It dawned on me just the other day: we are living in the future. There is so much innovation and new technology around us that it no longer feels like we're merely living in the present. It's as if we're in a science fiction movie where we've been transported forward by ten or twenty years
The decision by the International Olympic Committee to give the 2020 Olympics to Tokyo means that NHK's decades long project to bring its 8K Super Hi-Vision project to the masses not only has a deadline but that 4K now has the threat of built-in obsolescence to cope with.
There's a seemingly unstoppable trend towards more and more pixels. Greater resolution is heralded as the future of video. David Shapton doesn't think it is. He thinks there is another way. It's a radical suggestion, but completely plausible
It looks unassuming, but this lump of rack unit kit is part of the future of broadcast. Given that five minutes of uncompressed 8K can take up an entire terabyte of storage, harnessing the power of HEVC to squash it down into something both storable and transmittable is a worthwhile venture. NHK and Mitsubishi have been the first to do it with this 8K encoder.
Nokia's trying to establish a big lead in phone camera technology with it's new 1020 that sports a 41 megapixel sensor. Just to put it in video terms: that's an 8K sensor, in a phone!
Sony has developed a mind-bending application for UHDTV (Ultra High Definition TV) that records the action on an entire football pitch, and then allows an area of the pitch to be selected and output at "standard" 1080 or 720 resolutions.
It's kind of surprising to see a top-end camera like the F65 being used in smaller independent films. But the reality is that it's not so expensive and difficult to operate that it's out of range of this type of production. And here's the proof