For the hardware hackers in here.
There has been a lot of talk regarding this stuff the latest days, and I myself have a few thoughts about this after having chatted with some members here.
Solutions are:
- Design a device which plugs into the camera using USB and creates a WiFi AP. Utilizing PTP, get JPEG video from camera and allow the default remote control stuff from a connected tablet (such as exposure settings and even focus for followfocus!). This does however only work when using a tablet or laptop as remote device. Focus peaking, histograms and zebras would be done on the remote device. POP-Prototype (Proof of principle) cost:
~180$, a lot of development time for an App.
- Design a device which plugs into the camera using USB and composite. PTP via USB for settings and focus, composite for video. Transmit via cheap 2.4Ghz transceivers to a remote device. This device would have a tangible UI consisting of dials for the settings as well as a composite output for external screens. This leaves the user to buy a screen, overlays are, however, done on-camera by ML. POP-Prototype cost: ~80$, relatively easy development.
Second idea could also be done with HDMI output, but I'm not quite sure why this should be any better. HDMI is just soooo much more complicated than the composite signal and would blow up the cost significantly.
Same applies to an remote device with build-in screen.
All costs are estimated for me, meaning what it would cost for me to buy it. This varies off course, depending where in the world you are located and what facilities you have access to. Costs include common prototyping components and 3D-print.
Some research for the hungry ones. If you like to dig into 0s and 1s:
http://www2.cs.uidaho.edu/~krings/CS420/Notes.S10/420-10-05.pdf http://www.cs.rutgers.edu/~elgammal/classes/cs334/slide5.pdfEDIT: Just did some calculations on datarates. I've got to think more about the solution for idea #1. Currently, I've no idea on how what speed requirements the video from the camera sets to all involved components.