The launch of the first Apple Silicon Macs has finally come at last and, as much as we were finally shown after months of speculation, and in typical Apple fashion, there's a ton that we still don't know. Before I get into it, here are some facts:
- The first Apple Silicon SoC that we're going to be seeing in Macs is called "M1". This is about as analogous to seeing Intel's Core Duo appear in Macs in 2006 as we're going to get here. We know that M1 is based on the same 5nm process as A14 and is likely cut from the same cloth, despite M1 being the beginning of a separate Mac-specific Apple Silicon SoC family.
- The M1-based MacBook Air was announced, replacing the 2020 Intel 10th Generation Y-series processor based model outright. Aside from everything that M1 brings to the table, this model is otherwise identical to its Intel 10th Gen Y-series predecessor, save for the lack of a system fan. There is a low-end option to only have 7 GPU cores (compared to the 8 GPU cores in every other currently available M1 based Mac). There is no longer a MacBook Air model being sold new from Apple with Intel inside.
- The M1 based 13" MacBook Pro was announced, seeming to specifically replace the 2020 Intel 8th Generation U-series processor based 2-port 13" MacBook Pro, leaving the latter Mac model discontinued with today's announcement. As was the case with the MacBook Air, the ports, maximum RAM and storage options are all unchanged from their Intel predecessors. Unlike the Air, the 13" Pro has active cooling; though the high-end model MacBook Air and all models of M1 based 13" MacBook Pros appear to have the same M1 SoC on paper.
- The 2020 10th Gen Intel based 4-port 13" MacBook Pro did not make the jump to Apple Silicon today which is why it remains on sale. The same is also true of the 2019 (current gen) 16" MacBook Pro as well.
- An M1 based Mac mini was also announced. This seemed to replace the quad-core 8th Generation Intel Core i3 based 2018 Mac mini model; while not replacing the hexa-core 8th generation Core i5 and i7 models, which are still on sale. Confusingly, the M1 Mac mini is marketed as being compared to ONLY this low-end Mac mini in terms of performance benchmarks and not the other Mac minis (though the M1 should still compare favorably to the Core i5 and i7 in the 2018 mini, though maybe not quite as well). The M1 Mac mini loses half of the Thunderbolt 3 ports from the 2018 8th Gen Intel models, loses the 10 Gigabit Ethernet option, and has a fourth of the maximum RAM capacity of the Intel models it is still sold alongside. The Apple Silicon Mac mini returns to the Silver color of the 2010-2014 Mac minis; the space gray color only having been for the 2018 Mac mini and DTK Mac minis, with no stated significance behind these color choices and generations.
- The M1 Mac mini is the only Apple Silicon introduction that technically has an overlap with the Mac it is supposed to be replacing; the Air and 2-port 13" MacBook Pro both made the transition to Apple Silicon with the Intel models being discontinued outright at launch.
- The M1 Mac mini announcement was a total surprise predicted by no major leakers or sources; this happens with some product launches, but not as commonly as it has been in the Tim Cook era
- Thunderbolt 3/USB-C ports on M1 Macs now support USB4 as well. There appears to be a Thunderbolt controller that is integrated into the SoC rather than being a discrete controller (as has been done on every Thunderbolt-based Intel Mac that isn't the 2020 Intel 10th Gen based 4-port 13" MacBook Pro).
- The M1, on paper, is identical between the Apple Silicon MacBook Air, Mac mini, and 2-port 13" MacBook Pro, with only one deviation at the low end of the MacBook Air line (and that being the difference between a 7-core GPU and an 8-core GPU). We are also not told the CPU speed in any of Apple's marketing materials.
- 16GB of RAM seems to be the standard maximum RAM across the board with these three Macs. This is the same as it was on the Intel MacBook Air and 2-port 13" MacBook Pro (which was still on LPDDR3 while on Intel). However, this is one fourth of what it is on the Intel Mac mini currently.
- There was no introduction of FaceID, and the webcam is still 720p, though the Neural Engine and advances in Apple Silicon since the A10 that the T2 is based on have enabled software features to improve the picture quality.
- eGPUs, as we know them today, won't be compatible with M1 Macs.
- M7 was the start of Apple publicizing its motion co-processors. They did this for a while before eventually embedding them into the parent A series SoC. It will be interesting to see what they do with the 7th generation M-series SoC.
Given all of this, here's my take on the hardware portion of this transition, where it is now, and what it indicates of things in the future:
- It was widely believed that the jump of the 13" MacBook Pro to Apple Silicon would result in the 4-port model making the jump while the 2-port model would get discontinued. Instead, the 2-port model made the jump and the 4-port model remains having not made the jump. From the standpoint of merely moving over the lowest end of the Mac lineup to Apple Silicon first, this makes total sense. However, the Air improved enough such that the differences between the M1 Air and the M1 13" Pro seem to be minimal at best.
- Maybe the M1 is clocked higher on the 13" Pro (which is actively cooled) and Mac mini than it is on the Air? Even then, if one gets a really good cooling pad for when they want to put their Air through its paces, does that even it out? Otherwise, I'm unsure as to the point of there being two different laptops that are otherwise that similar in performance. Similarly, how much more or less powerful is an M1 Mac mini to an M1 (2-Port) 13" MacBook Pro? Are we back to the 2009-2014 era of the 13" MacBook Pro basically being the portable version of the Mac mini? Apple is now at a point with its Macs where, much like iPhones and iPads, it's up to the benchmarking tools to really show performance differences relative to each model. (At least, in the PowerPC days, there were still posted clock speeds on their chips for that kind of context).
- The 2-port 13" MacBook Pro having actually made the jump and the 4-port 13" Pro having not made the jump does kind of pave the way for the latter to get redesigned as the 14" Apple Silicon MacBook Pro alongside the redesigned and Apple Silicon'ed 16" MacBook Pro. It also makes sense that Apple elected to update the 4-port model with 10th Gen Intel, but not the 2-port model (effectively being similar to how Apple updated the 27" iMac with 10th Gen Intel, but not the 21.5" iMac, for which an Apple Silicon replacement would likely come out way sooner)
- While the M1 MacBook Air and 2-port 13" MacBook Pro maintain most specs and features of their now-discontinued Intel predecessors, the Mac mini is missing 2 Thunderbolt 3 ports, it lost a 10GbE upgrade for the Ethernet that had pretty much spread to every Mac desktop save for the 21.5" iMac (including the 2018 Mac mini), and it has a maximum RAM capacity of 16GB. The RAM capacity bit is interesting as 16GB was the limit on the 2020 Intel versions of the Air and the 2-port 13" MacBook Pro, and therefore, those models didn't change in this regard. However, all Intel Mac mini models maxed at 64GB of RAM.
- Given the above, there's no reason for Apple to produce a Mac model on a newer processor architecture at the onset of a processor architecture transition that compromises on features from the version of that Mac model with the outgoing processor architecture UNLESS THEY HAVE TO. Two Thunderbolt 3 ports is normal on a MacBook Air and a 2-port 13" MacBook Pro. That's what it was a week ago for those models. That's what it is now. It's not on a Thunderbolt 3 Mac mini. 16GB as the maximum RAM amount is normal on a MacBook Air and on a 2-port 13" MacBook Pro. That's what it was a week ago for those models. That's what it is now. It's not on a Mac mini. While it could merely be that Apple is treating this transition in terms of replacing shipping SKUs rather than replacing product lines, it doesn't make much sense from an elegance standpoint. Apple very likely CAN'T have M1 utilize more than 16GB of RAM. Similarly, the Thunderbolt controller that it is embedding into M1 may very well be limited at 2 ports. Intel may still require use of THEIR controllers to get more than 2 ports on something that isn't one of their controllers (or Ice Lake CPUs where the controller is integrated into the Intel CPU). Many have implied that RAM usage may be so drastically different that 16GB might be all that is needed on an M1 Mac. There will most definitely be a need for more than 16GB of RAM on higher-end Macs. There will MOST DEFINITELY be a need for more than 16 GB of RAM on higher-end Mac minis. Apple producing a Mac mini with these deficits compared to its predecessor may be tipping their hand as to where they're limited with these Macs. It may end up being that a 14" MacBook Pro is merely the same as the M1 13" MacBook Pro but with the bezel treatment (and that all sub-16" MacBook Pros may be 2-port only from now on due to the limitations in Apple's embedded Thunderbolt controller). There may yet also be a higher-tier SoC to drop that resolves all of these shortcomings. M1X perhaps?
- Apple likely isn't ready to launch Apple Silicon iMacs or an Apple Silicon 16" MacBook Pro due to (currently) only being able to support 2 Thunderbolt ports and a maximum of 16GB of RAM rather than it being a CPU or GPU performance issue (as M1 likely bests anything you can outfit a current 16" MacBook Pro with both in terms of CPU and GPU performance [provided Metal is involved and everything is optimized accordingly]). 8GB and 16GB are the highest RAM capacities of any known Apple Silicon SoC.
- Depending on how or even if the 4-port 13" MacBook Pro makes the jump to Apple Silicon, we may see a merger between the Air and the 2-port 13" Pro (being more similar now than ever before). We may see the 2-port 13" MacBook Pro be rebranded as something else ("MacBook", which would at least be appropriate considering its 2006 roots, or "MacBook Air", which would also be appropriate given that the 2-port 13" MacBook Pro originally was the modern successor to the 2010-2017 Air); it could also be that the 4-port 13" MacBook Pro just gets discontinued and that the current M1 based model just gets a screen size bump and bezel reduction to become a 2-port 14" MacBook Pro. I'd think that'd be lame, but it's possible. Keeping a two model scheme for the 13" MacBook Pro on the other side of this transition seems unlikely.
- While M1 (or at least this[/these] iteration of M1) is likely more powerful than most Intel Macs, these apparent limitations (as being the only possible reason as to why (a) a replacement to an Intel Mac mini has one fourth the maximum RAM capacity and half the Thunderbolt 3 ports as its direct predecessor or (b) the 2-port 13" MacBook Pro went first in the transition before the 4-port version) are why we don't yet have our rumored Apple Silicon replacement to the Intel 21.5" iMac, despite such a Mac having been long rumored by many reliable leakers/analysts to be among the first Macs to make the jump. It's also likely that M1, having only gone into the lower-end Macs first is effectively the 2013-2019 Intel U-series equivalent chip that, in addition to being on a MacBook Air, is also found on the lowest end iMac and (pre-2018) Mac mini.
- Given the above, despite comparisons being drawn to the PowerPC to Intel transition of 2005/2006 being "completed" in a full year (and one less than the 2 years that was originally forecast), this may ACTUALLY be full 2-year transition.
- Most of the points I am making now would not be as evident or even debatable if Apple had ONLY introduced the MacBook Air and 2-port 13" MacBook Pro with Apple Silicon (though it might still spark discussion given that the lower-end 13" was refreshed when the expectation was that the opposite would instead occur). The M1 Mac mini definitely gave a ton of clues and insight as to what Apple is currently ready to announce and what the limitations on very early gen Apple Silicon Macs might be. (I'm sure we'll see 32+GB Macs as well as Macs with more than two Thunderbolt 3 Ports on Apple Silicon).
- The lack of customization on GPU (beyond on the MacBook Air) or CPU is a first for the Mac. I imagine that the CPU will vary by model (hopefully it will be clearer as to the performance disparity between the various Mac models; otherwise it will become a mere game of "pick your form factor"). But this otherwise radically changes how different Mac models are marketed against each other; an unexpected convention carried over from the iPad and iPhone product lines.
- The future of the 13" MacBook Pro (and MacBook Air to a much lesser extent) is even more murky and raises more questions than was had prior to the M1 launch event
- It seems highly unlikely that M1 in the form that it exists on the MacBook Air, Mac mini, and MacBook Pro that was just announced will be what we see on the 16" MacBook Pro, any iMac, or Mac Pro. Non-Pro iMacs have had two Thunderbolt 3 Ports (and still do today), but the lack of a 32GB RAM option would hurt on all but the most entry level 21.5" iMacs. Apple could've done with the 21.5"/24" iMac what it did with the M1 Mac mini, but Apple may be olding out for something special for the iMac (as was sort of rumored with the "A14T" though, it's most likely that, barring any marketing confusion with the pre-existing Apple motion co-processors, the Mac processors will all start with "M").
- eGPUs using AMD GPUs may end on Intel Macs, but that doesn't seem to preclude Apple making their own Apple Silicon Mac specific eGPU to enable higher-end performance on lower-end Apple Silicon Macs such as the ones that they announced today. That could definitely be appealing for someone only needing performance while stationary, but otherwise being fine with a lower-end MacBook Air while out and about.
- If we do get one last Intel 16" MacBook Pro per recent Boot Camp leaks, it may be a very silent refresh; either way the Mac mini situation clearly shows that while CPU and GPU performance of the M1 is ready to contend with the 2019 16" MacBook Pro; there are other limitations that make it not as ready otherwise. RAM and Thunderbolt ports are huge things to be missing.
tl;dr: The surprise introduction of the Apple Silicon Mac mini reveals the most about the state of Apple's transition away from Intel while giving even more questions about its future. Meanwhile the 2-port 13" MacBook Pro having made the jump to Apple Silicon instead of the 4-port version answers some longstanding Apple Silicon questions, while creating many more new ones (such as "which of the two models will eventually become the rumored 14" Model?" and "what will happen to the 4-port 13" MacBook Pro?"). Exciting times!
- The first Apple Silicon SoC that we're going to be seeing in Macs is called "M1". This is about as analogous to seeing Intel's Core Duo appear in Macs in 2006 as we're going to get here. We know that M1 is based on the same 5nm process as A14 and is likely cut from the same cloth, despite M1 being the beginning of a separate Mac-specific Apple Silicon SoC family.
- The M1-based MacBook Air was announced, replacing the 2020 Intel 10th Generation Y-series processor based model outright. Aside from everything that M1 brings to the table, this model is otherwise identical to its Intel 10th Gen Y-series predecessor, save for the lack of a system fan. There is a low-end option to only have 7 GPU cores (compared to the 8 GPU cores in every other currently available M1 based Mac). There is no longer a MacBook Air model being sold new from Apple with Intel inside.
- The M1 based 13" MacBook Pro was announced, seeming to specifically replace the 2020 Intel 8th Generation U-series processor based 2-port 13" MacBook Pro, leaving the latter Mac model discontinued with today's announcement. As was the case with the MacBook Air, the ports, maximum RAM and storage options are all unchanged from their Intel predecessors. Unlike the Air, the 13" Pro has active cooling; though the high-end model MacBook Air and all models of M1 based 13" MacBook Pros appear to have the same M1 SoC on paper.
- The 2020 10th Gen Intel based 4-port 13" MacBook Pro did not make the jump to Apple Silicon today which is why it remains on sale. The same is also true of the 2019 (current gen) 16" MacBook Pro as well.
- An M1 based Mac mini was also announced. This seemed to replace the quad-core 8th Generation Intel Core i3 based 2018 Mac mini model; while not replacing the hexa-core 8th generation Core i5 and i7 models, which are still on sale. Confusingly, the M1 Mac mini is marketed as being compared to ONLY this low-end Mac mini in terms of performance benchmarks and not the other Mac minis (though the M1 should still compare favorably to the Core i5 and i7 in the 2018 mini, though maybe not quite as well). The M1 Mac mini loses half of the Thunderbolt 3 ports from the 2018 8th Gen Intel models, loses the 10 Gigabit Ethernet option, and has a fourth of the maximum RAM capacity of the Intel models it is still sold alongside. The Apple Silicon Mac mini returns to the Silver color of the 2010-2014 Mac minis; the space gray color only having been for the 2018 Mac mini and DTK Mac minis, with no stated significance behind these color choices and generations.
- The M1 Mac mini is the only Apple Silicon introduction that technically has an overlap with the Mac it is supposed to be replacing; the Air and 2-port 13" MacBook Pro both made the transition to Apple Silicon with the Intel models being discontinued outright at launch.
- The M1 Mac mini announcement was a total surprise predicted by no major leakers or sources; this happens with some product launches, but not as commonly as it has been in the Tim Cook era
- Thunderbolt 3/USB-C ports on M1 Macs now support USB4 as well. There appears to be a Thunderbolt controller that is integrated into the SoC rather than being a discrete controller (as has been done on every Thunderbolt-based Intel Mac that isn't the 2020 Intel 10th Gen based 4-port 13" MacBook Pro).
- The M1, on paper, is identical between the Apple Silicon MacBook Air, Mac mini, and 2-port 13" MacBook Pro, with only one deviation at the low end of the MacBook Air line (and that being the difference between a 7-core GPU and an 8-core GPU). We are also not told the CPU speed in any of Apple's marketing materials.
- 16GB of RAM seems to be the standard maximum RAM across the board with these three Macs. This is the same as it was on the Intel MacBook Air and 2-port 13" MacBook Pro (which was still on LPDDR3 while on Intel). However, this is one fourth of what it is on the Intel Mac mini currently.
- There was no introduction of FaceID, and the webcam is still 720p, though the Neural Engine and advances in Apple Silicon since the A10 that the T2 is based on have enabled software features to improve the picture quality.
- eGPUs, as we know them today, won't be compatible with M1 Macs.
- M7 was the start of Apple publicizing its motion co-processors. They did this for a while before eventually embedding them into the parent A series SoC. It will be interesting to see what they do with the 7th generation M-series SoC.
Given all of this, here's my take on the hardware portion of this transition, where it is now, and what it indicates of things in the future:
- It was widely believed that the jump of the 13" MacBook Pro to Apple Silicon would result in the 4-port model making the jump while the 2-port model would get discontinued. Instead, the 2-port model made the jump and the 4-port model remains having not made the jump. From the standpoint of merely moving over the lowest end of the Mac lineup to Apple Silicon first, this makes total sense. However, the Air improved enough such that the differences between the M1 Air and the M1 13" Pro seem to be minimal at best.
- Maybe the M1 is clocked higher on the 13" Pro (which is actively cooled) and Mac mini than it is on the Air? Even then, if one gets a really good cooling pad for when they want to put their Air through its paces, does that even it out? Otherwise, I'm unsure as to the point of there being two different laptops that are otherwise that similar in performance. Similarly, how much more or less powerful is an M1 Mac mini to an M1 (2-Port) 13" MacBook Pro? Are we back to the 2009-2014 era of the 13" MacBook Pro basically being the portable version of the Mac mini? Apple is now at a point with its Macs where, much like iPhones and iPads, it's up to the benchmarking tools to really show performance differences relative to each model. (At least, in the PowerPC days, there were still posted clock speeds on their chips for that kind of context).
- The 2-port 13" MacBook Pro having actually made the jump and the 4-port 13" Pro having not made the jump does kind of pave the way for the latter to get redesigned as the 14" Apple Silicon MacBook Pro alongside the redesigned and Apple Silicon'ed 16" MacBook Pro. It also makes sense that Apple elected to update the 4-port model with 10th Gen Intel, but not the 2-port model (effectively being similar to how Apple updated the 27" iMac with 10th Gen Intel, but not the 21.5" iMac, for which an Apple Silicon replacement would likely come out way sooner)
- While the M1 MacBook Air and 2-port 13" MacBook Pro maintain most specs and features of their now-discontinued Intel predecessors, the Mac mini is missing 2 Thunderbolt 3 ports, it lost a 10GbE upgrade for the Ethernet that had pretty much spread to every Mac desktop save for the 21.5" iMac (including the 2018 Mac mini), and it has a maximum RAM capacity of 16GB. The RAM capacity bit is interesting as 16GB was the limit on the 2020 Intel versions of the Air and the 2-port 13" MacBook Pro, and therefore, those models didn't change in this regard. However, all Intel Mac mini models maxed at 64GB of RAM.
- Given the above, there's no reason for Apple to produce a Mac model on a newer processor architecture at the onset of a processor architecture transition that compromises on features from the version of that Mac model with the outgoing processor architecture UNLESS THEY HAVE TO. Two Thunderbolt 3 ports is normal on a MacBook Air and a 2-port 13" MacBook Pro. That's what it was a week ago for those models. That's what it is now. It's not on a Thunderbolt 3 Mac mini. 16GB as the maximum RAM amount is normal on a MacBook Air and on a 2-port 13" MacBook Pro. That's what it was a week ago for those models. That's what it is now. It's not on a Mac mini. While it could merely be that Apple is treating this transition in terms of replacing shipping SKUs rather than replacing product lines, it doesn't make much sense from an elegance standpoint. Apple very likely CAN'T have M1 utilize more than 16GB of RAM. Similarly, the Thunderbolt controller that it is embedding into M1 may very well be limited at 2 ports. Intel may still require use of THEIR controllers to get more than 2 ports on something that isn't one of their controllers (or Ice Lake CPUs where the controller is integrated into the Intel CPU). Many have implied that RAM usage may be so drastically different that 16GB might be all that is needed on an M1 Mac. There will most definitely be a need for more than 16GB of RAM on higher-end Macs. There will MOST DEFINITELY be a need for more than 16 GB of RAM on higher-end Mac minis. Apple producing a Mac mini with these deficits compared to its predecessor may be tipping their hand as to where they're limited with these Macs. It may end up being that a 14" MacBook Pro is merely the same as the M1 13" MacBook Pro but with the bezel treatment (and that all sub-16" MacBook Pros may be 2-port only from now on due to the limitations in Apple's embedded Thunderbolt controller). There may yet also be a higher-tier SoC to drop that resolves all of these shortcomings. M1X perhaps?
- Apple likely isn't ready to launch Apple Silicon iMacs or an Apple Silicon 16" MacBook Pro due to (currently) only being able to support 2 Thunderbolt ports and a maximum of 16GB of RAM rather than it being a CPU or GPU performance issue (as M1 likely bests anything you can outfit a current 16" MacBook Pro with both in terms of CPU and GPU performance [provided Metal is involved and everything is optimized accordingly]). 8GB and 16GB are the highest RAM capacities of any known Apple Silicon SoC.
- Depending on how or even if the 4-port 13" MacBook Pro makes the jump to Apple Silicon, we may see a merger between the Air and the 2-port 13" Pro (being more similar now than ever before). We may see the 2-port 13" MacBook Pro be rebranded as something else ("MacBook", which would at least be appropriate considering its 2006 roots, or "MacBook Air", which would also be appropriate given that the 2-port 13" MacBook Pro originally was the modern successor to the 2010-2017 Air); it could also be that the 4-port 13" MacBook Pro just gets discontinued and that the current M1 based model just gets a screen size bump and bezel reduction to become a 2-port 14" MacBook Pro. I'd think that'd be lame, but it's possible. Keeping a two model scheme for the 13" MacBook Pro on the other side of this transition seems unlikely.
- While M1 (or at least this[/these] iteration of M1) is likely more powerful than most Intel Macs, these apparent limitations (as being the only possible reason as to why (a) a replacement to an Intel Mac mini has one fourth the maximum RAM capacity and half the Thunderbolt 3 ports as its direct predecessor or (b) the 2-port 13" MacBook Pro went first in the transition before the 4-port version) are why we don't yet have our rumored Apple Silicon replacement to the Intel 21.5" iMac, despite such a Mac having been long rumored by many reliable leakers/analysts to be among the first Macs to make the jump. It's also likely that M1, having only gone into the lower-end Macs first is effectively the 2013-2019 Intel U-series equivalent chip that, in addition to being on a MacBook Air, is also found on the lowest end iMac and (pre-2018) Mac mini.
- Given the above, despite comparisons being drawn to the PowerPC to Intel transition of 2005/2006 being "completed" in a full year (and one less than the 2 years that was originally forecast), this may ACTUALLY be full 2-year transition.
- Most of the points I am making now would not be as evident or even debatable if Apple had ONLY introduced the MacBook Air and 2-port 13" MacBook Pro with Apple Silicon (though it might still spark discussion given that the lower-end 13" was refreshed when the expectation was that the opposite would instead occur). The M1 Mac mini definitely gave a ton of clues and insight as to what Apple is currently ready to announce and what the limitations on very early gen Apple Silicon Macs might be. (I'm sure we'll see 32+GB Macs as well as Macs with more than two Thunderbolt 3 Ports on Apple Silicon).
- The lack of customization on GPU (beyond on the MacBook Air) or CPU is a first for the Mac. I imagine that the CPU will vary by model (hopefully it will be clearer as to the performance disparity between the various Mac models; otherwise it will become a mere game of "pick your form factor"). But this otherwise radically changes how different Mac models are marketed against each other; an unexpected convention carried over from the iPad and iPhone product lines.
- The future of the 13" MacBook Pro (and MacBook Air to a much lesser extent) is even more murky and raises more questions than was had prior to the M1 launch event
- It seems highly unlikely that M1 in the form that it exists on the MacBook Air, Mac mini, and MacBook Pro that was just announced will be what we see on the 16" MacBook Pro, any iMac, or Mac Pro. Non-Pro iMacs have had two Thunderbolt 3 Ports (and still do today), but the lack of a 32GB RAM option would hurt on all but the most entry level 21.5" iMacs. Apple could've done with the 21.5"/24" iMac what it did with the M1 Mac mini, but Apple may be olding out for something special for the iMac (as was sort of rumored with the "A14T" though, it's most likely that, barring any marketing confusion with the pre-existing Apple motion co-processors, the Mac processors will all start with "M").
- eGPUs using AMD GPUs may end on Intel Macs, but that doesn't seem to preclude Apple making their own Apple Silicon Mac specific eGPU to enable higher-end performance on lower-end Apple Silicon Macs such as the ones that they announced today. That could definitely be appealing for someone only needing performance while stationary, but otherwise being fine with a lower-end MacBook Air while out and about.
- If we do get one last Intel 16" MacBook Pro per recent Boot Camp leaks, it may be a very silent refresh; either way the Mac mini situation clearly shows that while CPU and GPU performance of the M1 is ready to contend with the 2019 16" MacBook Pro; there are other limitations that make it not as ready otherwise. RAM and Thunderbolt ports are huge things to be missing.
tl;dr: The surprise introduction of the Apple Silicon Mac mini reveals the most about the state of Apple's transition away from Intel while giving even more questions about its future. Meanwhile the 2-port 13" MacBook Pro having made the jump to Apple Silicon instead of the 4-port version answers some longstanding Apple Silicon questions, while creating many more new ones (such as "which of the two models will eventually become the rumored 14" Model?" and "what will happen to the 4-port 13" MacBook Pro?"). Exciting times!
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