On my first day at NAB 2013, I ran into Digital Bolex creator Joe Rubinstein, who was kind enough to tell me about the new cinema camera that every cinematographer is dying to get their hands on. Joe was really nice, and I really enjoyed talking with him about his camera; it was obvious that he is just as passionate about the Digital Bolex, and what it means to cinematographers, as are the camera nerds who are waiting for it to ship.
In part 2 of the interview, Joe talks about the software the comes with the Digital Bolex, as well as the workflow for the 2K Cinema DNG files it writes to CF cards.
In case you haven’t heard about the Digital Bolex, it’s a Kickstarter-funded Super 16 cinema camera that shoots in RAW Cinema DNG format. Since it features a smaller 16mm size imager (CCD too, which means NO rolling shutter), it can make use of a myriad of older 16mm and C-mount lenses that have largely fallen into disuse since the rise in popularity of DSLR’s and other larger-chip digital cameras. Check out part 2 of my interview with Joe Rubinstein below.
So, I did something cool today. I took an old Cooke Kinic 1″ (25mm) f/1.5 lens made by Taylor Taylor & Hobson c. 1950, and mounted it to my Panasonic AF100 video camera. The Kinic is known as the king of the vertigo lenses, as it produces some amazing swirly bokeh around the outside of the frame. Some call it nausea-inducing, and I can see their point. I’m not sure if TTH meant to do this or not, but considering that Cooke lenses are known for their exceptional quality all the way back to the 19th century, I’d like to think they did.
The Kinic was originally made for 16mm movie cameras like the Eyemo and Filmo models. If anyone knows of sample footage from these cameras where the Kinic was used, please let me know; I’d like to see what the image looks like. Personally, I think the Kinic is fabulous for special effects shots like dream sequences, flashbacks, etc. I certainly wouldn’t use it for everyday footage, since the AF100’s imager is much larger than the 16mm frame that the Kinic was originally intended for, where the ultra-swirly outer edges of the picture would not be visible. // Below is some footage I shot in my front yard. This is not raw footage; it has been graded using DaVinci Resolve 9. Check it out:
I’ve been modifying my Panasonic AF100 to work with ENG lenses, and it’s finally taking shape. The only thing I have left to install is a Y-cable that will power the lens as well as connect to the camera’s LANC port in order to activate REC start/stop from the lens. Abel Cine makes such a cable, but it’s 260.00, which is considerably more than I was hoping to pay. However, I don’t think anyone else is making it, so it looks like I’m going to have to fork over the cash to them.
The latest addition to the kit is a Cineroid Metal HD-SDI electronic viewfinder, mounted on a NOGA articulated arm. The Cineroid arrived a couple of days ago from B&H and it really makes all the difference regarding usability of this rig in the field. Prior to getting the Cineroid, I pretty much had to mount the camera on a tripod to shoot anything. Moving the entire rig back on my shoulder and using the EVF makes all the difference, obviously. When I mounted the Cineroid, I moved the AtomosSamurai recorder from the front-left rail to the right-rear since I no longer needed to use it as a monitor when shooting. In its new position, it can serve as a secondary monitor for the director, and also provides some needed counter weight to the right side of the rig, since the EVF made everything shift left a bit. The Samurai is very reliable, and the battery life averages ten hours on a full charge, so I’m not too worried about not being able to see it while shooting hand-held footage. I know that if the camera is rolling, the Samurai is rolling. It tucks in nicely next to the Anton Bauer battery. You may recognize the AJA accessory plate and rail mount that the battery is bolted to; it used to hold my AJA Ki Pro Mini, which I ditched in favor of the Samurai. BTW, if anyone wants one, I’m selling a Ki Pro Mini…
To mount the ENG style Fujinon lens, I ordered an adapter from eBay user ciecio7. I highly recommend his adapters, as they seem to be very well built. In fact, this B4-M4/3 adapter is the highest quality I’ve yet seen from any of the adapters I’ve ordered for my AF100; I wish I’d found him earlier. Ciecio7 offers two flavors of this adapter; one with and one without the tripod collar. I ordered the one WITH the tripod collar, as I knew I was going to have to fashion some sort of lens support, since the camera’s lens mount is only rated at four pounds. Otherwise, it’s a sure bet I’d rip the mount right out the first time I used it in the field. I initially feared that it was going to be costly to get a really good lens support that would secure the lens in all directions so I could use the ENG grip, but as it turned out, the threaded 3/8″ hole in the mount adapter’s tripod collar (it also has a 1/4-20 hole) aligned perfectly with a threaded 3/8″ hole in the Redrock Micro M2 baseplate, so all I had to do was get a threaded stud from Home Depot and hacksaw it to 2.75″. That was $1.75 well-spent.
I really, really love having a proper ENG lens to use on the AF100. It really takes this camera from being quirky and odd to being a serious camera for pro video work. When Panasonic released the AF100, I was elated at the thought of what was basically a large-format HPX170 (although without my beloved P2 media), but then I was immediately puzzled when they kept demo-ing the camera with those horrible, slow, M4/3 stills lenses. What?! No servo lens? Unbelievable. So, for a long time, I used my Canon EF 16-35/2.8 L zoom with the Redrock Micro Live Lens adapter as my go-to run and gun lens, and it worked great. Not much reach, but it had the wide-to-medium area covered fairly well, and it was just fast enough to use in low light. It sucked not having a servo zoom though. With this ENG setup, now I have the best of both worlds. Granted, with all of the kit, it makes the AF100 about the same size as my HPX2000, but it’s still lighter.
So, what about image quality? ENG lenses are designed to be used on three-chip cameras, which means the glass projects onto a prism that separates the image into red, green and blue paths. There are two methods of adapting your ENG lens to a Micro 4/3 camera: the “cheap” way, which is to use a lens with a built-in 2X extender that will double the size of the image circle to cover M4/3, or the “proper” way, which is to use Abel Cine’s HDX2 adapter, which not only doubles the size of the image circle but also optically corrects for the three-chip projection so you don’t get color fringing in your highlights. Considering that, it seems to be a no-brainer on which method you would choose, until you consider cost. I got my B4-M43 adapter from ciecio7 for 240.00. That’s the entire cost of the “cheap” method. The “proper’ method is going to belt you for $5500.00 for the relay lens plus the cost of a PL adapter, because – btw – the HDX2 relay lens only comes in PL mount. SO, including the cost of PL/rails support for your AF100, we’re looking at a total cost of $7000.00 to be “proper” if you go with the HotRod-esque option. Ciecio7 also makes a PL-M43 adapter if you already have rails that would work, like I did.
I figured from the start that I was just going to put up with a little color fringing in my highlights. But then, I had a pleasant surprise. The Fujinon 10×4.8* is a really high quality piece of glass, and also considering that it’s so wide, fringing is very minimal. In fact, I don’t notice it at all unless my highlights are totally blown out, and even then, not all the time. In short, the picture looks pretty damned good. I’m sure the “proper” method is better, but I’m not positive that it’s $7000-better. Note that if you use the cheap method, your ENG lens MUST have a built-in 2X extender. With the HDX2, your lens does not need an extender, as the HDX2 doubles the size of the lens’ image circle.
* A note about the Fujinon 10×4.8 ENG SD lens: Some variants of it have a 1.7X extender and NOT a 2X extender. These will NOT WORK. You must have a 2X extender to expand the image circle to 22mm in order to cover the Micro 4/3 sensor.