Please chime in if you have some infos.
This may have been covered, but compared to your MX how much money / time did you save in
* film and processing
* scanner and scanner repairs
* learning more about your craft
?
(1) Film is not too bad: $2-6/roll. I develop my own film, so that's 10 bucks on Rodinal, 10 on fixer. That stuff lasts a long time too. Kodak was also nice enough to send me some free Portra and Tri-X too. They're awesome!
The point I was trying to make was the longevity is not the major issue as I see it.
There are very robust digital SLR cameras out there. Shutters lasting 200,000 images. Just ask someone who does copystand work with them.
As to only learning with the MX, well that just doesn't sit straight. I learned more in a year of serious analysis of digital than in some years of film.
The point I was trying to make was the longevity is not the major issue as I see it.
There are very robust digital SLR cameras out there. Shutters lasting 200,000 images. Just ask someone who does copystand work with them.
As to only learning with the MX, well that just doesn't sit straight. I learned more in a year of serious analysis of digital than in some years of film.
Then I learned more about film when I got into analysis of densitomitery.
Learning about technique, exposure, composition and lenses can be done on either digital or film
(2) I don't own a scanner. I use my university's Hasselblad Flextight. If I stay in academia, I'll have access to an expensive scanner. They also have a darkroom, so I may make use of that sometime soon.
Please excuse me as I jump in here. This question has been sitting on my mind. I have a canon Rebel xt, and I have a feeling that it is outdated by todays standards. Is it true thinking this or is it just me use to how quick technology changes. Dont get me wrong, I shoot mostly BW film, but this is a question that has been stewing.
There is something about having your own scanner that helps learning. Its like learning to drive. If you have your own car you get to know it better than doing a few hours a week in a school car. Then other is the benefits had by driving a variety of cars. You don't get stuck in "how its properly done" in the context of one car.
Despite the obvious limitations I recommend owning a flatbed such as a used Epson 4870 or older and playing with stouffer step wedges and understanding negative density and responses to density.
Wish I could borrow that flextight now n then
by today's standards, it's technically outdated.. but that's mostly irrelevant in it's ability to capture images. every film camera, and most of the digital cameras are 'outdated' by the current standards within months of going on sale. Same thing goes for computers, phones, .. you name it.
I would love to have that flextight in my house.I'm not sure I can settle for less. I think you can get similar results from wet mounted negatives on a flatbed, but that's a lot of trouble.
I both agree and disagree. Sure, technology becomes outdated very soon after it's release. On the other hand, digital cameras are fixed computer systems: sensors, DSPs, CPUs, a card reader, and so on—the only way to change any of these things is to sell the camera and buy another. Film cameras, however, don't seem to obsolete so easily. Every film camera takes great pictures as long as you've got access to film. Scanners are similarly problematic, of course. I guess we can't win. (;
3 years into my 5D II, and I'd like to get five more years out of it, and I'm willing to consider anything more a bonus. I think the pixel race has leveled off for the moment. Stock agencies and their clients are realizing that 6 Mp is enough for most current uses. Slick magazines that need hi-res images are in decline. The ubiquity and increasing quality of phone cams is having an impact certainly. "Immer färtig, immer dabei" was the Minox slogan. Cloud computing, I think makes huge files a liability, for now at least. For virtually all offset print and web uses JPEGs are sufficient, and no one wants to deal with trafficking 100+ Mb TIFFs. If I need more resolution, I can shoot medium or large format film.
I guess my point is that there's no real need to upgrade a camera unless there's hardware issues. I have a Betterlight scanning back that I bought in 2001. It satisfied a quality requirement when I bought it, and in spite of advances in other technologies.. it's producing the same quality requirement that it did when I bought it. If there's a need to buy something new.. it's not that the camera suddenly lost it's ability to do what it did when I bought it.. it's that some other non-'current-camera' related event/information has influenced me. whether it be a change in style of photography, a desire to have what my friends have, or just the joy of buying something new. There's also the possibility that technology hadn't created something at the time to satisfy your requirements of the time.... and the latest/greatest gives you that one thing you've been waiting for.
(as an aside.. sometimes technology doesn't do a very good job of catching up... There's probably 2.. maybe 3 digital cameras today that will meet or exceed the quality that the 2001 purchase I made...)
p.s. personal disclaimer.. i'm probably someone who ends up getting the latest for the pure joy of the technology.. and it has a very minor, if any, effect on the quality of my images.
native for mine is 6000x8000 , non-interpolated pixels (no Bayer mosaic.. true RGB capture ). I can get 9000 x 12000 with interpolation on the 9000 side, which still gives a superior pixel quality to a Bayer interpolated. The high end model is 10200x13600 non-interpolated pixels.
(with the pano adapter, it gives up to 6000 x 65,000 non-interpolated RGB pixels .. but i'd consider that beyond apples vs oranges when comparing to a MF digital back)
yes 6000x8000 = 48MP
a MF digital back (and most other digital cameras) interpolate their data. each pixel actually accounts for just a single color (R, G or B). In camera, the pixels are blurred, and through an interpolation algorithm, an actual RGB value is determined (basically an educated guess). The Betterlight scanning back (and Foveon sensors) don't interpolate.. they obtain the actual R,G & B value for each pixel captured.
Interesting, I read a bit about Foveon sensors a while back. The information listed a reason why canon didn't pick up the technology but I can't remember what the reason was.
Thanks for the info. Always wanted to use a scanning back but I'm po'
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there are issues with the Foveon method... relatively poor low light ability being one.
if you're ever in the Santa Cruz, California area, I'd be happy to go out for a shoot and give you a chance to play around with one.
I think many organisations that buy/acquire images have no idea of how many pixels their application really requires and therefore tend to set very high figures "just in case".
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