The RCP-1500 remote control panel incorporates an LCD display with direct operation switches and a touch panel, which makes it a remote control panel that offers both ease of operation and multi-functionality that compares favorably with the MSU. The iris and master black adjustment block employs joystick type control. Up to four units can be mounted in a 19-inch EIA rack.

The RCP-3500 remote control panel incorporates a brighter LCD display with direct operation switches and a touch panel, visibility improved by higher resolution and brighter LCD device which makes it a remote-control panel that offers both ease of operation and multi-functionality that compares favourably with the MSU. The iris and master black adjustment block employs joystick type control. Up to four units can be mounted in a 19-inch EIA rack.

The HDCU-3500 Camera Control Unit is designed for operation with the Sony HDC-3500 and HDC-3500 4K/HD system cameras. It provides interfaces to external equipment and power supply to the camera in a compact, portable half rack width 3U form factor that’s ideal for OB production environments.

HDCU-2500 is a half 19”-rack-size camera control base station for the 3G Double-Speed Multi Format HD system camera HDC-2000 Series and the HDC-1500 Series, enabling more creative capabilities for studio, outside broadcast and sports productions.

HDCU-4300 is a space-saving, compact 2U full-rack sized camera control unit (CCU) and 4K / HD for IP baseband processor unit (BPU) with built-in IP and SDI interfaces designed to give flexibility to Outside Broadcast (OB) operations. The unit enables either 4K or HD IP operations through a single Networked Media Interface (NMI)*, alongside SDI outputs.

This product is a 4K/HD Ultra High Bitrate Portable Studio Camera head with SMPTE Fibre Interface.  An on-board signal processor allows the HDC-5500 to output 4K signals directly without the addition of a dedicated external baseband processor unit, saving rack space in the confines of an OB vehicle or studio environment. It can also output 4K signals directly via 12G-SDI.

The HDC-3500 can output 4K signals via the CCU’s 12G-SDI and Quad 3G-SDI interfaces and 3G-SDI signals in a range of formats right up to 1080/50p. With this camera, you can capture premium pictures with the 2/3-inch 4K CMOS sensor with global shutter technology that eliminates the ‘jello effect’ and banding noise. This allows the HDC-3500 to capture pristine images with 4K high resolution (2000TVL), exceptionally low noise (-62dB), impressive sensitivity (F10 at 1080/59.94p or F11 at 1080/50p) and high dynamic range, while achieving the ITU-R BT.2020 broadcast standard wide colour space.

This camera can handle 4K,HD and super slow motion. The HDC-4300’s real 4K imagers capture at four times the resolution of HD. In HD shooting, this can be used to achieve extreme high-speed image capture at a maximum of 479.52/400 fps. In 4K shooting, a maximum of 119.88/100 fps can be achieved.

The HDC-3300R captures full-resolution 1920 x 1080 High Definition images at an amazing three times the normal frame rate. The CCU connects to the camera via optical fibre with digital data for perfect HD images over runs of up to 2500 metres.

This camera system features 2/3-inch CCD and the Digital Signal Processing (DSP) with 16 bit A/D converter which provides amazing picture quality with very few noise and high dynamic range.

This dual-format HD system camera is equipped with sophisticated three-chip 2/3-inch Power HAD FX CCD image sensors and the latest 16-bit A/D converter to provide superior picture quality. It supports HD and SD signal formats

The HSC-300R incorporates digital triax technology and is equipped with sophisticated 16-bit A/D conversion circuitry as well as superb three 2/3-inch CCDs to bring out a high level of picture quality over conventional digital triax infrastructures. The camera also has a built-in high-quality down-convertor for superior SD images, as standard. It also incorporates Neutral Density (ND) and Colour Correction (CC) optical servo filter units.