-To reiterate: there does not exist, anywhere in the world, one single popular
-modern commercial portable tablet, IPTV device, netbook or smartphone,
-today - in the year 2018 - where an end-user may download the full and
-complete source code of the bootloader, kernel, operating system,
-Video Processor library *and* 3D GPU library, *and* all the internal
-and external peripherals (a more in-depth analysis was done
-[here](https://www.crowdsupply.com/eoma68/micro-desktop/updates/picking-a-processor).
-and two years later the situation still has not changed).
-
-Now, there happen to be some medium to high-end systems based on Intel
-processors, from both [ThinkPenguin](https://thinkpenguin.com)
-and [Purism](https://puri.sm/products/librem-13), where
-both these companies go to the trouble of actually re-flashing the
-BIOS, replacing it with LibreBoot or Coreboot. They both also make
-sure that the WIFI firmware is libre (ruling out 802.11ac), and they also
-specifically do not use an NVIDIA GPU. They also ensure that the
-Intel "Management Engine" (known as an NSA backdoor spying co-processor)
-is (or may be) disabled.
-
-However that is the medium to high end, using relatively expensive
-power-sucking Intel processors. 15 to 50 watts just for the processor
-is not uncommon, here. Everything else - tablets, smartphones, and
-most netbooks, use ARM SoCs in order to keep power consumption well
-below 10 watts and in some cases below 5 watts, and that's where it
-goes to hell in a handbasket.
-
-It's not specifically ARM's "fault": it's just the way that it goes.
-Imagine that you are a new (or even an established) Fabless Semiconductor
-Company. Your "job" is to get an integrated all-in-one product out the door
-with the minimum cost (where that's going to be at least USD $10m to
+To reiterate: there does not exist, anywhere in the world, one single,
+popular, modern, commercial, portable tablet, IPTV device, netbook, or
+smartphone, today - in the year 2018 - where an end-user may download
+the full and complete source code of the bootloader, kernel, operating
+system, video processor library, *and* 3D GPU library, *and* all the
+internal and external peripherals. (For a more in-depth analysis, see
+a [previous EOMA68
+update](https://www.crowdsupply.com/eoma68/micro-desktop/updates/picking-a-processor)
+-- two years later the situation still has not changed.)
+
+Now, there happen to be some medium- to high-end systems based on
+Intel processors, from both [ThinkPenguin](https://thinkpenguin.com)
+and [Purism](https://puri.sm/products/librem-13), where both these
+companies go to the trouble of actually re-flashing the BIOS,
+replacing it with LibreBoot or Coreboot. They both also make sure the
+Wi-Fi firmware is libre (ruling out 802.11ac), and they specifically
+do not use an NVIDIA GPU. Finally, they ensure the Intel "Management
+Engine" (known as an NSA backdoor spying co-processor) is (or may be)
+disabled.
+
+However, that is the medium- to high-end market, using relatively
+expensive, power-sucking Intel processors. In this realm, 15 to 50
+watts just for the processor is not uncommon. Everything else -
+tablets, smartphones, and most netbooks, use ARM SoCs in order to keep
+power consumption well below 10 watts, and in some cases below 5
+watts, and that's where it goes to hell in a handbasket.
+
+It's not specifically ARM's "fault": it's just the way it goes.
+Imagine you are a new (or even an established) fabless semiconductor
+company. Your "job" is to get an integrated, all-in-one product out the door
+at minimum cost (where that's going to be at least USD $10m to