I like my Smart EV. From the outside, it is as long as most cars are wide, can U-turn as right as a Tesla Cyber truck, if not tighter, and can get me from A-B daily, charging overnight off a regular household outlet.

I tried it on my Nexus 5 as well. It didn’t work well for my needs at that time, so I went back to putting Android on it.

The video cable does a similar trick with how it supports color. This is why S-Video was superior to composite video until component came along. S-Video split the intensity and color into two signals and then component split the color further into a blue difference and a red difference. If you only wanted black and white, you didn’t need to use the color signals and the image would degrade to a monochrome representation.

The composite video, with only one video signal wire, was similar to what was received over the antenna, with the broadcast signal separated from the carrier signal and the audio sub bands removed. It was the video signal with the color signal still combined. The progression from Antenna -> Composite -> S-Video -> Component -> DVI-I -> DVI-D -> HDMI -> Display Port has been an interesting one. The changes in the digital realm have been less about the image quality, the digital signal can either be read or not, and more about the bandwidth and how much data can be sent, aka resolution and framerate. Those first four transitions in particular had significant impact on the image quality.

This is why it works so well. It’s also one of the reasons I prefer vi over other text editors. It isn’t always the most logical which commands and keys do what, but I like the consistency.