Performance and characteristics of network high-definition ball machine
In the current network high-definition video surveillance project, network high-definition dome camera has become an indispensable piece of equipment. It has many performance features that other fixed HD network cameras do not have. Here are some:
First aspect:Network HD dome machinePerformance characteristics
1. Zoom function: The network high-definition dome camera has a built-in high-magnification high-definition network integrated movement, which can zoom in and out to monitor the local subtle features of ultra-distant objects or close-range objects.
2. Fast speed: The preset speed is required to be fast, basically reaching more than 250 degrees/second; secondly, the manual control speed is emphasized to be stable, the control is flexible and flexible, not too fast, not stiff, and supports variable speed.
3. Preset position function: with more than 64 preset positions, accurate positioning, and will automatically return to the predetermined position after power failure and restart.
Second aspect:Internet HD ball machineAdvantages
1. Track image: The network high-definition high-speed ball is required to be able to image multiple arbitrary track lines, and at the same time, the track lines can be called through settings.
2. Cruise scanning: The high-speed dome must be able to patrol and scan between preset positions.
3. The recipe indicates the effect:It can predict a complete operation recipe, through which the operating speed, preset dwell time, operating mode, etc. can be modified. Through the menu, the camera parameters can be modified, as well as programming, automatic tracking, privacy masking and other functions.
4. The types of high-definition network integrated movements are becoming increasingly rich: products suitable for the security market have initially only had 18 times the 1.3 million pixel movement, but now present products with comprehensive coverage of 18 times to 30 times, 1.3 million pixels and 2 million pixels.
5. The image effect has been significantly improved: on the one hand, the use of new image sensors has made significant progress in low-light effects; on the other hand, noise reduction, fog penetration and other technologies have greatly improved the post-image application effect; the speed and accuracy of the ball machine gimbal have been greatly improved compared to a few years ago.
6. Improved stability: Today’s network high-definition dome cameras can adapt to a wider range of high and low temperature environments.
