Massive Upgrades for a Mid-Range Monster
Sporting a new and inspired partially-stacked sensor design, the Nikon Z6 III Mirrorless Camera unlocks a number of flagship-level upgrades for this mid-range camera, including faster and more precise autofocus, professional-level 6K internal raw video, pre-capture at up to 120 fps, and a smooth, bright, colorful EVF. Taken together, these upgrades make this mirrorless monster an ideal choice for aspiring professionals in search of an all-around, affordable camera.
Newly Designed Sensor and Flagship Processing
24.5MP Partially-Stacked CMOS Sensor
The Z6 III is Nikon’s first camera to to feature a partially stacked sensor design for faster scans and readouts than its predecessor. The design also reduces rolling shutter and noise levels when working at the top end of the ISO range. Additionally, this sensor design unlocks many of the flagship-level features in the camera, like faster autofocus, a smoother EVF experience, faster continuous shooting speeds, and higher frame rates when shooting video.
EXPEED 7 Image Processor
Complementing the sensor is the EXPEED 7 processing engine, found in the top-of-the-line Z8 and Z9 mirrorless cameras an which offers speeds approximately 10x faster than the Z6II. This engine works in conjunction with the partially-stacked sensor design to realize impressively fast AF speeds, burst shooting rates, a high buffer capacity, fluid video performance, and quick all-around handling.
- Top continuous shooting speeds of 20 fps when shooting in raw, up to 60 fps when shooting in full-frame JPEG, and 120 fps when shooting JPEGs using a DX crop, with all rates supporting full AF/AE performance.
- Able to buffer over 1000 images in a burst when using the electronic shutter, meaning image sequences can be recorded for approximately 50 seconds continuously
493-Point Phase-Detection AF
Covering the full sensor area, the Z6 III’s flagship EXPEED 7 processor unlocks Nikon’s flagship 493-point phase-detection AF system to realize fast and accurate focusing performance. This system is benefitted by the high-speed communication of the Z interface along with the speed of the sensor that enables AF readings to occur at up to 120 fps
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