Archived posting to the Leica Users Group, 1998/05/06
[Author Prev] [Author Next] [Thread Prev] [Thread Next] [Author Index] [Topic Index] [Home] [Search]At 11:17 PM 5/6/98 +0200, you wrote: > >Make NO mistake about this. An almost total digital take-over is very much >closer than many folk realise. There is a lot of jockeying for position in >the old and emerging industries, and cards are being held close to the >chest. > >Alan Hull Fortunately, the digital industry is still a long way away from taking over real film. Unless you want to spend $15,000 and up, the digital capability is barely equivalent to the Minox in film. The $2000 and below cameras have megapixel CCD's (1024x768, 1024x1024), maybe by the end of 1999, it'll be 2048x2048. Enough pixels to compete with a Minox. You can get a reasonably good 8x10. The expensive stuff that competes with film, is so far out of the reach of the average professional photographer, and of course, with the expensive digital back, comes very expensive computer processing systems and lengthy training. For the photographer (like you'all on this list) film is going to be the primary photographic medium for a very long time. I can tell you from internal knowledge that I have, that all of the digital cameras that are on the market, in the $1500 and less class (Kodak DC210, Olympus 600, etc.) cost more to manufacture than they are selling for. It a calculated loss to stay in the forefront in a new (and perhaps someday dominant) technology. I can buy some Velvia, an E6 kit, some Ilfochrome and chemicals, an enlarger for a few hundred bucks, and make stunning 16x20's or 20x24's. Total outlay, not much, and I can do it all myself. To do the same with digital requires a very very expensive digital camera or camera back. The under $1500 cameras have lenses akin to point & shoot lenses (the $900 Kodak DC210 is fixed focus, relying on hyperfocal theory for sharpness). And it's defraction limited based on the pixel spacing (lpm resolution) of the sensor array. Certainly not even remotely close to Leica lenses. Then a high speed computer, 128MB of RAM, Gigabytes of disk space, and if you want to print these massive files yourself (16x20 or 20x24), a $80,000 Iris printer is needed. You can get a good 8x10 from an Epson Photo Stylus. But it won't be stunning. 1024x1024 pixels, mediocre lenses, selling at a loss, high end computer system required to do any reasonable processing, etc... This will change slowly over time. Currently available cheap digital cameras are great for newspapers, web sites, ID badges, drivers licenses, etc... Currently available very expensive digital camera backs are great for catalog studios and any high volume still setup application. Nuclear power is great. But what do you do with all of those spent fuel rods. High resolution digital photography is great (if you can afford it) but what do you do with all of those HUGE HUGE digital files. You've gotta keep the raw pixels if you wanna keep the resolution. You can't exactly lay them out on a $50 light table to look at with a loupe. Thumbnails on a CRT just don't look the same. We're talking dynamic range and correct color here. Since I'm in the middle of this business, I can re-assure everyone, film is here to stay. For a long long time. Kodak is putting in place, their new K14 "minilab". I don't think Kodak would be developing new films and processes if digital is going to edge out film anytime soon. There will be some intriguing innovations (it's my job), but not exactly in the area that competes with film. Jim Brick Senior Systems Architect Photo Access The Next Generation In Digital Photography jimbrick@photoaccess.com