Mitakon Zhongyi Full Frame A-Mount Lenses – Prime Lenses (Manual Focus) Mitakon Zhongyi 20mm f/2 4.5x Super Macro Lens Venus Optical APS-C A-Mount Lenses – Prime Lenses (Manual Focus) Venus Optics Laowa 60mm f/2.8 2X Ultra-Macro Lens Venus Optics Laowa 105mm f/2 Smooth Trans Focus Lens Venus Optical Full Frame A-Mount Lenses – Prime Lenses (Manual Focus) Venus Optics Laowa 12mm f/2.8 Zero-D Lens Samyang APS-C A-Mount Lenses – Prime Lenses (Manual Focus) Samyang 8mm Ultra Wide Angle f/3.5 Fisheye Lensīower Full Frame A-Mount Lenses – Prime Lenses (Manual Focus) Bower 24mm f/1.4 Wide-Angle Lensīower APS-C A-Mount Lenses Bower 16mm f/2.0 ED AS UMC CS Lens – Prime Lenses (fixed focal length) Sony 16mm f/2.8 Fisheye Lens However, they can all be used on the crop factor APS-C A-Mount cameras like the A77 II, A77, A65, Ect. These lenses are designed specifically for the full frame Sony A99 II and A99.
#Shuttercount sony a33 manual#
The LA-EA3 lens adapter will not work for these lenses if you want Auto Focus abilities, however, they will work in manual focus mode.Ī-Mount lens manufactures include on this page are Sony, Sigma, Tamron, Rokinon, Samyang, Bower, Tokina, Venus Optical, Lensbaby, Schneider, and more… Sony Full Frame A-Mount lenses Some A-Mount lenses like the Sony Sonnar T* 135mm f/1.8 ZA Lens, require the geared drive focus motor, which the LA-EA4 electronic lens adapter has built in specifically for this purpose. If you are using a Sony E-Mount Mirrorless Camera (Sony A9, A7r II, Etc.), please keep in mind, all of these A-Mount lenses will work if you use the Sony LA-EA3 or Sony LA-EA4 Electronic Lens adapters!! A-Mount lenses are designed for the DSLR style Sony cameras like the A99 II, A99, A77 II, A77, A68, etc… But I would consider picking up a spare, just in case.In this Sony Alpha A-Mount Lens Guide, you will find all the lenses available for the Sony Alpha A-Mount Camera system. So, don’t get too worried if your camera’s starting to hit that number the manufacturer assigned to your body. But I can say with certainty that both of those bodies are well over a million shots each now. Finding the exact number of shots isn’t possible with the D100 (short of maybe sending it in to Nikon), as they don’t store it in the EXIF data. As timelapse bodies, it’s not uncommon to rack up 20-30K actuations on them in a day. They weren’t worth much on the used market when I replaced them, so I kept them to use for timelapse. I also have a pair of Nikon D100 bodies that I bought in 2002. I just uploaded its most recent photo to Camera Shutter Count, and it came back with 120,730. Nikon rates this camera for 100,000 actuations. It’s a great camera for vlogging, and for location scouting (built in GPS). About six months ago, I bought a used Nikon D5300 for some video work.
I have three DSLRs here that are over the manufacturer’s life expectancy. Under normal circumstances, your camera would never get this hot. I’m sure that heat buildup had something to do with its demise. Upwards of 45☏ difference on the outside of the camera body itself vs the ambient temperature. It’s just not fast enough.Īlso noted in the video was the increase in temperature caused by the constant movement of the mirror & shutter. And tethering would probably be out of the question for the same reason. Even if it could, you’d fill it long before hitting anywhere close to 200K. It’s highly unlikely that a photographer is going to be shooting five and a half hours straight at 10fps.įor a start, your memory card wouldn’t be able to keep up. What’s more interesting to me than how close to the estimate was that it did it under non-typical conditions. It’s difficult to tell if it actually was the shutter that died, though, or just the mirror box assembly.
I was actually really surprised how close it was to that 200K mark when it finally gave up the ghost. But then as it started to get close to 200K, it started to sputter, eventually giving up and just throwing an error message.Ĭonnecting the camera up to a computer to check the shutter count showed just how far it got. The camera was still going strong past 190K actuations. So, he eventually switched out to an AC power adapter. Initially, batteries were the power supply of choice, however there was no way they were going to last the duration. So, a little over five and a half hours shout let him hit that magical 200K. It is a rather long video, so if you just want to see the bit where it sputters and coughs its last breaths, skip ahead to 18:17.Īs the 7D Mark II can shoot at 10 frames per second, trying to hit this limit wouldn’t take too long.
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