Comparison Neoline X-COP 6000s vs iBOX ONE LaserVision WiFi Signature

The wavelength of laser radiation that the radar detector is capable of detecting. Laser radars (lidars) are increasingly used along with conventional ones, and the ability to work with them is highly desirable for a radar detector. Modern detectors can be designed for both a specific wavelength and a specific range; the second option is more advanced, because. gives more guarantees, but also costs more.

Support of the GLONASS satellite navigation system by the radar detector.

This system was created as a Russian alternative to the American GPS and is currently used in parallel with it. Working simultaneously with two satellite systems improves accuracy and increases the speed of positioning. For the general importance of satellite navigation in radar detectors, see "GPS".

The presence in the radar detector of its own compass allows you to use the device for orientation to the cardinal points. This can be useful both for navigation purposes and for some specific tasks (for example, at night, determine which side of the street will be lit by the sun in the morning in order to park the car in the shade in advance).

The current nominally consumed by the radar detector during operation. Usually, with a regular connection to the cigarette lighter socket with the engine running, this parameter does not play a special role — even the most advanced models do not “eat” so much that this noticeably affects the operation of the on-board network. In fact, current consumption data may be useful only in some specific situations — for example, battery operation.