Photographer Benjamin Von Wong shot the portrait above a couple of days ago using a Nikon D4, a $9,000 Nikon 400mm f/2.8G lens, and a few iPhones for lighting. The extremely shallow depth-of-field was achieved using 36 separate exposures and the Brenizer Method.
The Canon 50mm f/1.0 was the fastest SLR lens in production before it was discontinued in 2000 and replaced with the f/1.2. There aren't too many copies of this lens floating around on the used market, so photographers who want to use the ridiculous aperture it offers must pay a hefty premium in order to purchase one; the lenses commonly sell for two or three times the original retail value.
When reader Bryan Soderlind switched from film to digital a while back, he decided to splurge and go "all the way" by buying a 50mm f/1.0 for a little over $3,000 -- a relative bargain. The lens was in "impeccable shape" and was in focus even when using the razor sharp depth of field at f/1.0. Here are some of his thoughts on what it's like to use the lens, and some sample photos from his shoots.
Really more useful for landscape and macro photographers who are going to be shooting through very small apertures (f/22 and above), this video from FStoppers explains what diffraction is and how it can affect your shots. The trade off, as they explain in the video, is between a large depth of field and a sharp image; and the trick is to find your "sweet-spot."
Here’s a simple lesson by Dylan Bennett on what depth of …
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A compact camera probably isn't the first thing someone would grab when looking to make a photo with an extremely shallow depth-of-field, since the small aperture and small sensor limit it in this regard. That might soon be different: a recently published patent application by Samsung shows that the company is looking into producing achieving shallow depth of fields with compact cameras by using a second lens to create a depth map for each photo.
Learning how to control depth of field with your camera isn’t too difficult, but do you know the science …
The Frazier Ultimate lens is like the universe’s anti-matter to the Canon 50mm f/1.0 that we shared …
DOF Calculator is an app for Android phones that helps you easily calculate …
The concept of hyperfocal distance is used in landscape photography to achieve the greatest depth …
Researchers at the University of Toronto have come up with a new video camera that can achieve infinite …
People often use a shallow depth of field in portraiture to separate a subject from the distracting background, …