Smartphones killed the 2/3" sensor market. Now they've killed the 1" sensor market too. Micro 4/3 is stale with no major sensor advancements for years now. What's left, APS-C and up?
Smartphones killed the 2/3" sensor market. Now they've killed the 1" sensor market too. Micro 4/3 is stale with no major sensor advancements for years now. What's left, APS-C and up?
It feels like there's no innovation in the camera space outside of Apple and Google.
And yeah, DSLR bodies do have GPS but since they have a kind of "real" GPS it's more expensive and more power hungry, hence it's not really mainstream. (and about your phone's GPS: just enable flight mode and try to use it. Enjoy!)
https://www.sony-asia.com/microsite/assets/cyber-shot/2012h1...
Leica will survive too, but mostly because they are beautiful things.
Those larger sensors have larger pixels and the CPU demands aren't going to be all that great.
Some of DSLR manufacturers do offer fragile, awkward GPS accessories that you can plug in externally. And they generally provide some sort of geo-tagging feature in the software included with cameras.
GPS does have some limitations for photography because it takes a while to lock on and doesn't work indoors. Modern smartphones can achieve much better location accuracy due to using multiple means. So the ideal solution would probably be for the camera to obtain location data from the phone via Bluetooth.
Which at least Nikon offers. But you have to have the paired device with you, leave the camera in the right mode, etc, etc.
My Olympus E-M10 (bought in 2014, and still going strong) does this with a companion phone app, and it's incredibly useful.
My Canon offers multiple GPS modes, including periodic sampling even in standby mode, and "always on", for this reason.
I dream of Apple putting an A13 processor in a Nikon mirrorless body running iOS. Or, somehow attaching my Nikon glass to the end of my iPhone.
If you compare like to like, same sensor tech, same quality glass .. there is absolutely no way a tiny sensor can out-resolve or out-perform a larger sensor when it comes to image quality. There are other metrics where it can - for e.g. power consumption/heat output, ability to stabilize the sensor (smaller = easier), faster readout (generally easier on smaller sensors), etc.
This doesn't follow. Photography can be astoundingly expensive as a hobby or otherwise. Lenses into the five digit reason, many in the thousands. You can buy expensive lenses, bodies, flashes, tripods etc. I don't think most people see photography as a cheap hobby, once you get beyond the bottom tier Point n Shoot, or entry level APS-C DSLR with kit lens.
I hiked a mountain about a year ago with my fiance, and she begged me to lug her Nikon DSLR up so we could get some good photos.
The only one we printed? An 18x60" shot I got on my iPhone 6s in panorama mode. We could have (and would have liked to) go even larger but framing started becoming an issue.
A more recent sensor advancement is dual native ISO in GH5s, which make the system's long downside -- low light performance, a much better proposition. I'm hoping this technology will find its way to cheaper offerings.
There are a few fast new lenses that have come out. I particularly like 25mm f/1.7 that's under $200, there are also a few ones on the higher end.
Another selling point for micro 4/3 that they can use virtually any vintage lens with a simple adapter.