I worked on some proprietary thing (not a laptop) and mid seven figures sounds about right for just the motherboard, case, etc.
Our thing was more custom than the framework, but mid seven figures sounds like a steal. Does that include making Linux be reliable on it? (5 engineers total on the EE/mechanical/industrial engineering and SW bringup teams * 4 year product lifespan is mid seven figures, just for salary. That doesn't include facilities, HW budget, stock, etc)
I've never used a framework, but I assume suspend resume is reliable, it can sleep for a week, the GPU works, sound card doesn't pop/crackle, etc, etc... That stuff is hard to get right over time as distros get updated, which is why the above team needs to stick around over time (hopefully while they make version N+1).
It is built for and comes with Windows or no OS, so I'm dubious about it as a Linux platform. AFAICT, you have to be intentional about Linux support due to the 800 lb gorilla in the market.
Like System76, the firmware is open source, so perhaps after a while it'll work.
> If you are seeing high suspend power drain, set "nvme.noacpi=1" in your kernel parameters. In Fedora, you can do this by running the following command: sudo grubby --update-kernel=ALL --args="nvme.noacpi=1"
Our thing was more custom than the framework, but mid seven figures sounds like a steal. Does that include making Linux be reliable on it? (5 engineers total on the EE/mechanical/industrial engineering and SW bringup teams * 4 year product lifespan is mid seven figures, just for salary. That doesn't include facilities, HW budget, stock, etc)
I've never used a framework, but I assume suspend resume is reliable, it can sleep for a week, the GPU works, sound card doesn't pop/crackle, etc, etc... That stuff is hard to get right over time as distros get updated, which is why the above team needs to stick around over time (hopefully while they make version N+1).