Who needs a telephoto lens when you can fly right up to your subject
Well, he'd think it a new toy,
and she'd probably have me arrested.
Who needs a telephoto lens when you can fly right up to your subject
Well, he'd think it a new toy,
and she'd probably have me arrested.
Yep...and they'll be even more annoying.Ha ha. Nice one. Still...you assume that drones won't be the size of hummingbirds in a decade, while I presume they will.
Yep...and they'll be even more annoying.
How is that contradictory? Medium format cameras are still around, but rather reaching the high-end consumer segment of the market, they are now a tiny sliver of the professional market. Dslrs will be like medium format cameras, they'll be around for quite some time.From my vantage point, these are inherently conflicting points of view, which Tony himself fails to square in his video.
I don't follow. Ford makes commercial trucks as well as cars for consumers, and while many trends may come from the consumer end, they won't be able to replace commercial trucks with consumer-grade vehicles.The consumer market is in the drivers seat whether we’re talking about cars or cameras and the vanguards of change are not traditional imaging companies, (or even car companies) but your Googles and Apples. Tony comes out and says this but then fails to follow that path to its logical conclusion; You cannot eat your cake and have it too. It's about as illogical as expecting Ford and Chevy to still be making gas aspirated engines in 10 years time. Not happening.
When I started photography as a hobby, photography was comparatively tiny. When I bought my first slr (no d), it was the second generation that had autofocus, I had the choice between the Canon EOS 500 and the Nikon F50. Cameras were hard to use, but they got easier and easier. The market grew, it exploded after it went digital. But in the end, most people didn't want to make photography their hobby, they just want to take pictures. The market will have to shrink itself back to a healthy size, and camera makers will have to go back to catering professionals and more ambitious amateurs.I can't speak for Japan but (regrettably or not) there is no middle ground left to stand on over here.
Why is that a red flag? The market is shrinking, but I think it won't disappear completely — just like medium format. There is no contradiction between the two.When a photo enthusiast such as yourself claims that DSLRs will be around forever but in the next breath says that they hardly ever use them anymore, it's a bit of a red flag.
Because dslrs are better at certain things than mirrorless cameras, and will continue to be for technical reasons. For instance, higher-end dslrs sport better autofocus systems than any mirrorless camera on the market. So if you are into sports or bird photography, a dslr with a $$$$ lens is your only choice. Moreover, there aren't any competitive pro mirrorless bodies that directly compete with dslrs.Why should we expect other enthusiasts to continue to embrace them when you yourself won't?
That's not what I wrote. I said that medium format is still in use in the pro market. I didn't claim professionals were migrating from dslrs to medium format.As you mention, Pros will move to other technologies, like medium format. I agree but medium format mirror less, not DSLRs.
Also in this case you got it completely backwards: it is much easier to build a fleet electric vehicles for commercial use than for consumer use. That is because in big fleets, you know the exact range that you need, and you can tailor a vehicle to your specs. Deutsche Post (the German postal service) is doing the same thing, they bought an EV startup which will then produce tens of thousands of vehicles. But the actual big innovation here is that a completely different production system is used that is actually unsuitable for consumer vehicles, namely one that is profitable at smaller scale. Big car factories require you to produce hundreds of thousands of vehicles to operate at capacity (the one Tesla has installed which is quite typical is designed for 500,000 vehicles per year). Operating them below capacity is quite expensive.Walmart is electrifying their fleet of trucks and they will be totally driver-less in 10 - 12 years. Who is Ford going to be building all those diesel trucks for? Commercial electric vehicle adoption is being led by the consumer EV revolution because it is only profitable at large number thresholds, like the auto market in general.
Why is that a red flag? The market is shrinking, but I think it won't disappear completely — just like medium format. There is no contradiction between the two.
Because dslrs are better at certain things than mirrorless cameras, and will continue to be for technical reasons. For instance, higher-end dslrs sport better autofocus systems than any mirrorless camera on the market. So if you are into sports or bird photography, a dslr with a $$$$ lens is your only choice. Moreover, there aren't any competitive pro mirrorless bodies that directly compete with dslrs.
Fine, then I said that. Even Ansel Adams took advantage of Eastman's roll film revolution with his multi-backed Hasselblad which allowed him to employ his zone system. Medium format will continue to draw a lot of landscape, fine art, and fashion photographers into it's orbit. It's a niche but a big enough niche that development will continue -at the expense of the DSRL market, or so I would argue. We don't agree on that, but neither of us is wrong yet.That's not what I wrote. I said that medium format is still in use in the pro market. I didn't claim professionals were migrating from dslrs to medium format.
Also in this case you got it completely backwards: it is much easier to build a fleet electric vehicles for commercial use than for consumer use. That is because in big fleets, you know the exact range that you need, and you can tailor a vehicle to your specs. Deutsche Post (the German postal service) is doing the same thing, they bought an EV startup which will then produce tens of thousands of vehicles. But the actual big innovation here is that a completely different production system is used that is actually unsuitable for consumer vehicles, namely one that is profitable at smaller scale. Big car factories require you to produce hundreds of thousands of vehicles to operate at capacity (the one Tesla has installed which is quite typical is designed for 500,000 vehicles per year). Operating them below capacity is quite expensive.
Again, that's not what I wrote or claimed. I wrote that right now and for the foreseeable future high-end dslrs will sport better AF systems for sports and other subject matter where you need a fast autofocus. The sensors in the AF modules of dslrs collect data at much higher frequencies than the sensor refresh rate of mirrorless cameras, so dslrs have an inherent advantage here.Please explain why SLR autofocus systems are inherently better than mirrorless autofocus systems that future market demands can't address.
I think you are conflating different things here that happen at the same time: the adoption of an all-electric drive train and the change in how vehicles are being used. This is facilitated by new manufacturing techniques (such as Gordon Murray's iStream): you can now manufacture vehicles at small scale (while still making a profit) and thus tailor them to a specific purpose (such as mail delivery). This wasn't possible with previous manufacturing techniques, and indeed taxi cabs and delivery vehicles were derived from models that are mass produced. Musk uses a conventional manufacturing process to build electric vehicles, and his manufacturing process of choice is seen as a chink in his armor. And he still builds a car that is a replacement of a regular car rather than a product adapted for the transportation system of tomorrow.But it's really hard to argue that those 500K unit capacity factories aren't driving the science of energy storage and it's adoption, as you seem to claim.
Again, that's not what I wrote or claimed. I wrote that right now and for the foreseeable future high-end dslrs will sport better AF systems for sports and other subject matter where you need a fast autofocus. The sensors in the AF modules of dslrs collect data at much higher frequencies than the sensor refresh rate of mirrorless cameras, so dslrs have an inherent advantage here.
Of course you could increase the refresh rate of image sensors, but that has a detrimental effect on battery life — another weakness of mirrorless cameras: they need to fire up its whole sense to do AF and light up an EVF or a screen on the back. That means instead of >1,500 photos per charge I get <=200 photos per charge on my mirrorless camera. That's an advantage that is based on how the two types of cameras work.
For sure dslrs have different limitations: they don't have access to the image data so that they can't automatically focus on the eyes of a person, for example. Nor can they combine phase and contrast AF to get more accurate focus.
I think you are conflating different things here that happen at the same time: the adoption of an all-electric drive train and the change in how vehicles are being used. This is facilitated by new manufacturing techniques (such as Gordon Murray's iStream): you can now manufacture vehicles at small scale (while still making a profit) and thus tailor them to a specific purpose (such as mail delivery). This wasn't possible with previous manufacturing techniques, and indeed taxi cabs and delivery vehicles were derived from models that are mass produced. Musk uses a conventional manufacturing process to build electric vehicles, and his manufacturing process of choice is seen as a chink in his armor. And he still builds a car that is a replacement of a regular car rather than a product adapted for the transportation system of tomorrow.
Of course you could increase the refresh rate of image sensors, but that has a detrimental effect on battery life — another weakness of mirrorless cameras: they need to fire up its whole sense to do AF and light up an EVF or a screen on the back. That means instead of >1,500 photos per charge I get <=200 photos per charge on my mirrorless camera. That's an advantage that is based on how the two types of cameras work.
I work at a research lab in Japan, and one of our focusses are novel types of batteries (among other things based on nanoporous metals and 3d graphene “sponges”). There are no golden bullets in battery technology, progress will continue to be slow.Something tells me that between Tesla, Panasonic, and every Government/University lab out there , your battery life problem will be mitigated in the not too distant future.
I work at a research lab in Japan, and one of our focusses are novel types of batteries (among other things based on nanoporous metals and 3d graphene “sponges”). There are no golden bullets in battery technology, progress will continue to be slow.
There are many different avenues here, and one of them is using a material with a huge surface area-to-weight ratio compared to ordinary electrodes. All manufacturing processes are limited to the lab scale at this point, and even then you only have proof-of-concept batteries. These might be very sensitive to the environment (e. g. the nanopores in nanoporous materials can easily absorb/adsorb other chemicals such as water and become essentially inert).The way they talk about graphene's conductivity though, you'd think it was magical. I swear I heard/read how one day they'll coat cars with it and your paint job will actually charge your battery.
There are many different avenues here, and one of them is using a material with a huge surface area-to-weight ratio compared to ordinary electrodes. All manufacturing processes are limited to the lab scale at this point, and even then you only have proof-of-concept batteries. These might be very sensitive to the environment (e. g. the nanopores in nanoporous materials can easily absorb/adsorb other chemicals such as water and become essentially inert).
Plus, capacity is only one of several axes along which to optimize for, others are longevity and charge speed. In many applications you could alternatively use a faster charging battery instead. If your laptop or your smartphone charged in 10-15 minutes to 80+ % would you be willing to sacrifice some capacity for that? I would. But the answer obviously depends on the application you have in mind.
PS Fuji released its medium format mirrorless camera today, and the company promises that a kit (body + 50 mm equivalent lens + viewfinder) will cost less than $10k. I guess I can order a poster for $10 and put it above my bed … next to the Leica S2's
Good point!LOL - or you could get cracking in the lab and come up with a patent to hang on the wall instead...that would put a Leica and a Fuji on the bedside table. Cheers and here's hoping you're the one that discovers a break through!
I work at a research lab in Japan, and one of our focusses are novel types of batteries (among other things based on nanoporous metals and 3d graphene “sponges”). There are no golden bullets in battery technology, progress will continue to be slow.
It's interesting that you guys mentioned batteries. Tony explicitly argued that we should be able to charge our cameras from a micro-USB/USB-C/whatever. And with that comes the ability to use external battery packs.
Good point!
PS I actually like what Musk is doing and hope he stirs up the industry.
Guilty as charged!I knew you worked in a lab!
So far the nice thing about Fuji's X-series cameras is that I can actually afford them.Yeah you guys lust after Leicas and Fujis. I have my dream team of Leicas...
Guilty as charged!
So far the nice thing about Fuji's X-series cameras is that I can actually afford them.
to be honest i didnt even watch the video lol! and you know what i meant, film slr.Well, Film Digital SLRs don't exist. You can still buy some from Nikon and Leica, but as a factor in photography they are pretty marginal. But that isn't what Northrup is saying (some folks are gonna use film as long as someone can make film and the chemicals to process it).
He was talking about compact, non-DSLR or ILC cameras. And this may not show death, but it shows a vegetative state for compacts, and some ill DSLRs/Mirrorless: http://petapixel.com/2014/12/15/chart-shows-badly-digital-camera-sales-getting-hammered-smartphones/
Yeah, normally I'm the first to say that reducing modularity for Macs is a good thing for most users, since few ever take advantage of that modularity. I'm just spinning possible survival scenarios for the pro/enthusiast camera makers - something besides large aperture primes to induce their customers to spend more money.
As to increased weight and bulk? I thought DSLR fans couldn't get enough of either. Those things are bigger than my old Nikon FTn. (MFT guy here.)
RED makes only professional cameras, so I don't see what that implies for the majority of the market. All other mainstream electronic devices have become less modular, less upgradable.