Sony a9

Band Pro has the powerfrulSony a9 in stock while supplies last.  Call your Band Pro Salesperson at 1-888-BAND-PRO or email today.

A new dimension of photographic speed

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.

Driving force for full-electronic revolution
Innovative full-frame stacked CMOS sensor with integral memory

α9 liberates you from the limits of conventional SLRs that rely on mechanical systems. First2 to use high-speed stacked design, its 24.2-megapixel3 full-frame image sensor temporarily stores large-volume data in the integral memory for overall 20 times faster readout speed4. The combination of CMOS sensor and enhanced BIONZ X image-processing engine brings you true digital freedom.
[ Stacked back-illuminated structure with integral memory ]
(1) Pixel area (2) Integral memory (3) Hi-speed signal processing circuit (4) Image processing engine

4D FOCUS: Stunningly wide coverage

Provides a remarkable number of phase-detection AF points.  The phase-detection points on the surface of an image sensor — 693 AF points — covers approximately 93% of the image area. High-precision performance assures your focus on subjects.

New CMOS sensor for imaging excellence

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 50-20480016 with minimum noise.

Uncompressed 14-bit RAW format is supported, and it or the current compressed RAW format can be selected as required. Uncompressed 14-bit RAW is a good choice in situations where the sensor's wide dynamic range and fine gradation reproduction will benefit the images being captured.
(1) Image Sensor  (2) Newly developed high-speed front-end LSI  (3) 16-bit image processing

Beautiful 4K imaging - High-resolution quality of 4K movies

Full-pixel readout with no pixel binning makes it possible to condense approximately 2.4 times18 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.