3 Ikegami Camera Studio Package- USED

$16,250.00

Package Includes:

  • Ikegami HDK-77EX Camera Heads- qty 2
  • Ikegami HDS-V10 Camera Head 
  • Ikegami HLM-1704WR Studio Monitor- qty 3
  • Ikegami OCP-200- qty 3
  • Ikegami HLM-904WR Color Monitor- qty 3
  • Ikegami BS-89 CCU- qty 2
  • Ikegami CopperHead CH3200 Base Station
  • Fujinon XA20x8.5BMD-DSD with controls- qty 2

Description

The HDK-75EX is a high performance full digital portable camera with compacted light weight and sophisticated design with integrated fiber adaptor.

The Ikegami HDK-series HDTV cameras are designed as Multi-Use Cameras to meet the format requirements of HDTV and SDTV, incorporating next-generation 0.18um ASICs in the Camera Control Unit, the CCU-790A.

Also using advanced conversion ASICs, an Optional Engine Board has been developed to achieve Frame and Multi- Format Conversion. (24p, 30p, 720p, 1080i, etc).

Using a down converter incorporated in the CCU as standard, the (HDK-75EX) 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.

Using a full digital process ASIC (Application Specific Integrated Circuit), precision designed at 0.18um rule, the video signals are digitalized with 12-bit A/D conversion and up to 38-bit internal digital processing (quantization).

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.