Information on Sony 100-400mm F/4.5-5.6 GM OSS Autofocus Lens for DSLR Camera (SEL100400GM) - Black:
|Compatibility Details||FE 100-400mm F4.5-5.6 GM OSS compatibility|
|Zoom Type||Zoom Lens|
|Minimum Focusing Distance||3.2ft|
|Maximum Focal length||400mm|
|Minimum Focal Length||100mm|
|Lens Mount||Sony E-Mount|
|Lens Format||35mm (Full-Frame)|
|Dimensions||93.9 x 205 mm|
|In the Box||Hood (model): ALC-SH151, Lens front cap: ALC-F77S, Lens rear cap: ALC-R1EM & Tripod mount|
Why to buy Sony 100-400mm F/4.5-5.6 GM OSS Autofocus Lens for DSLR Camera (SEL100400GM) - Black :
G Master super-telephoto zoom
The Sony G Master FE 100-400mm is a staple in the arsenal of most professional photographers! It is particularly indispensable for sports photography and wildlife photography – domains where action develops quickly and even unexpectedly. The zoom range plus slick autofocus is an ideal combination that works like a charm to find quick, exceptional frames and capture them in no time at all.
Exceptional, precise autofocus
Behind the snappy and responsive autofocus lies an engineering marvel – a combination of double linear motor and Direct Drive SSM to set you up for that perfect shot. The combination ticks all the right boxes - responsiveness, high accuracy, and effortless tracking.
Crafted with high precision G Master optics, the lens offers crystal clear, spectacular high-resolution frames from corner-to-corner, irrespective of the focal length in the lens’ zoom range.
Lightweight design and compact profile
Some critical components of the lens are made of magnesium alloy to keep the weight down. The overall construction is lightweight and compact and yet durable. You can easily extract the lens and set it up in one smooth go and start clicking!
Fabricated with a floating focus mechanism, the lens features an incredible range in terms of focal lengths. In fact, you can click subjects as close as 3.22 ft – which is just short of a meter.
Nano AR Coating
The lens sports a unique Nano AR coating that enhances transmitted light by reducing the reflections off the lens’ incident surface. This facilitates accurate light transmission and thus effectively reduces flare and ghosting due to reflections. The overall result is that you get sharper, crisp images with greater clarity and contrast.