Sony's new A7 V uses a partially stacked sensor so you can shoot silently
Briefly

Sony's new A7 V uses a partially stacked sensor so you can shoot silently
"The new A7 retains a 33-megapixel sensor like the A7 IV before it, but with a partially stacked design like Nikon's Z6 III. Thanks to this tech, the A7 V can be used full time with its electronic shutter for totally silent shooting and blackout-free 30fps continuous bursts. While the Nikon Z6 III, as great as it is, had some controversies over its partially stacked sensor's reduced dynamic range, Sony claims the A7 V's sensor has 16 stops of latitude."
"Sony is announcing the A7 V, its first camera with a partially stacked sensor and various features borrowed from pricier Alpha models. It will be available body-only in late December for $2,899, and a kit including a new 28-70mm f/3.5-5.6 OSS II lens is coming in February. The A7 V is one of Sony's most versatile all-purpose full-frame cameras, for enthusiasts and pros not looking to spend nearly $7,000 on an A1 II."
"Other features of the A7 V include a new Bionz XR2 processor with a dedicated AI chip for tracking autofocus and subject detection (like the A7R V), a new tilt screen (also first introduced on the A7R V), improved five-axis image stabilization (rated up to 7.5 stops), up to one second of pre-capture in continuous burst shooting, and a speed boost button that allows on-the-fly faster shooting (borrowed from the A9 III)."
Sony's A7 V pairs a 33-megapixel full-frame sensor with a partially stacked design and claims 16 stops of latitude. The camera supports full-time electronic shutter operation for silent shooting and blackout-free 30fps continuous bursts. Pricing is $2,899 body-only in late December, with a 28-70mm f/3.5-5.6 OSS II kit arriving in February. The A7 V adds a Bionz XR2 processor with a dedicated AI chip for tracking autofocus and subject detection, a new tilt screen, improved five-axis stabilization rated up to 7.5 stops, up to one second of pre-capture, and a speed boost button for faster shooting.
Read at The Verge
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