One of the most commonly discussed topics in the photography world now is the mirrorless vs. DSLR battle. A common opinion among many photographers is that the DSLR is already obsolete and has no shelf life. However, is this true? Is the DSLR tech really so outdated?[Read More…]
When you were a kid, could you ever have imagined all the camera technology we have today? Azriel Knight stumbled upon an interesting article from 1970. Six photo industry leaders from the 1960s predicted the future of photography and what the 1970s would bring. Did they make correct assumptions? Let’s find out.
This two-part video series from Johnnie Behiri at Cinema5D covering the creation of the new Fujifilm GFX100 medium format digital camera has been absolutely fantastic to watch. In Part one, Johnnie met with the folks from Fuji to talk about the design and concept of the camera and the challenges faced during that process.
Now, Part 2 has been released which shows the first production run of Fuji GFX100 cameras actually being built. It’s a wonderful insight into the birth of a new camera.
News of Fujifilm working on a 100-megapixel camera has been around since Photokina 2018 last September. Finally, only last month, it was unveiled. The Fuji GFX 100 is Fujifilm’s latest flagship mirrorless medium format camera. The folks from Cinema5D got the opportunity to travel to Japan to see the birth of this new camera and monitor its development.
Naturally, they shot video so the rest of us could take a peek. This is just the first part of a two-part series on the making of the GFX 100. Part one deals with the design and development of the camera, while part two will see the factory where the camera is actually made.
Cameras need lenses to work, right? Electrical and computer engineers at the University of Utah have developed a camera that doesn’t need a lens. Instead, just like you or me, it sees the world through a window. And this technology could have lots of different applications in the future.
Wearable camera technology might seem like a gimmick, especially after the failure of Google Glass. But, every day, we hear of new wearable camera devices being released. So, while some may be gimmicks, it looks like the ideas a whole is here to stay. The one issue that current cameras have had, though, is that they’re kind of power hungry.
Researchers at the University of Washington have now developed a new HD streaming camera that soon may require no batteries at all. The jobs of those power hungry components have been shifted out of the camera and into the receiving device, like a smartphone or tablet. This new HD streaming system requires 1/1,000th to 1/10,000th the power of current streaming technology, which it just plucks out of the air.
Japan’s National Institute of Informatics (NII) recently warned the public about taking and publishing photos with popular two-fingered pose. They claim that flashing “V” sign in photos may lead to your identity being stolen. The reason is that fingerprint recognition technology became so advanced and widely available, that a simple snapshot of a person holding up the “peace” sign may lead to someone stealing their identity.
According to Israeli company, Corephotonics, while mobile sensor resolution increases, the effective resolution and image quality of cameras in mobile devices remains relatively low.
Although the technology is improving with each new generation of smartphones that gets released, as well as other oddities, things like motion blur, lack of optical zoom, low light performance and focus issues still plague these devices.
These are the problems which Corephotonics has been looking to overcome, and they think they’ve found the answer with a twin lens configuration and some fancy software.
The release of Apple’s iPhone 6s including quite a few upgrades to the device’s cameras, and part of the reason behind that was revealed during a recent interview with 60 Minutes’ Charlie Rose.
Due to the fact that the camera is the most-used feature of any Apple product, and the fierce competition in the mobile market, Apple has no less than 800 “engineers and other specialists dedicated solely to the camera”.
Think that’s a large number? Wait until you hear how many operations take place to capture a single photo.
A new technology dubbed “achromatic metasurface” from Harvard’s SEAS aims at making Chromatic Aberration (CA), a thing of the past. Moreover, they are planning to do it with a flat lens design.
A flat lens prototype was introduced back in 2012, but it could only work with one wavelength creating significant Chromatic Aberration
The lenses we know are curved, making the acting like a prism and breaking different wavelength in different angles, creating an effect called Chromatic Aberration. Most lens companies have technologies to overcome this problem by either including several glass elements in the glass or by using different types of glass (like ED glass for Nikon).