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I can swap out my mobo for a RISC-V mobo, or ARM.

Get away from Intel and management engine.





> I can swap out my mobo for a RISC-V mobo, or ARM.

You can't do that with the 16, only the 13 [0] and you can't upgrade ram on it. Which is kind of the problem in a nutshell. Over time fewer user modifications make sense due to the context of the whole computer as an integrated system.

0. https://frame.work/products/deep-computing-risc-v-mainboard


Or you could just buy a MacBook Air for like $900 (or one of the windows snapdragon machines, but it you care about avoiding Intel I’m assuming you want Linux and doubt the support is as good as asahi on Macs)

I guess that's the issue? I spent nearly $2800 on my current laptop, top of the line specs at the time. I'm just not the kind of person trying to compare down to A $1000 mid-level Mac. I need to use this thing professionally.

In that lens, the config I played with (before ram prices surged) ended up around $2200 and it felt nice knowing I could upgrade the GPU down the line for $400 instead of pondering if I can last another year or 2 before things fall behind. As long as the chassis and screen is solid I can deal with some compromise for that value.


Sub a $2500 MacBook Pro in for air then for your needs. In several years if that new GPU is actually worth an upgrade it will almost certainly need more cooling or have higher power demands than current framework logic boards/chassis can handle.

Even on desktops where constraints are easier, piecemeal hardware upgrades of anything but storage and ram has never been worth it or done much to extend system lifespan.


Macbook air = small keyboard, small screen, limited battery, all parts expensive to service, etc. Try hacking a Mac Mini instead: https://github.com/vk2diy/hackbook-m4-mini

A MacBook Air is just a Mac mini with a keyboard, screen, and battery. You can choose to attach the same peripherals to your MacBook, and have the flexibility of a laptop when you need it. Paying a couple hundred dollar premium for this is a good deal.

The MacBook Air has a standard size keyboard.

battery is good even on m1 air and better on 15' airs which have bigger keyboard/battery

Snapdragon support is decent to great these days, and importantly it's all in the mainline kernel tree.

Edit: though it should be said that what I think is good might be a far cry from you think is good. I did use a Thinkpad X13s as my primary work machine for 6 months, though.


Unfortunately it's pretty device dependent. My SP11 seems pretty tough to get working :(

Literally just picked up a 13" M4 Air for $750 from Best Buy for my wife. It was spend $500 to replace her older MBA screen or a bit extra for a whole new device.

I mean, this could literally be the last laptop shell, screen, keyboard and power adapter you ever buy. That's a fantastic sustainability story. Not to mention that if it dies you are never at risk of having to replace the whole thing unless it melts in a fire.

It could be… but it won’t be. Internals will be outmoded quickly, and I would be shocked if logic boards from ~5 years from now will still be compatible just as needs evolve (especially around cooling and power delivery)… and this is all before physical wear and tear on screen/keyboard/ports.

I would be very surprised if many frameworks are upgraded ship of Theseus style for decades, or if the total cost of ownership (and even ecological impact, most of the nastiness is going to be the electronic internals, not the metal casing) is lower than for someone buying a more integrated laptop ever 5-6 years.


>It could be… but it won’t be.

Hard to say. If people boast about a ThinkPad lasting a decade, I see no reason (post Moores law) that this can't last that long. The only think not obvious on how to replace is the screen and speakers.


But my nearly 10 year old ThinkPad hasn't needed upgrades to last that long, it just has decent build quality. Will the Frameworks last that long?

A good test would be to work out what's the oldest in-use Framework (which should be one of the first, if not there's an build quality issue) and see how many upgrades were needed to keep it functioning compared with similar era machines from other manufacturers.


In the context of the massive amount of throwaway packaging involved in the food supply chain, or every other part of the supply chain for every consumable we use, how big a deal is that? Are electronics uniquely impactful in terms of sustainability versus eg plastic clamshells to transport apples?

nobody ever does. maybe 2 people on the planet...

for everybody else, a Mac is perfect ;-)




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