cheaper and sometimes only way to even get maximum amount of memory supported. Not to mention memory pricing changes a lot, upgrage could save Big money.PCGamer rates memory upgrades as a paltry 2.93 out of 5. Basically, "Helpful but not huge" For laptops, memory and storage are generally the only things you can upgrade. If you buy enough memory to start you don't need to upgrade and when you need to upgrade you'll likely want a better CPU/GPU combination, so this point is not that big of a deal. Buy the RAM you need up front.
Motorola 68K? HOLY COW. You are going way back. It only serves to make your point weaker.
You missed the point of backwards compatibility. No one wants to run 44 yr old code or even 20 year old code.When I bought a MacBook 2 years ago, guess what? It ran ALL the code that I needed to run, including ALL the apps that I run on my Windows machine (with the exception of games). I wasn't trying to run Mine Sweeper from Windows 3.0.
I'm saying that Apple drop CPU support for older instruction sets quite often, offering only some sort of emulation that is either slow or very slow. Dropping support for older software makes CPU design much easier but for Some reasons AMD and Intel still choose to support decades old instuction sets on hardware level. Apple does not.I'm not totally sure what he meant but maybe he was referring to how Apple dumps support for an OS version (sub version)......