Full-frame partially stacked Exmor RS™ CMOS sensor

An enhanced partially stacked Exmor RS CMOS image sensor features 33.0 megapixels

and high-speed circuitry above and below the sensing layer. Readout is approximately 4.5x faster providing a maximum shutter speed of 1/16000 sec., blackout-free bursts at up to 30fps with full AF/AE tracking, and video recording at 4K 120p. It delivers up to an unprecedented 16 stops of dynamic rangewith smooth gradations.

BIONZ XR2™ with integrated AI processing unit

The BIONZ XR2 processing engine which integrates the AI processing unit of the latest α™ series delivers vast improvements in image and sound quality, and overall operation. It incorporates AI-based Real-time Recognition AF

and Real-time Tracking, plus accurate, stable colour reproduction. In an upgrade from its predecessor, the α7 V includes a lightweight RAW format, while user interface, networking, and file management functions have all been refined.

An illustration of BIONZ XR2 image processing engine

Lifelike imagery

A high-resolution landscape photo capturing a wide, beautiful scenery with every detail of the trees at the edges clearly rendered

Excellent image quality

The new 33.0 effective megapixels

sensor and BIONZ XR2 processing engine deliver up to 16 stops of dynamic range. Smooth gradations from shadows to highlights enable highly effective HDR processing when needed, and effective noise reduction applied at all sensitivities achieves high resolution throughout the ISO 100–51200 still and movie range.

A comparison image of a forest shot on α7M4 on left and α7M5 on right, showing that the right image has more accurate green white balance and the green looks shows more stable colour expression

Deep learning-based light source estimation

Enjoy improved auto white balance (AWB) performance, thanks to deep learning technology for light source colour estimation. The α7 V offers more accurate, stable white balance in settings that can be challenging for conventional AWB systems, such as those that include a mix of skin tones, vegetation, shade and more.

[1] Shot on α7 IV [2] Shot on α7 V

Illustration of HDR Composite Image

Composite RAW support

Composite RAW shooting captures multiple RAW images that can be composited on a computer

. The enhanced [NR Shooting] setting produces low-noise images while maintaining high resolution even at mid to high sensitivities. [Shooting for HDR] captures high dynamic range, with options for the simultaneous capture of 4, 8 or 16 images at 30fps

[1] Composite RAW [Shooting for HDR]

Desktop screenshot showing the Imaging Desktop app performing extended RAW processing

Extended RAW Processing offers enhanced RAW development

The Imaging Edge Desktop

application now includes an Extended RAW Processing feature that allows you to take full advantage of the large amount of information in RAW image files for enhanced RAW development, particularly with moving subjects. Use the [Extended NR] for extremely low noise while maintaining full resolution or try [Extended Hi-Res] for 4x the normal pixel count and reduced noise.

Illustration of the image stabilisation unit

5-axis optical stabilisation

An advanced optical stabilisation unit, gyro sensors, and an enhanced algorithm accurately detect and correct image shake. Up to 7.5-step

central and 6.5-step peripheral stabilisation allow handheld shooting with no need to boost sensitivity. Use compatible lenses

with built-in stabilisation for even more effective shake suppression, including when shooting at telephoto focal lengths.

[1] Yaw [2] Roll [3] Pitch

Product image showing "RAW file type" camera menu with "Compressed (HQ)" selected

More efficient, lightweight RAW format

A lightweight RAW format achieves high image quality in smaller files that are easier to manage. The [Compressed (HQ)] format provides even greater compression in lightweight RAW files while prioritising image quality, and the [Compressed] format allows for extended shooting.

Enhanced subject recognition and tracking

Example image of a woman jogging in a forest trail, with human pose estimation recognising her head and body

Real-time Recognition AF:

Human pose estimation

AI processing in the new BIONZ XR2 processing engine improves recognition by approximately 30% over the α7 IV.

Human pose estimation technology uses detailed form and pose data to achieve reliable human eye recognition as well as body and head position, even with challenging subjects. The camera can also recognise multiple subjects, meaning it can pick out and track the desired subject in a group.

Example images of a train, a dog, a bird, an aeroplane, cars and a butterfly

Real-time Recognition AF:

Wider subject recognition

Real-time Recognition AF supports [Human], [Animal], [Bird], [Insect], [Car/Train] and [Aeroplane] recognition,

and an [Auto] mode can automatically detect the subject type. The α7 V offers about 30% improved animal recognition and about 50% improved bird recognition.

It now also recognises the eyes of some grazing and small animals in addition to the eyes, heads and bodies of dogs, cats and similarly featured animals.

A sample image of a woman running in the forest, showing that even when the subject is moving fast the camera can chase the subject accurately

Reliable Real-time Tracking

AI-based Real-time Tracking accurately focuses on and tracks the selected subject when the shutter button is half-pressed. If the subject cannot be recognised or subject recognition AF is OFF, Sony's original algorithm processes colour, pattern and spatial data at high speed for reliable focus and tracking. If [Touch Tracking] is engaged, simply touch a subject on the monitor to instantly select it for tracking.

Illustration showing 759 AF phase detection points distributed densely across most of the image sensor

High-density 759-point

focal plane phase-detection AF

759

AF points in a high-density focal plane phase-detection AF system cover approximately 94% of the image area for precise focusing. The BIONZ XR2 engine processes the large amount of data from the image sensor in real time to ensure ideal focus even in challenging situations, such as when shooting small subjects or night scenes.

Sample image shot at an XS size spot

Flexible focus area settings

The α7 V now offers XS, S, M, L and XL focus area spot sizes. The XS size can make focusing easier when foreground objects such as branches are in the way. It is also possible to create a custom focus area of a specified size and even a custom vertical aspect ratio, enabling you to optimise focusing for a wide variety of subjects and scenes. Simply set the shape and size via the touch-sensitive monitor.

Example image of a woman drinking at a bar at a dark situation

Precise AF in low light

The latest AF algorithms achieve high AF precision down to light levels as low as EV-4.0 in AF-S mode (ISO 100 equivalent, F2.0 lens) so that AF is precise and reliable even in low light.

Speed

A sample image showing the decisive moment when a man and women are jumping into the sand and reaching its hand towards beach flag

Blackout-free continuous shooting at up to 30fps

High-speed bursts at up to 30fps

with uncompromised AF/AE tracking are now possible when using the electronic shutter, and there is no viewfinder blackout when shooting stills. Up to 60 AF/AE calculations per secondmean that you can capture fleeting moments with confidence, even when shooting fast, unpredictable action or portraits where expressions can change in an instant.

A sample image capturing the moment when a dog shakes its head vigorously

Pre-Capture for those pre-shutter release moments

Capture that decisive moment, even if it's in the past. With this feature, half-pressing the shutter button to set focus enables the camera to capture a series of images, starting from up to one second

before the shutter button is fully deployed.

A sample still image capturing the exact moment a man kicks a ball up from the sand

Speed boost for critical action shots

Use one-button Continuous Shooting Speed Boost

to temporarily change the continuous shooting speed at any time while shooting a continuous burst—making sure you never miss that key moment. This function is best used when you can roughly predict the timing of the desired shot, and it's now available even while shooting single frames.

Smooth, detailed video

An illustration showing how 7K oversampling is used to generate 4K movies

7K oversampled 4K 60p recording with full pixel readout and no pixel binning

The new BIONZ XR2 processor and Exmor RS sensor enable full pixel readout with no pixel binning when recording full-frame. This allows 3.3x the data required for 4K (QFHD: 3840 x 2160) to be compressed into spectacularly detailed 4K 60p

images with minimal moiré and jaggies.

A woman shooting a movie

In-camera audio noise reduction

The Audio Noise Reduction function digitally reduces continuous noise. Working with the camera's built-in microphone and external microphones

, this function can dramatically reduce wind noise and other continuous environmental noise, including mechanical noise from a power zoom lens. Choose between two settings: [Wind NR] and generic [Noise Cut]. A portrait of a woman shot at 4K 120p

High frame rate 4K recording at up to 120p

Internal 4K recording at up to 120p makes it possible to produce up to 5x slow motion video with outstanding 4K resolution. Frame rates up to 240fps

are available when recording at Full HD resolution, allowing up to 10x slow motion playback (24p recording in S&Q mode) for detailed sports analysis and more. A variety of formats are supported, including 4:2:2 10-bit recording, Long GOP and All Intra.

A woman filming a movie handheld

Stable Active Mode handheld shooting

Make the most of smooth handheld movie shooting thanks to Active Mode optical image stabilisation

, which now supports 4K 120p recording. The stabilisation unit, gyro sensors and image stabilisation algorithms enable the camera to precisely detect and correct for movement. Stabilisation is even more effective when the body is used with a compatible stabilised lens.

A portrait of a woman shot with Dynamic active Mode

Extreme stabilisation with Dynamic active Mode

The Dynamic active Mode adds electronic stabilisation to the optical stabilisation system for even greater effect. This improves stabilisation approximately 30% more than just Active Mode,

making it possible to shoot smooth, stable images even when running around with the camera.

Designed for creative possibilities

Product images showing the horizontal and vertical movement range of the LCD monitor

4-axis monitor maximises shooting flexibility

The 4-axis multi-angle monitor adjusts upwards by 98°, downwards by 40°, and sideways by 180°, and when open, it can rotate up to 270º.

Its 3.2-type 2.1-million-dot (3:2 aspect ratio) touch sensitive display panel has a wide colour gamut

and provides clear viewing even in bright conditions. [Monitor Low Bright] reduces brightness and battery drain when the camera has not been used for a pre-settable amount of time.

Product image of the camera's magnesium alloy chassis

Durable magnesium alloy chassis

A lightweight, high-rigidity magnesium alloy is used for the top cover, front cover, internal frame and rear cover. The grip and front cover are manufactured as a single unit for high rigidity, while the mount is attached by six screws for extra strength. This provides maximum durability on shoots requiring a variety of large, heavy lenses, like super-telephoto lenses.

Illustration of the camera's viewfinder

3.68 million-dot Quad-VGA OLED electronic viewfinder

The 3.68 million-dot (approx.) Quad-VGA OLED electronic viewfinder delivers clear viewing to ensure clarity in the widest possible range of shooting environments. You can adjust brightness and colour temperature for optimum viewing in any situation and set the finder frame rate to [Standard] (60fps) or [High] (120fps).

Illustration showing the camera's dust and moisture resistance features

Dust- and moisture-resistant design

Refinements throughout the cameras body achieve outstanding dust and moisture resistance. External seams and the battery cover feature a sealed structure that effectively prevents intrusion of dust and moisture, maximising reliability even in challenging outdoor conditions.

An illustration of the sigma-shaped heatdissipation unit, showing the path of heat dissipation

Effective heat dissipation

Effective heat dissipation allows 4K 60p 4:2:0 8bit video to be recorded continuously for around 90 minutes.

A unique Σ (sigma) shaped graphite component built into the image stabilisation unit allows the image sensor, a major source of heat inside the camera body, to move freely during image stabilisation while conducting heat away for efficient heat dissipation.

Unit	NOS
Manufacturer	Sony India Pvt
Country of Origin	Japan

Sony ILCE A7M5 Camera Body