The most important aspect of an image is the part most often forgotten – Bestgamingpro



The Z7 was introduced in 2014, and it was the first time that a full frame mirrorless camera was offered with an autofocus motor. The Z7 also increased the number of pixels on the sensor from 20 to 24 megapixels.

Faster speed is fantastic, especially for sports photographers. However, it is fascinating to consider where this technology can be applied in the future with conventional camera lenses.

The new 45.7-megapixel full-frame back-illuminated stacked CMOS sensor has nothing to do with computer photography for HDR photos or the cyclic buffering that smartphones use to capture up to nine or ten images simultaneously and then combine with each press of the shutter button.

Today’s technology allows the Z9 to use a permanent electronic shutter and achieve the fastest shutter speed of 1/32000 of a second. It can capture 20 frames per second in RAW or JPEG format at maximum resolution, without making audible noise (optional fake shutter sounds can be enabled for an auditory signal).

It is also the first of the major camera manufacturers to abandon mechanical shutters, giving Nikon a head start over its competitors in the race for digital photography.

Until now, camera manufacturers have not been able to integrate computer photography functions into their cameras, with the exception of Olympus’ Live ND and post-focus and l Focus stacking in the Panasonic camera.

Olympus, Panasonic, and Canon have all used Deep Learning in the past. It has already been used to some extent by Olympus, Panasonic and Canon.

The data transmission and image processing pipeline seems to be the biggest hurdle preventing cameras like the Z9 and other pro or enthusiast level mirrorless models with stacked sensors from going completely computerized.

Finally, cyclic buffering is required in the background to continuously write and rewrite images to the camera’s buffer before pressing the button. Even the Z9’s upgraded processor may not be able to handle these demands. Processors are intended to be well suited for this processing in the smartphone industry, although dedicated hardware is used on occasion.

There are several obvious advantages to using computer photography. The majority of mobile phones today can take a well-lit photo with sufficiently bright subjects, distinct shadows, and clouds visible in the same frame.

Cameras like the Z9 can be one link in the chain, something even professional photographers could benefit from as they could spend less time editing to achieve the same look as their clients.


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