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E-mount or E mount may refer to: Sony E-mount (part of α (Alpha), Handycam, NXCAM, XDCAM, Cyber-shot and SmartShot families), a fully electronic bayonet lens mount for mirrorless digital system cameras introduced by Sony in 2010; Hasselblad E-mount, the same camera mount since 2013; Carl Zeiss E-mount (ZA), lenses designed for E-mount cameras
1/4000 s 7 fps without AF-C, 2.3 fps with AF-C No Silent Electronic Shutter No 25 Smart Accessory Terminal 1 2 Entry level 2011-06-08 2011-08 Discontinued Sony NEX-5N: NEX-5N CX75500, CX75520 288 [1] α (Alpha) MILC APS-C (1.5×) CMOS, Exmor HD, 16.1 MP Touch to focus Yes, touch menus No IBIS: No 1/4000 s 10 fps without AF-C, 3 fps with AF-C
Sony Lens Adapter E/A 2 2011 Mount adapter APS-C 200g LA-EA2 for A-mount lenses on E-mount camera, SLT-PD-AF with all AF lenses. Sony Lens Adapter E/A 3 2013 Mount adapter 35mm 110g LA-EA3 for A-mount lenses on full-frame E-mount camera, glass-less, CD-AF / OS-PD-AF with SSM/SAM lenses only. [41] Sony Lens Adapter E/A 4 2013 Mount adapter 35mm
The Sony E-mount was brought to the 35 mm video camera market with the Sony NEX-FS100. [6] The first third-party camera to use the E-mount was the Hasselblad Lunar, announced at Photokina on 18 September 2012 and released in early 2013. [7] [8] In September 2013, Sony announced the first model from new ILCE series, the Sony α3000.
The Micro Four Thirds system (MFT or M4/3 or M43) (マイクロフォーサーズシステム, Maikuro Fō Sāzu Shisutemu) is a standard released by Olympus Imaging Corporation and Panasonic in 2008, [1] for the design and development of mirrorless interchangeable lens digital cameras, camcorders and lenses. [2]
Pages in category "Hasselblad E-mount cameras" The following 3 pages are in this category, out of 3 total. ... This page was last edited on 7 October 2016, at 07:53 ...
System integration testing (SIT) involves the overall testing of a complete system of many subsystem components or elements. The system under test may be composed of electromechanical or computer hardware, or software , or hardware with embedded software , or hardware/software with human-in-the-loop testing.
System testing can detect defects in the system as a whole. [citation needed] [1] System testing can verify the design, the behavior and even the believed expectations of the customer. It is also intended to test up to and beyond the bounds of specified software and hardware requirements. [citation needed]