Originally posted by xmeda DSLR is dead. Deal with it. Within 5-8 years it will disappear like film. There are still some users praising film, but mostly it is just nostalgia or specific art. There are no serious film SLR cameras produced anymore.
To quote MarkJerling: "Um, no."
Originally posted by xmeda We will probably see one more DSLR generation and then it will be significantly reduced. Today we have options to build camera with 2-3mpix viewfinder, realtime without any shutter blackout or mirror flipping blackout. AF based on sensor has more surface available and also much more light, when mirrors are removed, so it can be more reliable and faster. Video implementation is easier too. And manufacturers do not need precisely machined heavy chunk of glass in viewfinder and they can also remove vulnerable mirror mechanism. That is the only future.
No EVF is as real-time as an OVF and it can never be. All EVFs suffer from pixel shutter and read time lag. At best they can to reduce that lag by cranking up the ISO gain but then the result is a grainy EVF image that still has lag relative to an OVF. And that lag triggers nasty side-effects (eye-strain, headache, & nausea) in about 30% of the population.
Plus, DSLR manufacturers avoid all the wasted electrical power (and noise-inducing sensor heat) that MILCs have from unnecessarily running the sensor full-time just so the photographer can frame the image, pick the right zoom-focal length, focus on the subject, measure/decide the exposure setting, track the subject, and wait for the decisive moment.
MILCs are OK for occasional snapshots, but not for full-time use.
Originally posted by xmeda Hybrid viewfinder is like hybrid car.. carries both disadvantages for added price just to overcome temporary technological problems. It will be nice and if they place this in K3 replacement, I buy it. But it is not the future.
Yes, and a hybrid sensor (image pixels + PDAF pixels) is like hybrid car.. carries both disadvantages for added price. Great PDAF (fast in all light levels) requires large pixels read at the highest possible clock rates. Great images require small pixels read at more modest frame rates. Great image sensors require nice, optically uniform pixels but on-sensor PDAF means a lot of pixels have to be divided and optically modified to capture light from only a fraction of the lens aperture. Jack-of-all-trades, master of none!
On-sensor-PDAF is OK for a smartphone camera, but not for more-demanding applications.