Highlights Of Sony A7CR Mirrorless Camera
61MP Full-Frame Exmor R BSI Sensor
BIONZ XR Image Processor
Shooting Up to 8 fps, ISO 50-102400
240.8MP Pixel Shift Multi Shooting
10-Bit Full-Frame 4K60p Video
S-Log3, S-Gamut3, S-Cinetone, User LUTs
7 Stops of In-Body Image Stabilization
693-Point Phase Detection, 79% Coverage
2.36m-Dot OLED Electronic Viewfinder
3" 1.03m-Dot Vari-Angle LCD Touchscreen
A Compact Powerhouse for Everyday Carry
Packed with processing and resolving power, Sony has stuffed the a7R V's 61MP full-frame sensor and BIONZ XR processor into its beefiest compact yet, the black a7CR Mirrorless Camera, putting professional image quality into a form factor optimized for all-day, everyday carry.
61MP Exmor R CMOS Sensor and BIONZ XR Processor
The Sony a7CR's advanced imaging system is powered by a 61MP Full-Frame Exmor R CMOS sensor and the BIONZ XR processor, a potent combination of incredible resolution with high clarity, low noise, and a wide 15-stop dynamic range. In terms of shooting speeds, the sensor and processor enable up to 8 fps shooting with the mechanical shutter and 7 fps with the electronic shutter at full resolution with full-time AF/AE. If shooting JPEG only, more than 1000 frames can be recorded in a single burst. The sensor's structure promotes impressive image quality, and a copper wiring layer dramatically improves data transmission speed for creating 14-bit, high-resolution 61MP stills with a native sensitivity range from ISO 100-32000, which can be further expanded to ISO 50-102400.
Improved Processing Engine
A new BIONZ XR processing engine offers up to 8x greater processing performance compared to previous generations, which enables faster overall performance, impressive image quality with wide sensitivity and dynamic ranges, and more fluent processing that's capable of handling a bevy of AI tasks and intelligent AF alongside imaging processes. This processing system also reduces rolling shutter and other motion distortions for clean rendering of moving subjects.
Pixel Shift Multi Shooting
This unique compositing mode allows you to achieve even greater resolution than the 61MP sensor affords. Working in conjunction with the sensor-shift image stabilization, this mode shifts the sensor while making 16 consecutive exposures in order to acquire approximately 240.8MP of information for greater color accuracy and detail than possible with a single exposure, along with an impressive image size of 19,008 x 12,672-pixels. These files can then be merged together during post-production by using the Sony Imaging software suite.
Accurate Exposure and Color
The a7CR uses AI-powered algorithms like Human Pose Estimation to detect skin areas for more accurately balance exposures when shooting portraits. This AE method is approximately 20% more reliable, even in backlit or direct sunlight situations, or even when the subject is not directly facing the camera. Deep learning technology, along with external visible light and IR sensors, also contributes to more accurate color reproduction and auto white balance processing.
Image Stabilization
Now offering seven stops of shake compensation, the camera's pixel-level 5-axis optical image stabilization system, which counters five different types of camera shake encountered during handheld shooting of stills and video, is algorithmically optimized for precision detection and control down to a single pixel. The AI Processing Unit also improves communication between the body and the lens, providing more stable framing before shooting. This allows users to confidently use any lens, even adapted lenses, for critical imaging without encountering blur from camera shake.
Next Generation AI-Based Autofocus
AI Processing Unit
Using dedicated processing, the a7RC's autofocus is greatly benefitted by more intelligent subject tracking and recognition capabilities along with the reliable hybrid AF system Alpha cameras are known for. Real-time Recognition AF works with seven different selectable target types:
Human, which tracks body and head positions for accurate portraits. Real-time Eye AF performance has also been improved by 60% thanks to the human pose estimation capabilities.
Animal, Bird, and Animal/Bird modes are now 40% more accurate for tracking and recognizing a variety of animal types. Recognition of these subjects includes dogs, cats, birds and more, with the ability to pinpoint focus on eyes and recognize animal bodies and heads.
Insect recognition offers even finer performance with the ability to detect the head or entire insect subject.
Car/Train and Airplane recognition means the camera can detect the front part of a train, nose of an airplane, or easily detect the entire fast-moving subject.
Real-time Tracking benefits from AI-based subject recognition for following moving subjects, making it particularly well-suited to sports and action subjects. Also, Human pose estimation allows the camera to distinguish between multiple people and maintain focus on the targeted subject; even if someone crosses in front, the camera maintains focus on the key person.
Advanced Fast Hybrid AF
Covering 79% of the full-frame image area, or 100% of the APS-C cropped area, a Fast Hybrid AF system incorporates a dense 693 phase-detection point grid for quick and precise focusing in a variety of lighting conditions with sensitivity down to -4 EV. This focusing system is available for use in all recording modes, to benefit both video and stills applications.
Full-time DMF (Direct Manual Focus) enables using the lens's focus ring for manual focus control at any time, making it easier to switch focus to a different subject even when working with AF.
For photographic moving subjects, this AF system keeps up with the top 10 fps continuous shooting speeds, offering full-time AF tracking between each consecutive frame.
In-camera focus bracketing is possible, with the ability to record up to 299 frames with sequentially shifted focus points for creating composite images during post-production with greater-than-possible depth of field.
AF During Video Recording
Real-time Eye AF is fully supported during video recording, for subject detection and tracking of human, animal, and bird eyes while shooting.
Focus Map is a unique way of visualizing depth of field and functions in a similar way to peaking with a colorful overlay of the scene that indicates which parts of the scene are in front of and behind the focus point depending on the chosen aperture.
A feature carried over from the FX6 digital cine camera, AF Assist lets you intuitively switch over to manual focus control for adjusting focus position when working with AF. This is a quick way to shift selective focus between various subjects in a scene while recording.
A unique solution to compensate for how certain lenses perform when racking focus, Focus Breathing compensation will automatically smooth focus transitions and maintain a consistent field of view when changing the focus position during a shot. This mode crops into the image slightly and corrects for any detected shifts in composition when focusing is happening.