While PetaPixel is currently deep in its real-world test of the upcoming Sony a9 III (expect that review in the next couple of weeks), Richard Butler from DPReview just published a studio test that highlights a very real issue with the global shutter: noise.
Like most photographers, I’ve never reviewed a piece of gear before. Also like most photographers, I tend to voraciously read reviews each time I consider upgrading. Many of these reviews parse through micro-level analysis of pixel detail, noise levels, and test charts but to me fail to answer the simple question: “will this help me get the shot?”
The Sony a9 III is still months away from release but has already sent photographers into a frenzy. The positive buzz around the camera is as high as any camera reveal ever, and with good reason. The a9 III's global shutter system is a complete game-changer for a wide range of photographers and videographers and will enable shots that have long been impossible.
It's been a busy week in the photography world, highlighted by the launch of the Sony a9 III. As the first full-frame CMOS sensor camera with a global shutter made for photography, we had to ask: is this the start of widespread adoption of the tech?
This week, Sony announced the a9 III featuring the world's first full-frame 24-megapixel sensor to feature a global shutter in a interchangeable lens mirrorless camera. There have only been a few times in my reviewing career where I would, in all seriousness, call something an actual game-changer. This is certainly one of those moments.
It is difficult to overstate just how big of a deal the Sony a9 III is, at least on paper. As is always the case with press events, and especially ones where hands-on time is limited, pre-production firmware is installed, and shooting opportunities are cultivated, you should consume pre-release content with (many) grains of salt. Hypertension be damned.
In what is perhaps the most significant Sony camera announcement, well, ever, the dominant force in the mirrorless market has introduced the a9 III, the world's first full-frame camera with a global shutter system, which promises massive benefits for high-speed photography.
This year marks the 10th anniversary of the first Sony Alpha 7, the first Alpha full-frame interchangeable lens mirrorless camera. Sony is marking the occasion by announcing a breakthrough advancement in imaging technology -- the Sony a9 III, the first full-frame ILC to incorporate a global shutter image sensor.
In a recent interview, Panasonic says that it hopes to begin commercializing its organic CMOS sensor "in a few years," indicating that the sensor first shown in 2013 is still not close to coming to market.
Panasonic has touted additional benefits of the organic CMOS sensor that it has been working on for nearly a decade, and while the developments still sound enticing, the company seems no closer to release.
Raspberry Pi's new 1.6-megapixel Global Shutter Camera module promises instantaneous readout across the entire image area, eliminating rolling shutter distortion.
Canon has announced a new 19-megapixel, full-frame, global-shutter sensor that it says is ideal for capturing fast-moving subjects without distortion.
A dual-shutter vibration-sensing system developed by Carnegie Mellion University (CMU) researchers uses standard, ordinary cameras to see sound vibrations with such precision that it can reconstruct the music made by a single instrument out of a band.
Nikon has filed a patent for a new type of sensor that would allow it to perform both a rolling and global shutter operation. It's not the first time the company has proposed such a design, but it expands on the use case of a previous filing.
Panasonic claims that its currently in-development Organic Photoconductive Film (OPF) CMOS uses a unique structure that will allow it to achieve high resolution, wide dynamic range, and a global shutter. Basically, it would be a game-changer.
Gpixel has developed a new global shutter 4/3-inch 10-megapixel sensor that it claims will be capable of shooting 4K video at up to 2,000 frames per second.
Sony has announced that it is close to releasing the IMX661, a 127.68-megapixel "large format" sensor with a global shutter. While aimed at the industrial market, this sensor can be seen as an indication that Sony is capable of releasing a global shutter sensor for the consumer market.
In at least one region of Canon's massive global empire, the company has begun listing its sensors for sale to other companies, following in Sony's footsteps.
Though we're still likely many months away from a finished product, Canon Rumors is reporting that in addition to working on a global shutter full-frame sensor, Canon filed a patent for a Quad-Pixel autofocus system.
A French startup called PIXII has unveiled its new Pixii camera. It's an unusual digital rangefinder camera (with a real rangefinder, not just rangefinder looks) that represents the company's "radical take on what a modern camera should be."
It seems that February 2018 is the month of global shutter CMOS sensor breakthroughs. A day after Sony announced the first 1MP+ backlit global shutter CMOS sensor, Panasonic announced its own groundbreaking development: a global shutter CMOS sensor that's capable of 8K, 60FPS, and HDR.
Sony just announced a groundbreaking development in the world of camera image sensors: it has created a 1.46-megapixel back-illuminated CMOS sensor that has global shutter. This is the first-ever CMOS sensor of over 1MP that has both back-illumination and global shutter.
Canon announced today that it has developed a CMOS sensor with a global shutter, perhaps paving the way to future Canon DSLRs that don't suffer from the "rolling shutter" effect.
Want to see how CMOS and CCD image sensors work and how they differ from each other? Photographer and animator Raymond Sirí created a couple of simple animations showing the basic idea of how these two sensor technologies go about capturing light, reading it, and storing the information.
The animation above showing CMOS sensor tech was used in a trial against Canon, Sirí says.