¦ Newly Developed 2/3-inch Global Shutter CMOS Sensor
A 3-CMOS optical system using a newly developed 2/3-inch CMOS sensor boasts an S/N of 62dB and a sensitivity of F11 (1080/50p) / F10 (1080/59.94p) in HD. The high dynamic range of the sensor produces high-quality images with excellent color reproduction. The CMOS sensor incorporates a global shutter pixel architecture, enabling the camera to capture natural images even under challenging situations. Still frame replay of fast-moving objects is free from geometric distortion. And there are no flash bands when the camera is shooting under strobe lights or flashes from still cameras.
¦ Field Upgradeable
The UHK-X600 can be upgraded in the field for additional functionality as you encounter various needs that arise in the future. Ikegami provides the following perpetual paid-licenses:
4K Capturing (2160p 59.94/50)
HFR Capturing (2x, 3x, and 4x HD)
4K HDR/HD SDR Simulcast
24p Capturing
¦ HFR Capturing (Option)
With the HFR option, up to 4x speed in HD* is supported. This is effective when shooting fast-moving subjects such as sports.
*with BSX-100/CCU-X100.
¦ OVC (Optical Vignetting Correction)
Automatic electronic compensation of F-drop and vignetting. (* with supported lenses) .
¦ 16-axis Color Correction
The color matrix function enables precise color adjustment for all occasions. 16 axes of the color gamut can be fine-tuned in both hue and saturation. The function works in real-time and is extremely beneficial for live multi-camera applications.
¦ Gamma Profile for High Dynamic Range
The gamma setting is selectable and can be customized to create a specific tone. The “HLG“ (Hybrid Log Gamma), which conforms the international standard (ITU-R BT.2100), is pre-installed and enables more neutral image quality with high contrast for a wider dynamic range. This allows for more image information to be retained with greater headroom and color grading.
¦ Remote Backfocus Adjustment
The Remote Backfocus Adjustment function helps setting accurate backfocus even when the camera head is located in an environment where it is hard to reach the back focus adjustment on the lens or difficult to critically see the viewfinder picture. (*with supported lenses ).
*Images for illustration propose only