Sony FCB-EV9500M Color Block Camera (MIPI Output)

A new color camera block that achieves higher visibility by adopting new lens, image sensor, and ISP by Japanese manufacturer.

Experience 30x enhanced optical zoom in a compact size even with the larger 1/1.8 sensor.
The camera can be used in a wide variety of scenes, including environments with harsh conditions, in particular the new super image stabilizer has greatly improved blur suppression compared to conventional models.

Select from a lineup of 3 models: 4M model (HDMI output) and full HD models (MIPI or LVDS output) in the same sized housing.

High Resolution

Utilizing a 4M sensor and sharp lens, achieve superior resolution and accurate image representation with the evolved AF/AE/AWB functions even in low light environments.

Combined with enhanced optical zoom achieve a high image quality from the Wide end to the Tele end.

High Sensitivity

Through introduction of new cell structures and circuit technology, the series efficiently uses light, achieving twice the sensitivity compared to conventional image sensors. Consequently, clear images can be captured even during the night and in dark environments.

Super Image Stabilize

Enables capturing of highly precise video with reduced blurring even in harsh environments with strong vibrations by greatly improving blur suppression and image stabilizer.
Equipped with the “Super” and “Super+ (plus)”* modes.
*Available during full HD or HD output

30x Enhanced Optical Zoom

Using a compact lens designed for resolutions up to 8M the camera maximizes the coverage of the 4M sensor. The newly designed lens provides high resolution and low aberration, making it capable of capturing high resolution images that span from the Tele end from the screen center to the surrounding edges. There is no image deterioration using the 30x enhanced optical zoom. Experience full sharpness and dramatically reduced chromatic aberration in full HD output and also achieve images with sharp resolution during 4M output.

Super Image Stabilizer

Applying a wide correction area using 4M pixels the camera series suppresses blurs from strong vibrations and rotational vibrations compared to conventional models. There are 2 modes available to select from based on the scale of vibrations.

Super

Suppresses strong vibrations with a wider correction area compared to conventional electronic vibration suppressors.

Super+

By employing a wider correction area than “Super,” “Super+” suppresses intense vibrations that cannot be suppressed with “Super.”

Potential application:

Shipboard, attachments for ITS surveillance, on bridges, drones, vehicles, etc
.

Flare reduction with the new iris

Diamond flares and ghosts that occur on lenses disrupts focusing and deteriorates the image quality. The new lens adopts 7 blades compared to the conventional 2 blades, improving this phenomenon by generating fine circular flares, and thus greatly improving image quality.

Color image acquisition during ICR ON

On conventional models, only black and white images are achieved while the IR cut filter was removed. The new ICR ON COLOR function enables the camera to capture shots with color even when the IR cut filter is removed. It is effective for color visibility in dark environments.
* The precision of color reproduction varies depending on the light source and brightness.

Spot Focus · Spot AE · Spot AWB

Enables functioning of AF, AE, and AWB only in specified areas within the screen. Enables independent specification of any rectangle of the entire screen divided in 6 x 8.
For example, if the subject location is specified with Spot AE, enables capturing of images with Exposure effects reduced even if brightness changes occur outside the specified frame.

Wide Dynamic Range (Wide-D)

Wide-D mode is a function for dividing an image into several blocks for correcting blocked-up shadows and blown-out highlights in accordance with the intensity difference. It enables image acquisition in which portions ranging from dark to light can be recognized, even when capturing a subject with a large intensity difference that is backlit or includes extremely light regions of interest.