Panasonic announced the development of world’s first 8K organic sensor and 8K multi-purpose camera. The official release date is expected in Fall of 2019.
Panasonic Corporation has developed the 8K camera system equipped with the world’s first*1 8K organic sensor. We plan to launch it in the fall of 2019※2 .
8K Multipurpose Camera AK – SHB 810 is a compact, lightweight, box – type camera that uses a PL lens mount. Equipped with 8K organic sensor which will be the first in the world * 1 . Efficient photoelectric conversion and charge accumulation are achieved at the same time by laminated structure using organic thin film for photoelectric conversion part. We realized a wide dynamic range corresponding to light / dark difference with 8K high resolution, global shutter without skew distortion and flash band * 3 , electronic ND filter function.
|Item name||8K multi-purpose camera||Image processing unit|
|Part number||AK-SHB 810||AK-SHU 810|
|Release date||Fall 2019||Fall 2019|
8K / 4K / HD video output is possible from the camera unit and the image processing unit AK – SHU 810 connected with optical fiber cable. We can accommodate a wide range of applications for broadcasting and video production, thanks to versatility of 8K video image and compact and light multi-purpose camera more than before.
We have been developing and providing 8K devices, including the release of 8K Super Hi-Vision recorder AJ – ZS 0580 last year. Looking ahead to 2020, we will continue to develop 4K / 8K devices / systems that can withstand actual operation, support high image quality of broadcast production and efficiency of broadcasting services, and contribute to the development of the broadcasting industry.
This reference machine will be exhibited to the International Broadcast Equipment Exhibition “Inter BEE 2018” held in Makuhari Messe, Chiba prefecture from Wednesday, November 14, 2018 to Friday, November 16, 2018.
*1: As of October 2018, we looked into our company. As an image processing sensor of accumulation structure using organic thin film for photoelectric conversion part.
※2: We will receive about half a year from order receipt to delivery.
*3: The global shutter operates only when the shutter speed is faster than 1/120.
- 8K high resolution realizes wide dynamic range corresponding to light / dark difference
- Skew distortion and flash band are prevented by global shutter (simultaneous exposure of all pixels)
- A simple electronic ND filter function is installed, and freedom of shooting is improved
1. A wide dynamic range corresponding to light / dark difference is realized at 8K high resolution
A newly developed organic sensor realizes a laminated structure in which an electric charge accumulation part is arranged in a lower layer by using an organic thin film for a photoelectric conversion part. With each structure completely independent, both photoelectric conversion and charge accumulation are efficiently compatible. First, in the photoelectric conversion part, the area of the light receiving part is enlarged, realizing a wide dynamic range corresponding to the contrast difference. For example, even at the stadium, shooting at 8 K high resolution will be possible even for scenes with a large difference in brightness, such as a strong sunlight field and an audience seating shade.
2. Prevention of skew distortion and flash band by global shutter (simultaneous exposure of all pixels) Equipped with simple electronic ND filter function, improved freedom of shooting
By increasing charge accumulation and readout efficiency, it is possible to mount a global shutter that simultaneously exposes all the pixels. This makes it possible to perform accurate imaging with no skew in the rolling shutter mode (a phenomenon in which skew distortion occurs in a moving object at high speed), flash band (phenomenon in which light and shade difference occurs in the upper and lower portions of the screen due to the flash being exposed) I will.
* It operates only when the shutter speed is faster than 1/120.
3. Equipped with a simple electronic ND filter function, improved freedom of shooting
Organic sensors can change the sensitivity by controlling the voltage applied to the organic thin film. The electronic ND filter is capable of continuous step-by-step sensitivity setting, and the degree of freedom of photography is further improved.
via: Panasonic Japan