A pan tilt camera, also known as a ceiling mounted camera, can be fixed on the ceiling in a fixed spatial environment. It can be controlled by remote or remote mode to shift the camera left, right, up, and down, and even shoot with a far or close lens to capture the desired video images, achieving the final requirements for live broadcasting or recording.
The environment where PTZ cameras were first widely used was in surveillance systems. Video capture in streets, alleys, conference rooms, and other places was almost always done using PTZ cameras. The reason for this is that there is no need for personnel to operate on site. The positioning completed camera can use long-distance remote control to change the image captured by the lens, monitor the on-site environment, and record. This is the most common way that people remember using PTZ cameras.
If a PTZ camera is to be applied to broadcast cameras, its basic functions must be tested by the broadcast level, such as lens resolution, color saturation, aperture adjustment, and other requirements of broadcast cameras. It must be verified whether the PTZ camera is suitable for replacing or replacing the position of ordinary cameras, and whether it can achieve better video quality even in an unmanned camera environment.
In fact, Sony or Panasonic have been continuously introducing alternative models for unmanned camera environments over the years, which indicates that there is a high demand for unmanned application environments in the market. Many users continue to use them, especially in meetings, course recordings, hospitals, etc., and need to avoid external personnel interference. Therefore, gimbal cameras are the best camera tool, and I believe there is currently no other device that can replace them.
