Ikegami HDK-79E Fiber Studio Camera Chain – USED


Ikegami HDK-79E Fiber Studio Camera Includes

  • HDK-79E-R Camera Heads
  • CCU-790A-R
  • FR-79R Fiber Kit
  • 5″ Studio VF
  • ENG VF
  • T-791 Tripod Plate

There are 12 Chains Available, $11,000 Each or All 12 for $105,000

2 MCP-200 Master Setup Units and 2 CPH-200 Control Panel Hubs are Also Available

This package was purchased New in July 2007 and has been always used indoors. They were serviced and maintained to broadcast standards for all that time and were removed from service within at the end of 2018.


Ikegami HDK-79E Fiber Studio Camera

Full Digital HDTV Camera System

0.18μm design rule next generation ASICs.
2.2 Million pixel 2/3-inch FIT CCDs
12bit A/D Conversion/ 38-bit internal digital processing circuits Multi-standard / Simulcast Broadcasting

(1080/60i, 480/60i interlace output standard, 1080/24p, 720/60p, 480/60p progressive output Option) Various Accessories available for different operating styles.

New Camera Control Unit, the CCU-790A

The Ikegami HDK-series HDTV cameras are designed as a Multi-Use Camera to meet the format requirements of HDTV and SDTV have incorporated next-generation 0.18 μm ASICs into a new Camera Control Unit, the CCU-790A. Also using newly developed ASICs, an Optional Engine Board has been developed to achieve Frame and Multi-Format Conversion. (24p, 30p, 50p, 720p, 1080i, 480i etc)

2/3-inch 2,200,000-pixel FIT CCDs

2/3-inch 2,200,000-pixel 1080i FIT CCD image sensors are employed to achieve superb picture quality with a horizontal resolution of 1,000 lines and a S/N ratio of 56dB.

Simulcast (High-end HDTV and NTSC Camera)

Using a down converter incorporated in the CCU as standard, the HDK-790E/79E can be operated as a high-end NTSC studio camera. A high sampling frequency of 28.64MHz achieves maximum resolution of 900 TV lines in the NTSC format. Both HDTV video and SDTV (NTSC) are provided simultaneously from the CCU and in both digital and analog form. Monitoring video signals (WFM and PM) are likewise provided in both HDTV and SDTV to adapt to different system installations and to permit continued use of conventional monitoring.

Incorporating a new, next-generation digital process ASIC

Using newly developed full digital process ICs, precision designed at 0.18μm rule, the video signals are digitalized with 12-bit A/D conversion and up to 38-bit internal digital processing (quantization) circuits.

DTL Correction

A detail correction system, including digitally processed horizontal, vertical and diagonal correction signal for red, green and blue video, is incorporated into the camera head, and obtains noise-free full resolution HDTV picture quality even if the camera is used in stand-alone configuration.

Independent DTL

With Independent DTL system in the CCU, the type and amount of compensation can be optimized for the different requirements of HDTV and SDTV.

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