Unprecedented imagery from the world’s first¹ camera with global shutter full-frame image sensor

The α9 III features the world’s first¹ full-frame stacked 24.6 MP² CMOS image sensor with a global shutter system. Unlike a rolling shutter sensor that records images sequentially from the top row of pixels to the bottom, the newly developed Exmor RS™ image sensor exposes and reads all pixels simultaneously so the camera can capture fast-moving subjects with absolutely no rolling shutter distortion. Combined with a maximum shutter speed of 1/80,000 second (1/16,000 second during continuous shooting)⁴, the α9 III is a game changer for professional photography.

Blackout-free, 120 fps continuous shooting with full AF/AE tracking

The α9 III features the world’s first¹ full-frame stacked 24.6 MP² CMOS image sensor with a global shutter system. Unlike a rolling shutter sensor that records images sequentially from the top row of pixels to the bottom, the newly developed Exmor RS™ image sensor exposes and reads all pixels simultaneously so the camera can capture fast-moving subjects with absolutely no rolling shutter distortion. Combined with a maximum shutter speed of 1/80,000 second (1/16,000 second during continuous shooting)⁴, the α9 III is a game changer for professional photography.

Preserve split-second moments with maximum shutter speed of 1/80,000 second⁴

At 1/80,000 second⁴, the maximum shutter speed of the α9 III makes it easy to capture fast-moving subjects in almost any situation. What's more, a compatible flash unit from Sony (such as the HVL-F60RM2 or HVL-F46RM)⁵ can synchronize at all shutter speeds, eliminating the steep, nonlinear drop-off in illumination that occurs with high-speed sync (HSS) and ensuring even illumination across the image.

Exmor RS image sensor with global shutter system

The new full-frame global shutter image sensor is equipped with 24.6 million effective pixels, a stacked CMOS architecture and integral memory. This offers high resolution, overwhelming speed, and simultaneous full-pixel readout, so even fast-moving subjects can be captured distortion-free. The sensor's stacked structure and advanced A/D conversion enable high-speed processing to proceed with minimal delay.

BIONZ XR™ image processing engine boosts overall processing speed by up to 8x⁶

With up to eight times⁶ more processing power than previous versions, the BIONZ XR image processing engine minimizes processing latency while markedly boosting image processing power. The high volume of data generated by the newly developed Exmor RS™ image sensor can be processed in real time even while shooting continuous bursts at up to 120 fps³ to significantly improves image quality. The camera can also capture high-quality 14-bit RAW images in all still shooting modes.

Composite RAW Shooting reduces noise

Composite RAW Shooting captures multiple images (4, 8, 16, or 32, selectable) which can then be merged using Sony’s Imaging Edge Desktop™ computer application software to create full-resolution images with very low noise.⁷ This makes it possible to shoot wildlife at high shutter speeds or portraits in low light, achieving exceptionally high image quality with low noise, even at higher ISO settings. When shooting at low sensitivity levels, the α9 III can use Composite RAW to create images with reduced false color and jaggies. [1] Standard [2] Composite RAW

Advanced optical 5-axis image stabilization

Shoot handheld with confidence. The α9 III is packed with a high-precision image stabilization unit, advanced gyro sensors, and optimized image stabilization algorithms to effectively detect and correct camera shake, offering 8.0-step⁸ stabilization. This is further supported by compatible lenses with built-in image stabilization⁹ and improved communication between the camera and lenses, providing effective control for blur-free shooting even at telephoto focal lengths. [1] Yaw [2] Roll [3] Pitch

Blackout-free shooting for uninterrupted view during fast-paced shooting

Enjoy an uninterrupted view through the blackout-free viewfinder, even during fast-paced continuous shooting — a game changer for shooting sports and other fast-moving subjects. What’s more, the distracting time lag that is usually associated with EVF viewing has been reduced to a minimum, so that fleeting moments can be captured with confidence.