Approximately 19% smaller and 22% lighter than the α7 III, the
a7C Mirrorless Lens Camera Body by
Sony is the smallest and lightest of its kind. Kitted out with a full-frame digital interchangeable-lens system that includes an optical in-body image stabilisation, it’s been reimagined to put operability and toughness at the centre of the design. Add that to the large pixel size that helps to capture dimly lit moments or at high shutter speeds, and the result is a camera that takes images with low noise.
Expressiveness only possible with a full-frame sensorA 35-mm full-frame image sensor is about 30x larger than a 1/2.3-type smartphone sensor and even 2.3x larger than an APS-C sensor. By capturing significantly more light, it opens up new creative possibilities through wider dynamic range, less noise, and higher perceived resolution. Deep bokeh, using shallow depth of field, is also possible in combination with a bright (wide-aperture) full-frame lens.
Express yourself with E-mount lensesOver 50 Sony E-mount lenses enable broad creative expression, and a full-frame sensor allows you to leverage the full capabilities of Sony lenses. From wide angles, to enhanced creative compression effects on telephoto lenses, with the full-frame α7C the possibilities are endless.
Impressive low-light imagesWith its large pixel size, in dimly lit situations or at high shutter speeds, the camera takes beautiful pictures with low noise, even when in the high sensitivity range. Standard ISO is from 100 up to ISO 51200 (expandable from ISO 50 to ISO 204800). Noise reduction is designed to be particularly effective in the common mid-sensitivity range to faithfully reveal textures and detail in shadows.
The engine that powers your imagesThe BIONZ X image processing engine reflects Sony’s expertise in imaging technologies. It processes images with the front-end LSI in 16-bits and outputs 14-bit RAW data for rich, more natural gradations, even in silent or continuous shooting modes. Combined with the Sony sensor, it delivers excellent colour reproduction, noise reduction, and low-light performance.