Voigtländer SUPER NOKTON 29mm f/0.8 Aspherical lens has officially been announced. This super-fast lens will be available in MFT mount, and it offers 58mm equivalent focal length. The wide aperture is ideal for shooting in low light conditions, but it also gives you a very pleasing bokeh. So, let’s jump in and see what the new Voigtländer lens offers.
Now that the new Fujifilm XF 50mm f/1 R WR is finally released, aren’t you curious to see how it performs? What’s the autofocus like? How does the lens perform when the aperture’s wide open? What does the bokeh look like? What about video capabilities? Well, we have brought together a few great hands-on videos that should answer all of your questions.
German lens manufacturer Voigtländer has just announced three new fast primes for Sony full-frame mirrorless cameras: 35mm f/1.2 SE, 40mm f/1.2 SE, and 50mm f/1.2 SE. The “SE” stands for “Still Edition,” meaning that they’re aimed particularly at still shooters. The reason for this is clickable aperture, but it also makes them more affordable than the Sony counterparts.
During a presentation in China, Venus Optics announced a new series of lenses. It will be named “Argus” and it will be a super-fast line of lenses with the maximum aperture of f/0,95.
Remember the beautiful weird lens paradise that Mathieu Stern recently visited? During this visit to Camera Rescue in Tampere, Finland, he got to test out some pretty rare, weird and unique lenses. And one of them is Canon 50mm f/0.95 from the 1960s. Mathieu tested out how it works for portraits, and although fun, shooting with this lens looks a bit challenging, too.
Both f/1.4 and f/1.8 lenses are pretty fast and they can both come in handy in low-light situations. Also, they both give you soft, creamy bokeh when wide open. Although the difference between these two apertures is not huge, f/1.4 lenses cost two or three times more than their f/1.8 counterparts. Is it worth paying extra cash for a slightly faster lens? In this video, Pierre T. Lambert uses them side by side and puts you on the test: can you tell the difference between f/1.4 and f/1.8?