- Joined
- Sep 25, 2017
- Messages
- 378
OK, I have a big wooden spoon and I'm not afraid to use it 
Of recent, we have been preparing an exhibition, mainly of our B&W images. Most of these were taken on either a Nikon D810 (36Mpx) or a Nikon D850 (46Mpx)
Scanning a 5" x 4" negative on our flatbed Epson scanner at 2400ppi gives us 115Mpx and will print at 240ppi to 50" x 40".
However, with resizing software (we use Topaz Photo AI) we can happily get either 144Mpx (60" x 40") out of D810 images and 184Mpx (69" x 46") out of D850 images - all without any perceivable loss of definition or sharpness - more if we forego ultimate sharpness at arm's length.
Since both Nikons can produce significantly larger prints than a scanned negative, is it about time we looked again at what qualifies for the LF label?
In addition, the Nikon D850 sensor contains 5500 pixels on the 24mm dimension - virtually 5000ppi!!! Compare that with scanning a negative at 4800ppi, with all the interference of grain and you still are unlikely to get the same quality of final image as you would with the D850. This is just crazy!!! Think back to the early days of the D100, where the sensor was barely equivalent to 2000ppi. No wonder we jumped to LF back then.
If that's not LF, then exactly how do we define it nowadays? Your suggestions?
Of recent, we have been preparing an exhibition, mainly of our B&W images. Most of these were taken on either a Nikon D810 (36Mpx) or a Nikon D850 (46Mpx)
Scanning a 5" x 4" negative on our flatbed Epson scanner at 2400ppi gives us 115Mpx and will print at 240ppi to 50" x 40".
However, with resizing software (we use Topaz Photo AI) we can happily get either 144Mpx (60" x 40") out of D810 images and 184Mpx (69" x 46") out of D850 images - all without any perceivable loss of definition or sharpness - more if we forego ultimate sharpness at arm's length.
Since both Nikons can produce significantly larger prints than a scanned negative, is it about time we looked again at what qualifies for the LF label?
In addition, the Nikon D850 sensor contains 5500 pixels on the 24mm dimension - virtually 5000ppi!!! Compare that with scanning a negative at 4800ppi, with all the interference of grain and you still are unlikely to get the same quality of final image as you would with the D850. This is just crazy!!! Think back to the early days of the D100, where the sensor was barely equivalent to 2000ppi. No wonder we jumped to LF back then.
If that's not LF, then exactly how do we define it nowadays? Your suggestions?
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