Earlier quoted context omitted.
Ah. I see. So the blobs are loaded into the separate microprocessors. Either way, it's the same as pretty much any modern phone, where the modem (and other secondary processors) are running some proprietary firmware and is communicating with the OS processor. I don't see how it's different from running a free open-source ASOP OS. On the mainstream Android devices, the wireless hardware is also isolated and communicat…
Pretty much any modern phone is also full of blobs that run on the main CPU to ensure basic functionality, with only a handful of exceptions. Just consider how many features stop working or get severely degraded on various phones when you use a clean AOSP build on them (provided that you can do it at all in the first place). Android's driver infrastructure effectively encourages non-free blobs in "vendor" partitions,…
That's mainly because of device trees. The firmware also isn't distributed via separate flash storage on the device, but I don't consider that making a difference. It's still proprietary firmware running on proprietary hardware. On Qualcomm-based Pixel devices, cellular, WiFi, Bluetooth, and GNSS are all isolated and sandboxed.
> It's also interesting that you mention it unprompted, as it's fairly off-topic here
A primary reason people complain about proprietary blobs is security. People claim that the Librem 5 is more open and secure, but it still uses the same proprietary modules as a Pixel running GrapheneOS. Does Librem 5 have signature checks for the firmware and a tamper-proof bootloader to load the firmware and OS, or can someone sell you a compromised Librem 5?
Is it more free, open, and secure than a Pixel running Android? Because, the only difference I'm seeing is how the firmware is stored and Google Play Services. And with GrapheneOS, only how the firmware is stored. Everything else points to a more insecure system with Librem 5.