I’m sorry, this is so very impressive. How does one even manage to learn all this? If anything this discourages me from continuing my computer engineering degree…. Honestly how are you even this smart? All those books? All that math?
And I have to say this… as anAmerican citizen. Rarely is it someone from the USA that I see put this much effort into breaking the constraints of computers. It is always someone from Europe/Asia, typically.
Hey bud don't be discouraged by what you saw on the internet. We also went through a lot of failures, wasted hours, wasted thousands PCB prototypes & money - its just not shown here because it'll be endless and no one really care. lol. and resisting to give up then try again one thing at a time is what brought us here - and you should too. Cheers.
@@hifiveguyy it just takes time to learn these things. I didn’t learn how to design pcb’s until I was at my first job after getting an electrical engineering degree. I’d recommend starting with a small circuit (low power / low speed) that you’d like to learn more about and get you familiar with the pcb design software. Something analog like a linear regulator using an op amp and mosfet is what I’d recommend. Then perhaps make a USB passthrough board with a usb-a to usb-c connectors to learn about differential impedance and trace matching. Pretty much every circuit you can think of has an application note from Texas Instruments or Analog Devices. Just follow along with examples each time you layout a new type of circuit. And of course, you’ll only become a better engineer if you understand the fundamentals such as those recommended in the video (Eric Bogatin is truly awesome). Little by little your tool belt grows and you can design more complex things on your own. The endless learning is what makes engineering fun!
even a right to repair law wasn't enough to make apple sweat. the only thing that can force apple to become humble is if a significant amount of people stopped buying their products for a significant amount of time but... that will never happen
I dont understand why people thought it was fake it is basically a board with traces connected to a M.2 slot. There is no pairing between the part and the rest of the board (like how touchID is married to the SOC). Think of this solution much like how wires connect a speaker to an amp. All your wires do is transfer power and the signal. It would have been a challenge to get a board designed to spec to incorporate a slot for a removable drive. That being said, I am curious if your mod would allow an install of a commercial grade M.2 drive with a controller. Anyways, board mods have existed for ever. Infact even manufacturers do board revisions. At the end of the day this is essentially advanced electronics and it takes alot of R&D to develop prototypes. As an EE student I would like to thank you so much for your work and being a huge contributer to right to repair.
What I'm curious about is can they change the adapter so it can take those replaceable SSDs from MacMini? There're already projects that sell them premade a lot cheaper than Apple
Extremely happy this is from a Malaysian store. Not too far away from where I am. I was considering an M1, but didn't like the idea of a limited SSD life span. This makes it extremely viable.
Seriously, this guys are the best in terms of upgrading a mac without squeezing your bank account. I will surely seeking their service in the near future!
Ayyy finally a video about micro-electronics not geared towards EE students where someone is talking about the importance of transmission line theory. I knew as soon as it was called out I would hear a clip of Rick Hartley. I do feel bad though that you got a ton of haters in the first video when you went to a lot of engineering effort and knowledge to make this a reality. Kudos to you my dude.
Here's another idea: Instead of making it work with 3rd part SSDs, would it be more feasible to make it work with the Mac Studio and the new Mac mini's removable SSDs modules? Some people have duplicated the PCB of Apple's Mac Studio storage modules and installed NAND modules on them to sell them as SSD upgrade modules, so it could be really useful if those modules could also work with MacBooks.
the restoration utility provided by apple is able to reprogram the memory controller in the soc as long as the nand chips (blank) are disposed in a layout intended by apple, for exemple, dosdude tried to put 2 TB in the latest mac mini but failed because i don't think there is a config with only 2 chips intended for the m4 soc but there is probably one with 1 tb for the mba m4 so the restoration succeeded If you take into consideration this fact, you realy question why the chips aren't on a swapable module -_-'
1. It’s amazing what you can learn on TH-cam. 2. I’m surprised you didn’t get PCBway to sponsor this video for you. 3. Great work, sorry you had to make this video for the hate comments.
once i saw eric bogatin, i knew robert feranec will come up next! thank you for sharing your thought proces on doing this mod! it really shows how far you guys work on this!
Having the storage removable makes it upgradable and repairable (if the NANDs fail), despite the fact that y ou have to restore the Mac. I look forward to this being released.
this looks easier to solder because you can see the pads through the PCB. Even if you weren't planning on upgrading again and you planned to get a new one before it died you should still use this imo.
Man, u have done FKIN AMAZING job. U have done more than just adapter, I know all about what you’re talking about and watching that video makes me happy. Good that you show that apple does a bad job, good that you have done a good job. Usually when I watched your videos I was thinking like „another guy with some hotair hardware who thinks that invented the world”. But not now. Now I give you all possible appreciation. Waiting for more. Personally got a lot of konwledge but no time to play and no knowledge to record it. Now I have no point in even trying to learn how to record. Keep your job to that level. All engineering IT waiting for your job.
7:20 its not the same 19cm through the board vs. 19cm through board and interposer. Interposer and m2 connector result in DB loss and poorer signal integrety than only board traces
Wonderful work, thanks for the really nice explanation! I think the biggest problem is to desolder the old NAND and solder the PCD Adapter without damaging the logic board.
love all that detailed info on how you pulled this off...I mean i WANT to try and reverse engineer a screenshot so i can get one of those RIGHT NOW.. but you're prices are so competitve I would probably only be at the prototype stage before the drop hits..keep up the great work you guys show all the flaws in apples buisness model; just think if this tech made it to the consumer, they could do ANYTHING with it!
Keep going bro, your works are really appreciated. Can't wait for next and unthinkable innovation for DIY Mac mods. Salam dari Indonesia, kite tetanggaan.
Really great what you guys are doing! And yet I don't see much point here, as SSDs with a higher capacity are not available to buy. These are quasi custom SSDs that always have to be made individually and a one-time upgrade (with soldering work) would be cheaper than with your adapter plus a possible later upgrade with a new custom SSD.
Looking forward to what kind of modules could be made for the 14” and 16” MacBook Pros! I’m guessing you can do the same thing that you did for the M1 & M2 Machines and just take the pad connectors and make each pair a group of 4 nands. And then make a nand group of 512GB, 1, 2, 4, or 8TB. Depending on the original storage capacity of the Pro or Max MacBook Pros!
non-removable storage was 90% of the reason why I didn't go Macbook. I was super tempted with the performance of the M chips and willing to try the "ecosystem," but at what cost?
Nice being featured in the video. And, it did kinda answered my wish in 9:30 when i did mentioned "upgradable using a 2230 nvme storage" and its sucks not being in the works anymore. But who cares as I'm still interested with this project. Keep going what your doing. Hope for the best this influence apple to realize maybe upgradable comportment is actually worth it such as nvme an other components (As LPCAMM will soon be a thing)
Hello there, very nice project! Can you already pinpoint an approximate release date for the hardware kit in your tindie store? I'm desperately waiting for it!
Hey, I appreciate you linking the PCB design videos, I'm a bit of a beginner and these are great resources. (I boards so far are too simple for crosstalk)
I'm actually soo interesting can you guys doing a works on upgradeable ram on soldered windows laptop?? Because I'm very very frustrating for that problem
Thank you for this inovative idea for this big iProblem :)) . But you can also use slots like as raspberry pi compute module to remove the anoying m.2 slot. It was awesome to mount direct nvme ssd and to use without any problem.
Amazing work, this will change M series macs, just got a refurbished m1 pro 16 with 32gb ram but with 512ssd, being able to upgrade the storage is exciting
U guys did an excellent job and for that u deserve all the glory and every reward! It looks like Apple is came to senses a bit with the Mac Mini, however unfortunately it seems there's no change with the Macbooks.
Bro sya ni juga dari malaysia. I love your videos skrg sya ni software engineer in kl. if my macbook have any problem i will look for you. Thank you so much for videos. I hope you do your best in making videos and your business. I wish you the best.
used to work with a Hackintosh machine until it died from a fried motherboard. And now that I have a M3 I haven't really kept up with hacks when it comes to Apple machines, but this company brings the storage wars to a new level. OH MAN I'm PUMPED for what this company can do next!!
I have a macbook air m1, and I watched your first video with my friend who work a repair shop, we both understood at the first video how it was done, and honestly, I just waiting for this board to be released not only for the M1, but also for the M3, my M1 have 140TBW/150TBW, and my M3 256Go ssd (even with 24Go of ram) after some years will have too, and at this moment, it will be nice to be able to change the ssd by just removing the case and swapping them by new ssd so resume in 2 words : good job !
One question, where do you get those kioxia nand?? From another mbp donors?? Soo if you guys runs out of nand from MacBook donor board then you cant re stock your mac ssd?? Actually, it's soo unfortunate that your m.2 project abandoned, i know the speed is slow, but having universal ssd as mac internal storage is dream for all of us lol
Very cool. I hate that my HD can't be updated. I wanted to get more space, but the deal for the 500gig version was so much cheaper than the version with a 1 tb drive.
Maybe off-topic and unrelated. But I really liked how you shared the process in which you learned to do all of this stuff, especially the part where you literally linked the lectures of the electrical engineering professors. Unsure if I will get a response, but how did you learn to edit like this? Especially the part at 1:06 just boggles my mind. I hope you can share maybe the resource of this. I won't bother you after. I really want to learn stuff like that
If you can open-source at least the NAND carrier board, or even start selling these yourself, these will be AMAZING to get! It really shows that Apple intentionally soldered the SSDs to prevent user upgradeability, and I'm really excited to see if I can send my MBP over to get this upgrade done.
So point number 1) the user needs to deresolder the original nand. If so, what's the benifit soldering an adapter instead of soldering bigger capacity nand straight on the pads? Point number 2) the nand is supplied with the adapter and is salvaged / used from other broken boards or the user buys only the adapter itself and sources the nand?
Maybe once you release something for the 16" MBP that'll finally give me a reason to upgrade my 2017 touchbar 15" MBP... Seriously through great work and great videos. Hope to see more from you soon.
You guys are going to make millions if you can offer it at the right price, I will buy it just so I dont have to give money to Apple to buy another computer with a soldered ssd.
I’m sorry, this is so very impressive. How does one even manage to learn all this? If anything this discourages me from continuing my computer engineering degree…. Honestly how are you even this smart? All those books? All that math?
And I have to say this… as anAmerican citizen. Rarely is it someone from the USA that I see put this much effort into breaking the constraints of computers. It is always someone from Europe/Asia, typically.
Hey bud don't be discouraged by what you saw on the internet. We also went through a lot of failures, wasted hours, wasted thousands PCB prototypes & money - its just not shown here because it'll be endless and no one really care. lol. and resisting to give up then try again one thing at a time is what brought us here - and you should too. Cheers.
@@iBoffRCC appreciate, I wish this channel the best!
@@hifiveguyy it just takes time to learn these things. I didn’t learn how to design pcb’s until I was at my first job after getting an electrical engineering degree. I’d recommend starting with a small circuit (low power / low speed) that you’d like to learn more about and get you familiar with the pcb design software. Something analog like a linear regulator using an op amp and mosfet is what I’d recommend. Then perhaps make a USB passthrough board with a usb-a to usb-c connectors to learn about differential impedance and trace matching. Pretty much every circuit you can think of has an application note from Texas Instruments or Analog Devices. Just follow along with examples each time you layout a new type of circuit. And of course, you’ll only become a better engineer if you understand the fundamentals such as those recommended in the video (Eric Bogatin is truly awesome). Little by little your tool belt grows and you can design more complex things on your own. The endless learning is what makes engineering fun!
@@iBoffRCC Subscribed !
Finally someone who actually puts effort in pressuring apple to improve their upgradability on their macs
look at the Mac Studio and the Mac mini M4 have removable ssd but you can't change apple make it voluntarily
Pressure ? Apple doesn't care. What every big corpo cares is the bottomline.
@@TechGameDev They have removable SSD's, but they use special ones... because apple..
even a right to repair law wasn't enough to make apple sweat. the only thing that can force apple to become humble is if a significant amount of people stopped buying their products for a significant amount of time but... that will never happen
Axiotron was doing that years ago… then they just went out of business mysteriously. I’m so worried for these guys
Thank you for also providing the knowledge sources for PCB design; very interesting.
tbh it's definitely overcomplicating pcb design unless you want to make something that specifically needs modern pcie levels of signal integrity
@@ThylineTheGay in other words it isn't overcomplicated and has the right amount of details?
@@kiyoponnn dumping 50 hours or whatever of video watching on someone is just going to overwhelm them, not help
I dont understand why people thought it was fake it is basically a board with traces connected to a M.2 slot. There is no pairing between the part and the rest of the board (like how touchID is married to the SOC). Think of this solution much like how wires connect a speaker to an amp. All your wires do is transfer power and the signal. It would have been a challenge to get a board designed to spec to incorporate a slot for a removable drive. That being said, I am curious if your mod would allow an install of a commercial grade M.2 drive with a controller. Anyways, board mods have existed for ever. Infact even manufacturers do board revisions. At the end of the day this is essentially advanced electronics and it takes alot of R&D to develop prototypes.
As an EE student I would like to thank you so much for your work and being a huge contributer to right to repair.
Edit: My question was answered later on at 9:35
What I'm curious about is can they change the adapter so it can take those replaceable SSDs from MacMini?
There're already projects that sell them premade a lot cheaper than Apple
Extremely happy this is from a Malaysian store. Not too far away from where I am. I was considering an M1, but didn't like the idea of a limited SSD life span. This makes it extremely viable.
When you sell the kit in december, please include two dummy PCBs so that people can practice soldering the pins without frying their macbooks 🙏
Seriously, this guys are the best in terms of upgrading a mac without squeezing your bank account. I will surely seeking their service in the near future!
I saw the shout-out on the LTT WAN Show. I've really enjoyed how you've listed all the fancy EE knowledge required. 🖖🤣👍
which episode?
@@ChapitZulkefli the most recent one, 14 hours ago.
Bro im buying your stuff im sold
Ayyy finally a video about micro-electronics not geared towards EE students where someone is talking about the importance of transmission line theory. I knew as soon as it was called out I would hear a clip of Rick Hartley.
I do feel bad though that you got a ton of haters in the first video when you went to a lot of engineering effort and knowledge to make this a reality. Kudos to you my dude.
I was a customer of iBoff. Good job at explaining the process here. Malaysia boleh!
Thank you for your trust!
You guys are awesome! Your work is just WOOOOW and then all these videos to answer all the scepticisim in detail...you absolutely rock!!
Here's another idea: Instead of making it work with 3rd part SSDs, would it be more feasible to make it work with the Mac Studio and the new Mac mini's removable SSDs modules? Some people have duplicated the PCB of Apple's Mac Studio storage modules and installed NAND modules on them to sell them as SSD upgrade modules, so it could be really useful if those modules could also work with MacBooks.
This! And there's a project already that's selling those SSDs for MacMini a lot cheaper than Apple and with overvoltage protection.
as I said already these are some next level mods, respect
The m4 Mac mini has removable storage, but with a controller built in. But is there any possibility of DIY storage upgrades on those new systems?
He already did it with mac studio
There will be in the future...
the restoration utility provided by apple is able to reprogram the memory controller in the soc as long as the nand chips (blank) are disposed in a layout intended by apple, for exemple, dosdude tried to put 2 TB in the latest mac mini but failed because i don't think there is a config with only 2 chips intended for the m4 soc but there is probably one with 1 tb for the mba m4 so the restoration succeeded
If you take into consideration this fact, you realy question why the chips aren't on a swapable module -_-'
dosdude did it already with the new M4 Mac Mini
I love the way you responded your comments. It' almost enjoyable to watch. Thank you for your hard work. That's impressive!
Very good work dude !
It's nice that you sell it, hope that can help to save a lot of dead SSD mackbook
Finally someone that know exactly what is doing .. Great job!
1. It’s amazing what you can learn on TH-cam. 2. I’m surprised you didn’t get PCBway to sponsor this video for you.
3. Great work, sorry you had to make this video for the hate comments.
Bro your work is incredible and we need more people like you. I wonder if I can do this on my M2 Macbook Air
Man electrical engineers are cool af. Thank you for this.
once i saw eric bogatin, i knew robert feranec will come up next!
thank you for sharing your thought proces on doing this mod! it really shows how far you guys work on this!
Having the storage removable makes it upgradable and repairable (if the NANDs fail), despite the fact that y ou have to restore the Mac. I look forward to this being released.
You guys are doing great work. Continuing the legacy of the greats before you.
Thank you for your service.
this looks easier to solder because you can see the pads through the PCB. Even if you weren't planning on upgrading again and you planned to get a new one before it died you should still use this imo.
Amazing video, loved the detailed explaination. It's very time consuming to make a video like this, watched it start to finish, well done!
Amazing effort to make this happen. Congratulations on making this work
Man, u have done FKIN AMAZING job. U have done more than just adapter, I know all about what you’re talking about and watching that video makes me happy. Good that you show that apple does a bad job, good that you have done a good job. Usually when I watched your videos I was thinking like „another guy with some hotair hardware who thinks that invented the world”.
But not now. Now I give you all possible appreciation. Waiting for more. Personally got a lot of konwledge but no time to play and no knowledge to record it. Now I have no point in even trying to learn how to record. Keep your job to that level. All engineering IT waiting for your job.
The first 5 minutes should probably have been included in your initial video. Nice work and a nice solution! Definitely a fan of your efforts.
Perfect, Perfect, Perfect. you are guys the best ever. you broke the borders. proud of you.
you guys know your shit. thanks for the work! keep it up
GREAT JOB!!! First time on our channel and I have subbed!!
7:20 its not the same 19cm through the board vs. 19cm through board and interposer. Interposer and m2 connector result in DB loss and poorer signal integrety than only board traces
presumably less than the extra 7cm in trace length as demonstrated by the working machine in the video..
Well I mean they did test it and it seems to work fine
There's no really other options
Well whatever the losses are it seems to be within the window of acceptable performance to not be noticeable
So happy he uploaded again, nice to know he is safe ❤
Wonderful work, thanks for the really nice explanation! I think the biggest problem is to desolder the old NAND and solder the PCD Adapter without damaging the logic board.
this single video earned you my sub :D
I will definitely be on the lookout for when this drops! Looks like some great work :)
This video is awesome! Got some catching up to do! Thanks for sharing!
love all that detailed info on how you pulled this off...I mean i WANT to try and reverse engineer a screenshot so i can get one of those RIGHT NOW.. but you're prices are so competitve I would probably only be at the prototype stage before the drop hits..keep up the great work you guys show all the flaws in apples buisness model; just think if this tech made it to the consumer, they could do ANYTHING with it!
Seriously Thank you for your work this is innovation in a field that really needs it.
Great video iBoff RCC. As an Engineer this makes me happy to see someone solve a problem Apple created!
Dude this is the honest video Ive seen in a long time. Sadly Im a soldering noob. Great work anyways.
one of the goats of apple repair 🐐🙌
i love this typ of videos thanks man
Crazy impressive stuff🙌🏾. Even after all the research and development time this took, its still reasonably priced.
Keep going bro, your works are really appreciated. Can't wait for next and unthinkable innovation for DIY Mac mods.
Salam dari Indonesia, kite tetanggaan.
I like your videos! Great information Keep it up!
Really great what you guys are doing! And yet I don't see much point here, as SSDs with a higher capacity are not available to buy. These are quasi custom SSDs that always have to be made individually and a one-time upgrade (with soldering work) would be cheaper than with your adapter plus a possible later upgrade with a new custom SSD.
Looking forward to what kind of modules could be made for the 14” and 16” MacBook Pros! I’m guessing you can do the same thing that you did for the M1 & M2 Machines and just take the pad connectors and make each pair a group of 4 nands. And then make a nand group of 512GB, 1, 2, 4, or 8TB. Depending on the original storage capacity of the Pro or Max MacBook Pros!
non-removable storage was 90% of the reason why I didn't go Macbook. I was super tempted with the performance of the M chips and willing to try the "ecosystem," but at what cost?
I remember yall from the X-GPU stuff! You guys are the real deal!
Nice being featured in the video. And, it did kinda answered my wish in 9:30 when i did mentioned "upgradable using a 2230 nvme storage" and its sucks not being in the works anymore. But who cares as I'm still interested with this project. Keep going what your doing. Hope for the best this influence apple to realize maybe upgradable comportment is actually worth it such as nvme an other components (As LPCAMM will soon be a thing)
Hello there, very nice project! Can you already pinpoint an approximate release date for the hardware kit in your tindie store? I'm desperately waiting for it!
Hey, I appreciate you linking the PCB design videos, I'm a bit of a beginner and these are great resources. (I boards so far are too simple for crosstalk)
I'm actually soo interesting can you guys doing a works on upgradeable ram on soldered windows laptop?? Because I'm very very frustrating for that problem
Thank you for this inovative idea for this big iProblem :)) . But you can also use slots like as raspberry pi compute module to remove the anoying m.2 slot. It was awesome to mount direct nvme ssd and to use without any problem.
i didnt have finished yet but i can say you guys are amazing!
Amazing work, this will change M series macs, just got a refurbished m1 pro 16 with 32gb ram but with 512ssd, being able to upgrade the storage is exciting
U guys did an excellent job and for that u deserve all the glory and every reward! It looks like Apple is came to senses a bit with the Mac Mini, however unfortunately it seems there's no change with the Macbooks.
That’s so cooooool! if only soldering were safe and easy 😄
Bro sya ni juga dari malaysia. I love your videos skrg sya ni software engineer in kl. if my macbook have any problem i will look for you. Thank you so much for videos. I hope you do your best in making videos and your business. I wish you the best.
Thank you very much for your trust!
I love the new era of hardware hacking.
used to work with a Hackintosh machine until it died from a fried motherboard. And now that I have a M3 I haven't really kept up with hacks when it comes to Apple machines, but this company brings the storage wars to a new level. OH MAN I'm PUMPED for what this company can do next!!
Excellent engineering! Respect!
So incredible you make this!
Thank you guys for doing what you do. You are making the world a better place 🙏🏻🙏🏻🙏🏻✝️✝️✝️
I have a macbook air m1, and I watched your first video with my friend who work a repair shop, we both understood at the first video how it was done, and honestly, I just waiting for this board to be released not only for the M1, but also for the M3, my M1 have 140TBW/150TBW, and my M3 256Go ssd (even with 24Go of ram) after some years will have too, and at this moment, it will be nice to be able to change the ssd by just removing the case and swapping them by new ssd
so resume in 2 words : good job !
The effort you put in these projects, and your knowledge, are impressive.
And next is upgradable ram innovation from you sir 👍🏼
One question, where do you get those kioxia nand?? From another mbp donors?? Soo if you guys runs out of nand from MacBook donor board then you cant re stock your mac ssd?? Actually, it's soo unfortunate that your m.2 project abandoned, i know the speed is slow, but having universal ssd as mac internal storage is dream for all of us lol
Very cool. I hate that my HD can't be updated. I wanted to get more space, but the deal for the 500gig version was so much cheaper than the version with a 1 tb drive.
Nice Work keep it on.
Just awesome man
Love ur vids❤
when will production starttttt
pleasesssss
Holy moly! Incredible work.
Amazing videos I can’t wait! Where can I get one ?
People roasted you in the first video. Now they come here to say that you're a genius!
Maybe off-topic and unrelated. But I really liked how you shared the process in which you learned to do all of this stuff, especially the part where you literally linked the lectures of the electrical engineering professors. Unsure if I will get a response, but how did you learn to edit like this? Especially the part at 1:06 just boggles my mind. I hope you can share maybe the resource of this. I won't bother you after. I really want to learn stuff like that
If you can open-source at least the NAND carrier board, or even start selling these yourself, these will be AMAZING to get!
It really shows that Apple intentionally soldered the SSDs to prevent user upgradeability, and I'm really excited to see if I can send my MBP over to get this upgrade done.
Maybe you can create a version of this adapter to be compatible with official apple ssd upgrade kits? Btw, great project!
Thank you for sharing your knowledge bro.
keep up the good work bro
Absolutely brilliant 🎉
So point number 1) the user needs to deresolder the original nand.
If so, what's the benifit soldering an adapter instead of soldering bigger capacity nand straight on the pads?
Point number 2) the nand is supplied with the adapter and is salvaged / used from other broken boards or the user buys only the adapter itself and sources the nand?
6:02 comments: “defend your video”… OP: “allow me to take you to school”
If you make it available for public use, you should try to get the pcb black so it matches the rest of the board!
Great work buddy! I would love to buy this. But the problem is i ain’t know shit about soldering.
But still Hats off
Maybe once you release something for the 16" MBP that'll finally give me a reason to upgrade my 2017 touchbar 15" MBP... Seriously through great work and great videos. Hope to see more from you soon.
Thanks for PCB designer's starter pack))
enough with explanation im sold
Protec this guys at all costs!!
you did excellent job ❤🎉🎉
I enjoy your humour. That is all.
Please make one for the M4 mac mini.
very cool, wishing you all the best
Yo, cant believe i made it into the video 😂
the iBoff Spokepersom 🤣
Great Job Dudes, Are really interesting project
The mac mini m4 now has these modules
Great product 👍👍
You guys are going to make millions if you can offer it at the right price, I will buy it just so I dont have to give money to Apple to buy another computer with a soldered ssd.