OK, I understand now. The thing that confused me a bit was the term chosen ("crop factor"). While in fact it's got not so much to do with any cropping, as well that Oly simply chose to name them by their actual focal lengths instead of 35mm equivalent focal lengths. Right? Still, the outcome is the same: 4/3 14mm fiel of view is 35mm equivalent 28mm field of view. Thanks.
No, to get the same field of view on an E-1 as you do on 35mm, youI'm a bit confused, but I cant imagine he means that. I thought the
whole (or at least a very important) thing about introducing the
4/3 system and it's specially designed lenses was to get rit of
such crop factors. It should make sence to me that a 4/3 14mm gives
exactly the same angle of view as 14mm on 35mm.
Isn't it so that this "14mm" Oly named the lense, wasnt because it
has actually a film/FF lense distance (sorry for my english) of 14
mm, but becasue its field of view is COMPARIBLE with a 14mm lense
on a 35mm body?
need to use a 2x factor. 14mm E-1 = same field of view as 28mm lens
on a 35mm body.
The 4/3 is a full-frame 4/3 system; it is not a full-frame 35mm
system. This has been the source of much confusion, especially
since Olympus is using the term "full frame" to refer not to the
size of the imager, but to the light sensing area of each pixel on
it. A mess.
In any case, the 4/3 standard being "full frame" does not describe
the absolute size of the sensor, but rather the relative size of
the sensor compared to the imaging circle for which it was
designed. Put it this way: a 14mm 4/3 lens was designed for a
full-frame 4/3 sensor. This gives a full-frame 14mm view on a 4/3
system which is equivalent in width to a full-frame 28mm view on a
35mm system.
Or, to be simple about it, if you like to think in 35mm sizes, you
do still need to use the 2x "crop factor" when figuring 4/3 lens
numbers.
If I'm smoking crack I'm sure someone will correct me.
-Aron