The AK-UC4000 camera offers the high video quality that is only possible with a large sensor, along with a wide range of 4K acquisition with the latest functions such as HDR, BT.2020 and high-speed shooting. The camera keeps up with diversifying systems with features such as 12G-SDI, TICO, over SDI (4K over 3G-SDI) output and MoIP, making it suitable not only for studio production but for a wide range of operations such as sports and events.

Large 4.4K sensor

With a newly developed 4.4K sensor, the AK-UC4000 realizes ultra-high-definition resolution, high sensitivity, low noise and a wide dynamic range.

B4 mount

The 2/3 lens can be used without an external adapter, and the internal lens is specially designed for large sensors, ensuring high video quality. This new acquisition method maximizes the effectiveness of incident light.

2000-TV line resolution

Beyond 4K sampling achieves a resolution of 2000 TV lines in the horizontal and vertical directions for a richly detailed picture of a wide range of subjects in a variety of settings.

Future-proof infrastructure in AK-UCU600 (CCU)

This camera supports the uncompressed 12G-SDI output that is needed in the 4K age and enables 4K video to be transferred with one cable. Light compression technology called TICO is also used, enabling 4K video to be sent by 3G-SDI without losing video quality, so that the current HD infrastructure can be used in 4K systems. It is also expected to support the next generation of MoIP (Media Over IP).

HDR (High Dynamic Range) compatibility

This mode provides rich gradation to render contrast, color and shadow in dark image areas that could not previously be reproduced due to blackout, thus resulting in more realistic image quality. It supports a variable HDR by adjusting the high dynamic range. In addition, it is possible to configure a system supporting simultaneous HDR/SDR in order to handle production environments with both. SDR image can be adjusted over exposed by offset gain and knee function adjusts bright image as well as HDR.