Earlier quoted context omitted.
In the history of LED lighting, it took quite a bit of work (hybrid phosphor technology, etc) to get them to emit warm color temperatures. The exact color temp can be a personal preference, but I think a lot of people aren't privy to the difference the color temperature of "white" light can make! I want to go on a guerrilla campaign around my neighborhood and replace porch light bulbs with warm equivalents.
While the color temperature situation has improved, the actual spectral quality of most consumer LED lighting still leaves a lot to be desired. CRI makes an effort to measure this, although it's a low-granularity measurement. I personally buy surplus cinema lighting equipment and use it to light my house. I have a bunch of fancy cinematic LEDs with high CRIs that produce decent light, although they still can't fully…
I went down a high CRI office lighting rabbit hole last year and I could only find expensive, new photography lights.