Thus far there has been talk of color temperature, expressed in Kelvin, such as 3000K, 4000K, 5000K, etc... Color temperature largely comes down to personal preference. Most warm white bulbs are around 2700K, daylight around 5500K, horrid blue replacement auto headlights around 6500K and up. Personally, for task based lighting, I very much prefer 5000K. For some folks, 5000K is a bit brutal in how it can feel somewhat clinical, but I like that because I don't want any strange yellow/orange/red or blue color casts. Relaxing at night, definitely a warmer light.
Something not mentioned so far in this thread is Color Rendering Index (CRI) and the potential impact it can have on the accuracy of colors. Besides being a noob woodworker, I'm a tad bit geeky over flashlights and I'm also into photography. Common theme of light? Yep. Low CRI lights in photography can make a person's skin look sickly. Colors aren't accurate and the overall quality can just be not awesome. The biggest impact I can imagine a low CRI light would have in woodworking is in finishes. A red you thought looked nice in the store or in your shop doesn't look quite right in sunlight (100 CRI). If you were looking at it under a light of 5500K (or so) and a high CRI, it'd probably look the way you hoped.
Coming back to this thread... I wanted some good lighting for our tiny workshed and I also wanted something with a decent CRI. I stumbled across the Barrina 4' and 8' in 5000K and I went with the 6 pack of 4' lights. A representative from Barrina claims the CRI value is somewhere in the neighborhood of 82 or 85, though I don't recall the exact spec. I'm happy to report their claims are accurate. How does one measure these values? In my case, a Sekonic C-800 Spectromaster.
Here's a good article on CRI.
https://www.waveformlighting.com/high-cri-led