JoeV
Thin Air, Bright Sun
I'm not sure if I fully understand people's interest in a digital RF with live view. Is it because they feel a live view finder is superior to a traditional optical rangefinder?
My experience is comparing a G1 with an old FSU Zorki IV -- hardly a fair comparison. But the G1's EVF is pretty darn good at getting manual focus in all kinds of light. BTW, the contrast detect autofocus is pretty good, depending on what spot pattern you have setup.
The other question I have regards people's interest in using legacy M-mount glass in digital cameras with sensors larger than the G1's. I know the M8 does this quite well; one criticism of the G1 when using an adapter to mount M-series lenses is off-axis abberations, caused by the legacy lenses not being of telecentric design. How does the M8 get around this problem? Do they also manipulate the RAW file to compensate, or are the photosite wells in the M8 sensor not as shallow as the G1 (or do they use a different microprism design) to compensate for lack of telecentricity in legacy glass?
~Joe
My experience is comparing a G1 with an old FSU Zorki IV -- hardly a fair comparison. But the G1's EVF is pretty darn good at getting manual focus in all kinds of light. BTW, the contrast detect autofocus is pretty good, depending on what spot pattern you have setup.
The other question I have regards people's interest in using legacy M-mount glass in digital cameras with sensors larger than the G1's. I know the M8 does this quite well; one criticism of the G1 when using an adapter to mount M-series lenses is off-axis abberations, caused by the legacy lenses not being of telecentric design. How does the M8 get around this problem? Do they also manipulate the RAW file to compensate, or are the photosite wells in the M8 sensor not as shallow as the G1 (or do they use a different microprism design) to compensate for lack of telecentricity in legacy glass?
~Joe