Datavideo's latest release, PTR-15, a 4K 12G-SDI robotic pan tilt head with FreeD functionality.
It employs an efficient driving system to achieve smooth and precise robotic pan and tilt movements. It can be paired with most models of broadcast-grade cameras available in the market, enabling remote control of camera parameters such as pan, tilt, zoom, and aperture.
The PTR-15 comes equipped with the built-in FreeD virtual tracking feature, which utilizes computer vision sensor technology to recognize and track the position and movements of the subject being filmed.
The PTR-15 can be controlled using an IR controller, VISCA protocol controller, Datavideo RMC-180 MARK II camera controller, RMC- 300A universal remote control panel, and is compatible with both serial and Ethernet (DVIP) connections.
The PTR-15 boasts an extensive range of signal interfaces for seamless integration with the remote head.
These interfaces encompass SDI, HDMI, RS-232, RS-422, DVIP, Tally, and LANC, providing diverse connectivity options.
With PTR-15, transitioning from conventional camcorder cameras to remote-controlled PTZ becomes a cost-effective solution. The system empowers a single operator to efficiently manage multi-camera remote operations.
Benefit from PTR-15's LanC control, which seamlessly integrates with a diverse selection of professional video camcorders. This compatibility empowers you to choose the optimal camcorders that align with your specific requirements.
PTR-15 accomodates a range of control options, including Serial ports, Ethernet, and LanC. Tailored to your requirements, it seamlessly supports Datavideo's RMC-180 MARK II, RMC-300A, and SHOWCAST 100 will fulfill your control needs.
Engineered from robust aluminum alloy, PTR-15 features a super-strong design, providing a sturdy foundation for your camera setup. This construction ensures dependable support for cameras weighing up to 4 kilograms.
In addition to the standard RS-232/422 control, the PTR-15 provides robust IP-based control, keeping up with the modern trend of IP-based systems. This technology migrates the camera control protocols and technical parameter adjustments used in high-end broadcast studios to an open IP environment. This transformation breaks away from the previous limitations of exclusive one-to-one control, enabling the free switching of different cameras and achieving precise adjustments of camera parameters such as aperture, shutter, red/blue gain, inflection point, and more. This advancement allows on-site camera operations to enter an unprecedented era of convenience.
