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The Sony α77 was the flagship for Sony's midrange Alpha SLT camera line. The successor to the Sony A700 , it is equipped with a 24.3 MP APS-C HD CMOS sensor and has a 12- fps burst-shooting mode. The camera is fitted with Sony's patented “translucent mirror” technology.
Released in March 2011, the Sony NEX-FS100 is the first professional NXCAM camcorder capable of 1080p50/p60 recording; [57] consumer-grade HandyCam NEX-VG20 followed in August 2011. [58] Sony CyberShot WX50, with AVCHD video recording. The list of AVCHD camcorders includes: September 2006: HDR-UX1 (DVD), HDR-UX3/UX5 (DVD), HDR-UX7 (DVD)
The Sony Alpha 77 II (ILCA-77M2), stylized as the Sony α77 II, is an interchangeable-lens camera aimed at the advanced amateur. It replaced the Sony Alpha 77 model in June 2014. It is similar in design to its predecessor, including the use of a SLT transparent mirror and electronic viewfinder.
SLT (defined by Sony as "single-lens translucent") – similar in appearance to a DSLR, but featuring a fixed semi-reflective mirror. All cameras employing this technology have had two-digit model numbers, with model designations of the form "SLT-A##" or "ILCA-##". Like DSLRs, they all feature Sony's A-mount.
Download QR code; Print/export Download as PDF; Printable version; In other projects ... Sony Alpha 77V (SLT-A77V) DSLR 2011 [218] Built-in GPS ...
If owners lose their car manual, they can either order a replacement from a dealer, pick up a used one secondhand, or download a PDF version of the manual online. [4] In 2017, IBM released IBM Watson Artificial Intelligence to understand and answer questions in natural driver language. [5] "Ask Mercedes" was the first in a wave of these vehicle ...
BIONZ is a line of image processors used in Sony digital cameras.. It is currently used in many Sony α DSLR and mirrorless cameras.Image processing in the camera converts the raw data from a CCD or CMOS image sensor into the format that is stored on the memory card.
Shutter lag is much more of a problem with digital cameras.Here, the delay results from the charging of the charge-coupled device (CCD) image sensor and relatively slow transmission of its capture data to the circuitry of the camera for processing and storage.