Originally posted by Winder - Brighter VF.
- Seeing more details in the VF.
- Bigger VF, indepentand of sensor format. (An APSC camera could have an FF sized EVF.)
- Eye level VF with histogram.
- Eye level VF with focus peaking.
- Eye level VF with face tracking.
- Eye level VF with zooming during focus.
- Highly accurate CDAF whilst using eye level VF.
- Eye level VF with permanent DOF preview.
- Eye level VF with much better end-result interpretation then OVF.
- No more mirror-slap induced IQ reduction.
- No more flapping mirror that waves dust around the mirror box.
- No more mechanical parts that wear out or just break down.
- No more mechanical parts that wear and spread their own worn particles around the mirrorbox.
- Reduction of production costs.
- Reduction of material costs.
- Reduction of manual labor during production. (calibration)
- Possibility to make VF modular. (Choice in different versions of EVF.)
- Aftermarket possibilities.
- Better focussing with very fast lenses.
- Possibility to see the results of SR in the VF. (A stabilized eye level VF for IBIS cameras.)
- A configurable and customizable eye level VF.
- No more messing around with focus screens and shims and calibration and FF and BF and...
- Possibility for shorter registry distances.
- Possibility for mounting more off-brand lenses.
- Back LCD no longer needed, or can be made optional.
- Extra space for extra features.
- No more need to take the eye away from the viewfinder to adjust simple settings.
- No more need to take the eye away from the viewfinder to check the last picture taken.
- No more possibility for dust in the viewfinder.
- Filming when using the eye level VF!
- Endless other possibilities that can be conjured up by brilliant engineers, once the VF is digital too.