? Did you mean can't. I can tell you that my cameras with the Ambient light has no motion blur and my camera is running default camera settings just like it came out of the box.. Have cars that go by 20 to 30 miles if not more and have no blur?If a camera can get a good background picture at night from just the ambient light, I guarantee any moving object will be blurry.
Show us.? Did you mean can't. I can tell you that my cameras with the Ambient light has no motion blur and my camera is running default camera settings just like it came out of the box.. Have cars that go by 20 to 30 miles if not more and have no blur?
Do you have enough visible light or be willing to use the built-in white LED lights?
Despite the marketing hype, all cameras need light, either visible or infrared. They cannot defy physics.
? Did you mean can't. I can tell you that my cameras with the Ambient light has no motion blur and my camera is running default camera settings just like it came out of the box.. Have cars that go by 20 to 30 miles if not more and have no blur?
Awaiting for your pics. Here are my pics with IR.
View attachment 221082View attachment 221081View attachment 221083
Do you mean "without any IR illumination at all, including without the camera's built-in IR LEDs?" Or do you mean "with only the camera's built-in IR LEDs, but without adding external illuminators"?I've seen discussions here from a few years ago, but what kinds of cameras work well in outdoor night-time situations without IR lights? What does everyone like these days? I wouldn't mind seeing options in the sub-$200 range if that can be achieved.
Most mid-wave and long-wave IR cameras detect emitted light, e.g. based on the temperature of the object emitting the light instead of external light reflecting off the object, but those are not going to show up in consumer-grade IP cameras for awhile, because the detectors and lenses are expensive. So those types of cameras don't need any "lighting," so to speak, because the object they're observing provides the light. But yeah, that's still light, from a physics point of view.Do you have enough visible light or be willing to use the built-in white LED lights?
Despite the marketing hype, all cameras need light, either visible or infrared. They cannot defy physics.
Most mid-wave and long-wave IR cameras detect emitted light, e.g. based on the temperature of the object emitting the light instead of external light reflecting off the object, but those are not going to show up in consumer-grade IP cameras for awhile, because the detectors and lenses are expensive. So those types of cameras don't need any "lighting," so to speak, because the object they're observing provides the light. But yeah, that's still light, from a physics point of view.
The LED-lit cameras commonly discussed here (whether the LEDs are built-in or from an external LED illuminator) would typically be called near-IR cameras in the IR camera industry, because their detectors are silicon, and silicon is sensitive a spectral band from the visible to the near IR, and the physics is the same across that whole band.