Not quite Apples to Apples -Hi all,
Ive been racking my brains recently deciding whether to get the M1 Max or M2 Max 16" MBP for my 1080p/4K/occasional 8K video editing in FCP/Davinci Resolve and 20-60MP RAW photo editing/panorama stitching in Lightroom/Photoshop/Affinity/GIMP/Pixelmator. I have watched all of the Youtube vids, including Max Tech's comparison video, and considering that Marques Brownlee is not upgrading to M2 Max and he edits 8K RED RAW footage with the M1 Max, and that apparently the difference in performance overall is not big, and the M2 Max runs quite a bit hotter (which i hate, i want the coolest possible), and that the price differrence where i live is large, I am pretty set on the M1 Max and that it will be enough. And yes, i need the Max over the Pro because of the extra dedicated video encoders/accellerators.
However, i would love if anybody could help me on the decision and if the difference in speed/snappiness between the M1 and M2 Max is noticeable and worth the big price difference. I understsnd you get more softwsre support with the M2 Max, but the M1 Max has enough software support i think, and i am completely fine with used stuff.
I can currently get the M1 Max 16" MBP almost maxed out with 64GB of RAM and 32c gpu and 1TB SSD (i refuse to pay a lot for/dont want/need more than 1TB internal, and i plan on using an external SSD anyway mostly) for 2899 on the US Apple Refurbished website with warranty and in excellent condition, and i think that is an AMAZING deal and very tempting, and want/need that 64GB of RAM for panorama stitching with hi res photos, etc., and i will not find a M2 Max MBP with more than 32GB of RAM for under 3k, which is my budget. From what i have seen, i will get a bigger difference in performance having double the RAM than having that small CPU/GPU bump.
I guess i solved my problem myself....i need a lot of RAM and performance under 3K (my budget), and the M1 Max is the only one that checks those boxes! However, as i said, help is very appreciated.
Speakers are better apparently too on the M1 Max, albeit the difference is not that big.
The only reason to get the M2 Max now is for the Wi-Fi 6E, and HDMI 2.1, which is very nice actually, but i need to think whether or not i actually will take advantage of that and if the price difference and losing half the RAM compared to the M1 Max is worth it to get the faster HDMI (the HDMI is more important to me than the Wi-Fi upgrade honestly, i am just fine waiting a bit longer for websites to load or stuff to finish downloading).
Thanks in advance for any help, which is much appreciated.
PS: i also dont think the M2 Max is worth it at all with its small bump if an M3 chip is around the corner.
But it sounds like you really want the M3 . If so, and your budget were a bit higher, I'd recommed buying a used 64 GB/1 TB 16" M1 for ~$2k (ideally also with AC+), then reselling it and buying the M3 when it comes out.PS: i also dont think the M2 Max is worth it at all with its small bump if an M3 chip is around the corner.
So, how much RAM do i need? i know RAM in Apple Silicon is different and much bettef/efficient thzn traditional RAM, but i think 16gb of RAM is not enough for video editing or photo stitching, although nice on the wallet, and 32GB is the minimum.
I might just get a m2 max macbook pro and replace the heatsink in it myself with the m1 max's bigger heatsink, if possible. That would solve heat issues, or does the m2 max have enough of a heatsink? Or i get a third party beefier heatsink to replace the stock heatsink with, if they exist.
It's primarily the 14-inch. The 16-inch is fine. Though, again, I don't know where the perceived need for Max is over Pro. It's extra power you won't make use of that will only serve to diminish your battery life and make the machine run hotter (things you seem pretty adamant about not wanting).im worried about the heat issues on the M2 processors, specifically the m2 max, i know its the 14 inch mainly but the 16 inch people have reported also gets hot, even at idle, which i hate and dont want...the m1 manages heat better, albeit less powerful.
If you were working more heavily with 8K, I'd say sure. For 4K, you're not going to experience any noticeable performance benefit that justifies the added price tag, lower battery life and hotter running temperatures.thanks, interesting. I might be able to get away with the m1/m2 pro just fine, ang get much bettef battery life. But those extra accellerators and gpu cores surely increase video export times, right?
Yeah, i know....choices, choices...OP, you're facing a premium dilemma. The world's best notebook versus the world's best notebook from last year. I wish my problems were this good!
Ok, good info. Thanks for tuning in.Not quite Apples to Apples -
I do some photo work as well. I had a Mini M1 16/512. Worked brilliantly IF* only a few apps are open. Ultimately, went to a Studio Max with 64 gigs RAM and 1TB drive. The 64 gigs of RAM was a serious improvement. I can't imagine having less than 32 gigs and happy with 64 gigs. As for the M1 vs M2, the M2 likely would show noticeable improvement in video edit
I dont want/need an M3, and i dont wanna wait and wait as life passes by...I agree with your own sentiment that, if you need the 64 GB RAM, an M1/64 GB is going to outperform an M2/32 GB that needs to swap to the SSD.
But if you really want the M2, and your budget is limited to $3k, another option is to buy used locally (or, failing that, on eBay). If I were spending that kind of money, I'd want the protection of only buying one that came with AppleCare+. Here's a sold listing I found on eBay, which had AC+:
View attachment 2235631
But it sounds like you really want the M3 . If so, and your budget were a bit higher, I'd recommed buying a used 64 GB/1 TB 16" M1 for ~$2k (ideally also with AC+), then reselling it and buying the M3 when it comes ou
No, of course if i can be fine with a cheaper M1/M2 pro mbp with 32g of Ram, and that might be the sweet spot according to the Verge and others, then that would be great, but i know that a lot of people go with 32g of ram and not 64g because they think they dont need it for their photo editing/hi res panorama stitching but they get the higher ram model instead in the end because 32g is not enough. My most demanding tasks i will be doing is hi res panoram stitching and 1080p/8k/4k video editing from my Canon R5/7D Mark II ( R5 upcoming hopefully!), and according to ArtIsRight's monotonous but good videos having 64g of ram significantly benefits speed of the photo stitching compared to 32g. So you see, i might nit always need 64g if RAM, but when i do it is very nice, and the Max chips are the only ones that allow for more than 32g of ram, aside from the Ultra chips onky availible in the desktops.RAM is still RAM. All Apple Silicon does to change it is how efficiently data goes to and from RAM and the devices looking to read data from RAM. When it comes to how much RAM you'll need, that isn't any different with Apple Silicon from how it is on any other hardware platform. If you buy any M2 Pro Mac, you can still customize it with 32GB. I don't believe that 16GB isn't enough for video editing, but certainly 32GB is almost always going to be better for it.
Again, for the uses you have outlined, I really have no idea where you think you need a Max chip. Incidentally, it's not my wallet, so if you are compelled to go with a Max chip, then so be it.
I also have no idea where you got the notion that the heatsink for the M2 Max 16-inch is worse than that of the M1 Max 16-inch. They're comparable. The M2 Max on the 14-inch got a badly needed update to the cooler compared to what was provided on M1 Max 14-inch models. But a Max chip on a 14-inch is not the most practical pairing to begin with.
It's primarily the 14-inch. The 16-inch is fine. Though, again, I don't know where the perceived need for Max is over Pro. It's extra power you won't make use of that will only serve to diminish your battery life and make the machine run hotter (things you seem pretty adamant about not wanting).
I will most of the time, real talk here, be editing 4k video when i do shoot video, but i will be mostly doing photography, contrary to what is said before i know, so i think it might not be that worth it to get the max chip over the pro chip for 4k video as you said, especially considering the added price, massive battery life drop, and extra heat.If you were working more heavily with 8K, I'd say sure. For 4K, you're not going to experience any noticeable performance benefit that justifies the added price tag, lower battery life and hotter running temperatures.
When it comes to how much RAM you'll need, that isn't any different with Apple Silicon from how it is on any other hardware platform.
all this means is that you can get away with less RAM than you would typically need on traditional systems on Apple Silicon, thus saving money.Oh, boy, you are so wrong stating that.
I will tell you the basics of CPU architecture because I do know that you won’t find it on Youtube, but it‘s plenty available over the net, which, off course will need an extra effort to get.
CPUs are dumb pieces of hardware that executes simple math problems called instructions. Each instruction has a set of variables that need to be fulfilled before the CPU runs it. At every cycle, the CPU resolves one instruction, and it will face the another one. So, instructions are resolved in sequence, one after the other at every CPU Cycle.
x86 CPUs have a huge amount of possible instructions one for each task, and the results of every instruction is needed to fulfill the next one, so to resolve a future instruction, it will need the result of a running instruction, by the way, x86 software intercalates a series of instructions to provide a result to a future instruction. So the CPU has to deal with that complex set of instructions, one at every cycle before moving to another. So, the results of each instruction is stored in RAM to be recalled in the appropriate time.
ARM CPUs have a reduced number of instructions, that means the CPU will resolve simpler problems, which off course will consume less cycles to be resolved an so, it won’t need to be stored for long time in RAM.
ARM architetucre uses a sets of registers to store information between the instructions that will reduce the amount of stored data in RAM, that can be stored in disk.
To make it visual, x86 CPUs has about a thousand instructions, while ARM ones has 50.
The executable size is also important here. As x86 uses larger executable sizes (120bits) that needs to be stored in RAM whatever the content. ARM executable size is 32bit, so ARM system will use about 25% less ram space to store their results.
So, no. The amount of RAM needed is not the same across different hardware platforms.
Why laugh reaction? Too many options?Oh, boy, you are so wrong stating that.
I will tell you the basics of CPU architecture because I do know that you won’t find it on Youtube, but it‘s plenty available over the net, which, off course will need an extra effort to get.
CPUs are dumb pieces of hardware that executes simple math problems called instructions. Each instruction has a set of variables that need to be fulfilled before the CPU runs it. At every cycle, the CPU resolves one instruction, and it will face the another one. So, instructions are resolved in sequence, one after the other at every CPU Cycle.
x86 CPUs have a huge amount of possible instructions one for each task, and the results of every instruction is needed to fulfill the next one, so to resolve a future instruction, it will need the result of a running instruction, by the way, x86 software intercalates a series of instructions to provide a result to a future instruction. So the CPU has to deal with that complex set of instructions, one at every cycle before moving to another. So, the results of each instruction is stored in RAM to be recalled in the appropriate time.
ARM CPUs have a reduced number of instructions, that means the CPU will resolve simpler problems, which off course will consume less cycles to be resolved an so, it won’t need to be stored for long time in RAM.
ARM architetucre uses a sets of registers to store information between the instructions that will reduce the amount of stored data in RAM, that can be stored in disk.
To make it visual, x86 CPUs has about a thousand instructions, while ARM ones has 50.
The executable size is also important here. As x86 uses larger executable sizes (120bits) that needs to be stored in RAM whatever the content. ARM executable size is 32bit, so ARM system will use about 25% less ram space to store their results.
So, no. The amount of RAM needed is not the same across different hardware platforms.
The fact he made a statement out of no whereWhy laugh reaction? Too many options?
then you couldve just quoted his post directly not my post replying to his "statement out of no where" post...The fact he made a statement out of no where
all this means is that you can get away with less RAM than you would typically need on traditional systems on Apple Silicon, thus saving money.
Yeah...The funny fact in Apple Silicon move, is that it happened at the same time youtubers reviewers were turning famous. and those guys don’t know what they are talking about. The fella that you follow, Vadim from Max Tech, is as dumb as a cash register. What is his formation? What have he done in the computer industry? How has he turned himself on a tech guru knowing nothing about how computers are designed?
He do know how to open and disassemble a Mac and visually compare internals!! And there’s a lot of folks who believe in he. Thousands of computer engineers have to be wrong about their decisions to use new materials, more heat conductive, in the before mentioned heatsink: The guy with a camera and a screwdriver told.
Sorry, did it wrong.then you couldve just quoted his post directly not my post replying to his "statement out of no where" post...
Oh, boy, you are so wrong stating that.
I will tell you the basics of CPU architecture because I do know that you won’t find it on Youtube, but it‘s plenty available over the net, which, off course will need an extra effort to get.
CPUs are dumb pieces of hardware that executes simple math problems called instructions. Each instruction has a set of variables that need to be fulfilled before the CPU runs it. At every cycle, the CPU resolves one instruction, and it will face the another one. So, instructions are resolved in sequence, one after the other at every CPU Cycle.
x86 CPUs have a huge amount of possible instructions one for each task, and the results of every instruction is needed to fulfill the next one, so to resolve a future instruction, it will need the result of a running instruction, by the way, x86 software intercalates a series of instructions to provide a result to a future instruction. So the CPU has to deal with that complex set of instructions, one at every cycle before moving to another. So, the results of each instruction is stored in RAM to be recalled in the appropriate time.
ARM CPUs have a reduced number of instructions, that means the CPU will resolve simpler problems, which off course will consume less cycles to be resolved an so, it won’t need to be stored for long time in RAM.
ARM architetucre uses a sets of registers to store information between the instructions that will reduce the amount of stored data in RAM, that can be stored in disk.
To make it visual, x86 CPUs has about a thousand instructions, while ARM ones has 50.
The executable size is also important here. As x86 uses larger executable sizes (120bits) that needs to be stored in RAM whatever the content. ARM executable size is 32bit, so ARM system will use about 25% less ram space to store their results.
So, no. The amount of RAM needed is not the same across different hardware platforms.
all this means is that you can get away with less RAM than you would typically need on traditional systems on Apple Silicon, thus saving money.
Anyhow, i want to get back on track again.Actually...you're completely right.
I am not sure though about the external display support of the Pro chips, but it should be fine.
I also do not know if i would actually get a difference in speed and snappiness in every day stuff/editing/stitching getting a Max chip instead of a Pro chip.
I wouldn't mess with Max. If I had to, I'd probably be more inclined to do so with M2 Max, since Apple seemed to get performance scaling down much better this time. But, either Max chip is overkill for the vast majority of Mac users, let alone the vast majority of MacBook Pro customers.It would, again, save me money, and allow me to get a M2 Pro (cant afford M2 Max, dont want to get anything that expensive on ebay either, even if i get a good price) chip instead of an M1 Max chip, if the Pro chip is enough, and i would get the better HDMI port (and matching color charging cable). The M2 Pro chip from what ive seen also starts to come close to the M1 Max's performance, with better battery life and newer.
Again, help is appreciated...
both the M2 pro and M1 pro support up to two displays, or only one of them? Is a M1/M2 Pro MBP going to be slowed down by having its maximum amount of external displays (2) connected? The M1/M2 Max will not have its external display support maxed out when connected to 2 external displays, if you know what i mean. I think having 32gb or more of ram will definitely be good when having multiple displays connected and while multitasking/processing photos. I will generally not have more than 2 external displays connected at a time, so it should be ok.It supports up to two external displays in addition to the internal. If you need three, then you gotta go with the Max.
It won't. The only differences are graphics (which you probably won't notice that big of a difference in), memory bandwidth (which you probably won't notice unless every second is worth tons of money), and maximum RAM capacities (moot because 32GB will be more than enough for what you're trying to do).
I wouldn't mess with Max. If I had to, I'd probably be more inclined to do so with M2 Max, since Apple seemed to get performance scaling down much better this time. But, either Max chip is overkill for the vast majority of Mac users, let alone the vast majority of MacBook Pro customers.
While there certainly may be users who have 20-30 tabs open in a browser while they edit the high res images of their last shooting, I dare to ask... how realistic is such a scenario in the real world? The countless open browser tabs as an indicator for multitasking capabilities of a computer is also a very popular topic in all these YouTube reviews, but do they really reflect reality? At least I have my doubts...!Will i really see no noticeanle difference when multitasking, like editing/stitching 45MP RAW photos in Lightroom while browsing in Firefox with 20-30 tabs open while also having LibreOffice open?
I see you changed your profile pic😀While there certainly may be users who have 20-30 tabs open in a browser while they edit the high res images of their last shooting, I dare to ask... how realistic is such a scenario in the real world? The countless open browser tabs as an indicator for multitasking capabilities of a computer is also a very popular topic in all these YouTube reviews, but do they really reflect reality? At least I have my doubts...!
Question: What apps do you use for your photo editing? You already mentioned Lightroom, do you refer in here to LrC or Lr? Do you also use additional apps, for example for sharpening or noise reduction? How does your normal workflow look like? Are you doing one image at a time or do you work over multiple images at a time?
The reason I ask: The programs you use, the way you work, is much more important considering the performance of your computer than some theoretical benchmarks and tests.
Here some examples: LrC and PS (where you can adjust it) will use all the memory available (what you allow them to use). I have already seen on my computer (64 GB) that LrC and PS used a total of 54 GB of memory when my wife edited several images (e.g. local adjustments) in LrC and has several images (10-12) open in PS for further editing. And by the way, we only work over 24-26 MP images. Summary: Do we need 64 GB? No! Is is nice to have 64 GB? Yes!
In the past I used Topaz DeNoise, but since LrC now also has this functionality I use the built-in solution, also because I like the results better. The problem in here: Seems the LrC DeNoise functionality has a bug / problem utilizing the Neural Engine, therefore utilizes the GPU. Having 19 GPU cores (Pro) or 38 cores (Max) makes here quite a difference. On my M2 Max I process a 26 MP image in 12 sec, on older and less powerful computers users talk about minutes. Summary: Do we need the Max? No! Is it nice to have the Max? Yes!
By the way, someone may argue that memory hungry programs and apps with bugs are not the standard and should not be the base for a decision. Agreed, but reality also shows that such problems always have existed and, most likely, will also exist in the future. Do you need a computer who can deal with such problems? No! Is it nice to have one that can do so? Yes!
As a conclusion: Theoretical specs and benchmarks are the one thing, your very specific usage requirements and behaviors are another thing. A M1/M2 Pro with 32GB, will perform all the tasks you throw at it, but the way you work a M1/M2 Max with more memory may be the better fit for your very specific usage.
So, it may help to always keep in mind that it is not just about what you really "need", it´s also about what you may "want".
Again, I am sure all the models in discussion (M1 or M2, Pro or Max, 32 GB or 64 GB) will fulfill your "needs". So it´s your, agreed difficult, task to carefully evaluate what is it what you may want and what you can afford / want to spend.
Herbert