Equipped with a newly developed high-performance DSP and 2.8~10mm 3.6x Varifocal Auto Iris lens, image quality is taken to the next level. Encompassing the latest Adaptive Black Stretch technology, dark areas are transformed into crisp images equivalent to those captured by the human eye.

The built-in Day/Night feature of the WV-CF324 dome camera ensures that when light in the surrounding areas dims, the mode automatically switches from colour to black and white enabling sensitivity to be increased even further. Additionally, when the surrounding area brightens, the mode automatically switches back to colour; ensuring the highest quality image capturing ability is maintained, 24 hours a day.

With the ability to capture images in a minimum illumination of 0.9 lux in colour the WV-CF324 provides unrivalled high sensitivity, making clear, precise surveillance possible even in the lowest of light conditions.

The new Panasonic WV-CF324 camera provides easier installation requirements including further accuracy and simple focus adjustment through a newly-developed Auto Back Focus mechanism. This means that after adjusting the viewing angle, it is possible to focus the camera precisely simply by pushing the ABF button on the camera body.

Using Adaptive Black Stretch technology, the image processing algorithm built-in to the newly-developed DSP enables the transformation of shadows and dark areas into natural and clear images in real time. With horizontal resolution of 540 TV lines in colour mode, the Panasonic WV-CF324 camera can reproduce high precision images, making it easy to clearly identify objects.

Other adjustment features of the Panasonic WV-CF324 include Back Light Compensation, Auto Tracing White Balance and Automatic Light Control to ensure the capture of crystal clear images at all times. The three-way hinge (horizontal, vertical and swivel rotation) also allows for a flexible installation while the Internal/multiplexed Vertical Drive (VD2) synchronization allows for multiple cameras to be easily synchronized by using Vertical timing pulse.