So the size is almost the same, but they're not identical. After posting the recent video about the removable NVMe for the M1 Mac, we received a lot of comments like, "Any plans for the M4 Mac Mini SSD? What about Mac Mini M4? Any solution?" And all other

similar questions asking for the M4 Mac Mini. And what they're really asking is whether we're going to design our own version of SSD storage for the M4 Mac Mini. Well, challenge accepted! [Music] So, in order for us to design it from ground up, we need to study the stock

NVMe module for the M4 Mac Mini. This is the top side of it, and this is the bottom side. So, the total capacity of your M4 Mac is determined by combining these two NVMe here, whether you're getting 250 GB, 500 GB, 1 TB, or even 2

terabytes. Now, these two NVMe are mainly powered by three critical power rails, and that is PP0 V9 or 0.9 volt, then PP1 V2 or 1.2 volt, and finally PP2 V5 or 2.5 volt. So, the top two here are

produced by this single proprietary buck converter called the Ocarina chip. This is all being done by taking the PP3 V8 or 3.8 volt from the gold pins, then directly channeled to the input of the Ocarina chip. Then the single input

voltage is being stepped down to the output simultaneously, producing the 0.9 volt and the 1.2 volt. So, everything's going well so far. Then, PP2 V5 or 2.5 volt is being produced by another buck converter I see over here by taking the

12vt PP bus from the gold pins, then step it down to a single 2.5 volt to the N. So right now, everything looks pretty good, right? But not until you know that this single IC is the infamous TPS 6180, the one that was

responsible for the de CD 3217 IC for the right USB-C port on your newer 14-inch and 16-inch M series MacBook Pros. You can watch how we describe the problem in this video, and it was also the same IC that

blew up thousands of dead N-channel MOSFETs on the 2018, 2019 MacBook Pros by sending the 12vt PP bus directly to the MOSFETs. You can watch how to fix it in this 30 minutes guide video here, and weirdly enough, Apple seems to really love this IC

despite its failure since 2018. But for all of you watching this video right now, I would say do not freak out just yet, because right now the TPS 6180 only powers two N-channel MOSFETs for this M4 Mac Mini, while the blown up cases from the previous

history were all happening when the TPS 6180 is powering four N-channel MOSFETs configuration. Because technically powering four N-channel MOSFETs require more amps and power draw, so maybe that's why it failed on this T2 Mac. Two N-channel MOSFETs configuration should require half of that power, so maybe it will be

fine. I'm not trying to defend Apple here, so let's see how it goes for another year whether it's still fails or not. But if we have the chance to redesign this whole N-channel MOSFET module, we will never use ICs with bad histories and that has led us

to create this mockup NVMe module in this mockup design we use another IC for supplying the 2.5 volt and most probably we will use LT 88642 IC that has never failed so far then the Ocarina chip is still the same for providing 0.9 and 1.2

volt now you might be asking why the design is completely different is it going to perform the same well that's the whole idea that you have to make it look completely different from the original ones to avoid legal issues if you know you know and if you route the

copper traces or differential pairs properly according to the design constraints you can still get the same performance and thus the NVMe position really doesn't matter much now to be completely honest with you the development of this third party NVMe module is still in the mockup stage meaning that it is

not fully functioning yet and you can call it fake if you want but we really need to start somewhere right so try to imagine that we live in a world where you have a 250 GB base M4 Mac Mini model then you can easily undo the screw and

remove the base SSD then you can buy a third party NVMe module somewhere off the market and you can choose whether you want 500 GB or 1 TB or even 2 TB SSD size and all that you have to do is to pick your choice and plug it into the

socket and now you have a 2 TB SSD installed we've also crafted a small handle over here so it's going to be easier to hold and most importantly no micro soldering required at this point I think we all know that if you possess

micro soldering skills, you can easily remove the stock 250 GB NVMe on one side followed by the other side, then clear all the pads and solder balls. Then you can simply solder a new 1 terabyte or 2 terabyte NVMe to both sides of this

module, then you put it back to the Mac Mini, then restore it using the secondary Mac. Then, as we are waiting for the M4 Mac Mini being restored, you can see this M1 guy here also has a 2 terabyte removable SSD. Pretty cool, right? And you

finally get it to work again. We've been testing this 2 TB configuration without any issues so far, so it's a good thing for the repair shop that can perform micro soldering, but for the end user, we need to wait until this redesigned module becomes a reality, and we need to

emphasize that this module is not from Apple. This is a third-party upgrade, just like how you plug the third-party NVMe to the old 2015 MacBook Pro. And to end this video, we personally want to say thank you Apple for making the storage

removable for the M4 Mac Mini, so maybe it's a good idea to do the same to your thick 14-inch and 16-inch MacBook Pros, as you still have a bit of clearance inside there. So we don't have to design a

removable SSD adapter for your future MacBooks. And it's really good to see all based Macs finally come with at least 16 gigs of RAM, because 8 GB RAM is never enough even for everyday use, like we always preached 2 years ago in this

video so overall this M4 Mac Mini is really good with a great value for its price point. Make sure to check it out at the Apple Store and don't forget to subscribe to this channel, as you're all awesome! And see you again in December at

the iBuyPower channel. Reverse engineering at its best.

Reinventing M4 Mac Mini Storage - Part 1

iBoff RCC

M4 Mac Mini SSD 업그레이드 솔루션에 대한 사용자 수요

많은 사용자가 M4 Mac Mini SSD를 업그레이드할 수 있는 솔루션을 요청했습니다.

M4 Mac Mini를 위한 맞춤형 SSD를 설계하는 도전이 받아들여졌습니다.

M4 Mac Mini의 저장 용량은 두 개의 NVMe 모듈에 따라 달라집니다.

M4 Mac Mini의 재고 NVMe 모듈 전원 시스템 분석

3개의 전원 레일(PP0, PP1, PP2)이 NVMe 모듈에 전원을 공급합니다.

PP0 및 PP1은 오카리나 칩에서 생성됩니다.

PP2는 다른 벅 변환기에 의해 생성됩니다.

문제가 있는 TPS 6180 IC의 사용이 확인되었습니다.

다른 Apple 제품에서 발생한 TPS 6180 IC의 과거 고장이 언급되었습니다.

잠재적 위험 및 완화 전략에 대한 논의

TPS 6180은 M4 Mac Mini에서 4개의 MOSFET을 사용했던 이전과 달리 2개의 MOSFET에만 전원을 공급합니다.

전력 소모량이 적으면 M4 Mac Mini에서 유사한 장애가 발생하지 않을 수 있습니다.

2.5V용 다른 IC를 사용하여 재설계된 NVMe 모듈이 제안되었습니다.

대체품으로 LT 88642 IC가 권장됩니다.

이 디자인은 법적 문제를 피하면서 비슷한 성능을 목표로 합니다.

이 모듈은 아직 목업 단계에 있습니다.

사용자가 쉽게 SSD를 업그레이드할 수 있는 시나리오를 구상하고 있습니다.

사용자는 다양한 저장 용량(500GB, 1TB, 2TB)을 선택할 수 있습니다.

DIY 솔루션과 타사 솔루션의 비교

DIY 업그레이드를 위해서는 미세 납땜 기술이 필요합니다.

DIY 업그레이드 과정을 설명합니다.

2TB 구성이 성공적으로 테스트되었습니다.

최종 사용자는 재설계된 모듈을 기다려야 합니다.

스토리지를 탈착식으로 만들어준 Apple에 감사드립니다.

향후 MacBook에서 스토리지를 탈착식으로 만들도록 Apple에 제안합니다.

M4 Mac Mini의 RAM에 대한 긍정적인 피드백.

Apple Store에서 M4 Mac Mini를 확인하는 것을 추천합니다.

Reinventing M4 Mac Mini Storage - Part 1

Reinventing M4 Mac Mini Storage - Part 1

스크립트