Do not get caught up in the name of the sensor. As an example, Reolink puts Starlight and Starvis sensors in their cameras, but at the end of the day it is what they do with the firmware algorithms that determine if the camera will work well at night. And they have favored a nice bright static image over quality of image with motion at night.
It is best to chase sensor size. You want a camera on the proper MP/Sensor ratio.
We have found if manufacturers adhere to these MP/sensor ratios, they tend to also have firmware that allows you to get clean captures at night and be able to adjust parameters like shutter and the camera adheres to it.
8MP on a 1/1.2" sensor or larger
4MP on a 1/1.8" sensor or larger
2MP on a 1/2.8" sensor or larger.
Can't really go by LUX ratings either because there are so many games that can be played even with the how they report the Lux numbers. They will claim a low lux of 0.0005 for example, but then that is with a wide open iris and a shutter at 1/3 second and an f1.6 - as soon as you have motion in it, it will be crap. You need a shutter of at minimum 1/60 second to reduce a lot of blur from someone walking. So the "specs" don't mean much. It is why you need to look at reviews here where people actually show what the cameras can do with motion. Unlike Amazon reviews that are based on static images. You are already looking at the best in class 4MP and 8MP camera...
To prove how meaningless Starlight is, this is an example from Reolink's marketing videos of their Starlight camera - do you see a person in this picture...yes, there is a person in this picture. This is why you cannot buy a system based on marketing terms like Starlight.... Could this provide anything useful for the police? Would this protect your home? The still picture looks great though except for the person and the blur of the vehicle... Will give you a hint - the person is in between the two columns:
Bad Boys
Bad Boys
Watcha gonna do
Watcha gonna do
When the camera can't see you