The camera comes short when the lighting conditions rapidly change as the other reviewers stated. However, the image is nice and crisp, no complaints there. If anyone is interested in adding OSD feature to the camera: Hold the camera normally (The antenna should point upwards). At the back side of the camera, under the switches and buttons, there are three pins. - The pin on the left hand side is the video signal (this is for the OSD) - The pin in the middle is positive, and the the pin on the right hand side is ground. You should disconnect the video pin between camera and transmitter, then solder a cable to the camera (Vout) and another to the transmitter (Vin) . Connect those cables to an OSD board, and that's it.

The camera comes short when the lighting conditions rapidly change as the other reviewers stated. However, the image is nice and crisp, no complaints there. If anyone is interested in adding OSD feature to the camera: Hold the camera normally (The antenna should point upwards). At the back side of the camera, under the switches and buttons, there are three pins. - The pin on the left hand side is the video signal (this is for the OSD) - The pin in the middle is positive, and the the pin on the right hand side is ground. You should disconnect the video pin between camera and transmitter, then solder a cable to the camera (Vout) and another to the transmitter (Vin) . Connect those cables to an OSD board, and that's it.

The camera comes short when the lighting conditions rapidly change as the other reviewers stated. However, the image is nice and crisp, no complaints there. If anyone is interested in adding OSD feature to the camera: Hold the camera normally (The antenna should point upwards). At the back side of the camera, under the switches and buttons, there are three pins. - The pin on the left hand side is the video signal (this is for the OSD) - The pin in the middle is positive, and the the pin on the right hand side is ground. You should disconnect the video pin between camera and transmitter, then solder a cable to the camera (Vout) and another to the transmitter (Vin) . Connect those cables to an OSD board, and that's it.

The 1200TVL camera displays a beautiful image, which limits raster effects and "stairs" in the diagonals. The sensitivity is 0.001 lux. This translates into excellent low light performance. Its default transmit power is 25mW, but it is possible to upgrade to 200mW with a Dip switch. Another allows to choose between a broadcast in PAL or NTSC. It is also possible to invert the image, convenient if you plan to place the camera under a multirotor.

The 1200TVL camera displays a beautiful image, which limits raster effects and "stairs" in the diagonals. The sensitivity is 0.001 lux. This translates into excellent low light performance. Its default transmit power is 25mW, but it is possible to upgrade to 200mW with a Dip switch. Another allows to choose between a broadcast in PAL or NTSC. It is also possible to invert the image, convenient if you plan to place the camera under a multirotor.

The 1200TVL camera displays a beautiful image, which limits raster effects and "stairs" in the diagonals. The sensitivity is 0.001 lux. This translates into excellent low light performance. Its default transmit power is 25mW, but it is possible to upgrade to 200mW with a Dip switch. Another allows to choose between a broadcast in PAL or NTSC. It is also possible to invert the image, convenient if you plan to place the camera under a multirotor.