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A game-changing image sensor from Sony makes conventional camera mechanisms redundant, achieving speed and performance that are beyond the capabilities of mechanical devices. What's more, freedom from mechanical noise and vibration opens up a vast new world of imaging opportunities.
Innovative full-frame stacked CMOS sensor with integral memory
α9 liberates you from the limits of conventional SLRs that rely on mechanical systems. The first to use high-speed stacked design, its 24.2-megapixels full-frame image sensor temporarily stores large-volume data in the integral memory for overall 20 times faster readout speed. The combination of the CMOS sensor and the enhanced BIONZ X image-processing engine brings you true digital freedom.
Now with newly developed AF features introduced in a software update, enhanced AF ensures precise focus and consistently steady tracking.
693 – A remarkable number of phase-detection AF points
A total of 693 phase-detection points (covering approximately 93% of the image area) is now augmented by 425 contrast-detection AF points (expanded from 25), to ensure highly accurate subject detection even under poor lighting conditions, which is where contrast-detection AF is most effective.
With AI-based subject recognition, AF's intelligence evolves
Real-time Tracking and Real-time Eye AF are both designed for fast, precise and intelligent tracking of your subject, using AI-based algorithms and processing an enormous amount of data in real time.
High sensitivity, a back-illuminated configuration, gapless on-chip lens architecture and other Sony innovations deliver stunning images in a wide range of photographic situations. Standard ISO range is ISO 100-51200, expandable to ISO 50-204800 with minimum noise.
The camera's image-processing algorithms have been upgraded with the latest software update, allowing higher levels of natural tonal gradations and more stable AWB for continuous shooting.
High-resolution quality of 4K movies
Full-pixel readout with no pixel binning makes it possible to condense approximately 2.4 times the amount of data required for 4K (the equivalent of the amount of data required for 6K) into 3840 x 2160 4K output. This oversampling process plus full-frame pixel readout without binning results in the highest possible 4K movie image quality.
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