Category Archives: Recorders

First Impressions of the Blackmagic Pocket Cinema Camera (BMPCC)

Canon 18X HD ENG lens on Blackmagic Pocket Cinema Camera
Canon 18X HD glass on the BMPCC makes a very nice picture, even though the doubler is engaged. I’ve since removed the lens control module, which may have been a huge mistake.

Thanks to a super fast eBay seller, my BMPCC got here in a flash, and I was able to start tinkering with it today. The first thing I did was make an utterly ridiculous contraption out of it by mounting the BMPCC to my Canon 18X HD ENG lens, then Instagramming photos of it to all my camera nerd friends. Then I took it out into the yard and starting shooting clips of my trees and other junk (by the time UPS got here, the light was already fading, so there wasn’t time for anything else). The other accessories I have on order are still in transit, so I wasn’t able to build the real kit, so I simply sandwiched my ciecio7 B4/M43 adapter between the lens and camera, and stuck it on a tripod.

Actually, I tried two ENG lenses on the BMPCC today. One was a Fujinon SD 10X Super-wide, which looked like complete garbage on the Blackmagic’s sensor. Completely discouraging. The HD Canon lens however, looked absolutely gorgeous. It was sharp! Not only is the lens of a very high quality, but the sensor in the BMPCC is the sharpest of any video camera I’ve ever owned or used. I’ve read that it resolves 1000 TV lines, and after seeing my test footage, I certainly believe it. The picture is wonderfully-detailed, and the dynamic range is indeed all it’s cracked up to be. I haven’t seen much evidence of moire or chromatic aberration, but I also haven’t shot any brick buildings yet. I’ll test that tomorrow. The rolling shutter is evident, however, but it didn’t look like it was any worse than what you would see with a 5D Mark III or D800. The sharpness and dynamic range of the BMPCC more than makes up for the rolling shutter. I can shoot around it.

A. Brick, shot with the Blackmagic Pocket Cinema Camera. Light grade applied.
A. Brick, shot with the Blackmagic Pocket Cinema Camera. Light grade applied. Note the sharpness and detail of the Canon HD 18X ENG lens, a lens that was designed for 3-CCD 2/3″ cameras!

So, about that dynamic range… I shot a clip of a white brick in my yard, which had the evening sun shining directly on it. Most of the rest of the scene was in dark shade. The BMPCC held detail in the highlights of the brick and also in the darkest of shadow areas, with room to spare. I was really impressed by this. Any non-RAW DSLR would have blown the brick right out.

So, let’s briefly go over what we all know already: The build quality is very good; The screen is very dim in sunlight — get an EVF; the battery is dead before you know it; unless all your pockets are filled with juiced batts, turn the camera off as soon as you stop your roll, if you have the time; you can’t format the SD card in-camera (I’m still trying to figure out why this is the case, and it simply defies all logic – format all your cards for the day as ExFAT before you leave the studio).

I never planned on trying to keep my BMPCC rig small just because the camera itself is. I wanted the Blackmagic Pocket Camera for two reasons: 1). The 13 stops of dynamic range, and 2). The Super-16 sized sensor. I have a lot of legacy glass that can take advantage of that sensor, and as I’ve shown already, it has breathed new life into a VERY expensive B4 HD lens that had been sitting around on a shelf until today (since discovering that my big Panny HD cam has a big fat dead pixel right in the center of the picture).

Since my rig is not required to maintain its dainty curb weight, I’ve already negated a couple of the BMPCC’s shortcomings with some additional gear. Instead of rolling to SD cards, I will be rolling to my Atomos Samurai via the Atomos Connect HDMI/SDI converter. I’ve ordered a pair of Ikan tilta wooden grips with LANC S/S button, which should trigger the Samurai directly. The lack of audio meters in the camera should be taken care of by simply using the new and improved – thanks to the recently-released AtomOS 4.2 – audio meters in the Samurai, which are much more accurate now, and can also be set to display horozontally. BTW, you can now manually dial in audio delay in the Samurai, whereas before it could only be done with Ninja2. The weak battery life will be dealt with via a 1.5-meter D-Tap 12V cable, running from a Beillen 95WH battery either mounted to the rails or held in my pocket. The dim screen will be remedied via my Cineroid Metal EVF, which will make use of the second HD-SDI output of the Atomos Connect converter. All this will be mounted to the View Factor Contineo BMPC cage basic kit.

I’ve heard a lot of people complain that the BMPCC is missing a lot of options and that the menu is very, very basic in what you can do with the camera. This is absolutely true. However, it’s one of the things I like about the camera. I’m drawn to the fact that I only have to worry about a couple of settings before I can concentrate on shooting. I actually felt a sense of relief when I realized I didn’t have to worry about the mental checklist of technicalities that normally must be dealt with before shooting. The BMPCC is EASY to use; which leaves more time and energy for concentrating on composition.

I’ve also heard complaints about the relatively few increments for ºK options when choosing color temp. True, you can’t do a custom white balance in the BMPCC like you can with a DSLR, but considering how good the white balance of the BMPCC looks, that has yet to bother me. Even under the flourescent lights in my kitchen, the picture looked very good. The tonality of the picture is really nice. Also, considering that the BMPCC is very much a camera that is designed to shoot for the grade, this isn’t as big of a deal to me as it seems to be with others; each clip is going to be timed to hell and back anyway; the occasional off-color cast won’t bother me, especially when the camera gains the ability to shoot in RAW.

I think that’s about it for now. I will post some footage in the next day or two, after I’ve had a chance to shoot some more material.

Atomos Samurai Saves The Day (Again)

Yet another reason why the Atomos Samurai is one of the best things to hit the video market since DVCProHD: If you have an all-day video job, you don’t have to worry about media, and you don’t have to use tape. A cheap 750GB 2.5″ HDD means I can bypass in-camera compression and record from uncompressed HD-SDI for up to 15-hrs straight in 720/30p if I need to. Hooray for cheap media!

Atomos Samurai saving the day on an all-day shoot for Google at ISTE
Atomos Samurai saving the day on an all-day shoot for Google at ISTE

Sound Devices Adds 12-bit 4:4:4 Apple ProRes4444 support to Pix 240 & Pix 240i SSD Recorders

Sound Devices Pix 240i digital field recorder
Sound Devices Pix 240i

Sound Devices has added the ability to record 12-bit 4:4:4 over 3G-SDI (4:4:4 RGB/YCbCr) to its Pix 240 digital field recorder, laying down information at 330Mb/sec. Who can take advantage of this? If you’re shooting with a Canon C500, Sony F3, F5, F55, or Arri Alexa, you can. Also, some of the big Panasonic Varicams, as well as others. Let’s face it, if you have a 4:4:4 camera, you know it.

The upgrade is available to all current Pix 240 and Pix 240i customers free of charge (nice). From the Sound Devices press release:

SOUND DEVICES HIGHLIGHTS NEW 4:4:4 FEATURE FOR PIX 240 AND 240i AT THE 2013 NAB SHOW
Video Recorders Can Now Record 12-Bit, 4:4:4 Content to Apple ProRes 4444
LAS VEGAS, APRIL 4, 2013 — For attendees in search of the latest 4:4:4 recording solutions, Sound Devices showcases its latest upgrade to PIX 240 and PIX 240i Production Video Recorders at the 2013 NAB Show (Booth C2849). This new major update, available for all PIX customers free of charge, offers Apple ProRes 4444 recording from video sources over 3G-SDI (4:4:4 RGB or YCbCr). Recording 4:4:4 offers productions superior color precision for applications in chroma-keying, color-grading and multi-generational editing.
 
PIX 240 and 240i users now have the ability to record into Apple ProRes 4444, which offers impressive quality with 4:4:4 sources and workflows involving alpha channel transparency. With its 12-bit, 4:4:4 capability, the PIX 240 and 240i can record 330-Mbps Apple ProRes 4444 files that are perceptually indistinguishable from the original source material. Popular cameras with 4:4:4 capable outputs include the ARRI ALEXA, Canon C500 and Sony F3.
 
“Sound Devices is pleased to feature this latest firmware update at NAB, as we know this is an important feature to many of our users and we foresee this capability being a hot topic at this year’s show,” says Paul Isaacs, Technical Development Manager, Sound Devices. “Bringing Apple ProRes 4444 recording over 3G-SDI to the PIX 240 and 240i offers additional color accuracy available in a 4:4:4 environment—reinforcing the PIX recorder as a master-grade production recorder suitable for the most demanding production applications.”
 
Additional features available in this latest v3.0 firmware update include time-code and recording status displays on the SDI and HDMI outputs, up to 500 ms of audio delay to compensate for multi-device picture delay, and selectable 4:4:4 or 4:2:2 video output independent from the source material.
 
Users can connect PIX 240 and 240i to cameras with HD-SDI, 3G-SDI, or HDMI and record directly to QuickTime using a range of different Apple ProRes or Avid DNxHD codecs, including Apple ProRes 4444. Since PIX recorders use ProRes and DNxHD, files recorded in the field can be used directly in post production, making for simpler, faster workflows.
 
The PIX 240i’s high-performance five-inch, IPS-based LCD display is an accurate field monitor, providing users with immediate confirmation of framing, exposure, focus,  audio metering and setup menu selections. It offers excellent color accuracy and contrast, great off-axis visibility and accurate motion tracking.
 
The built-in hardware scaler and frame rate converter allows PIX to output and record material at different resolutions and frame rates than supported by the camera. Conversion between HD and SD, with and without anamorphic conversion, is available.
 
The audio circuitry of the PIX recorders is based on Sound Devices’ award-winning 7-Series digital audio recorders. The low-noise (-128 dBu EIN), high-headroom, high-bandwidth inputs are mic/line switchable and include limiters, high-pass filters and phantom power.
 
The HDMI-only PIX 220 and PIX 220i video recorders also gain new features available in the new version 3.0 update, including Apple ProRes 4444 recording, time-code and recording status displays on HDMI outputs, and up to 500 ms of audio delay to compensate for multi-device picture delay.
 
Sound Devices, LLC designs and manufactures portable audio mixers, digital audio recorders, and digital video recorders and related equipment for feature film, episodic television, documentary, news-gathering, and acoustical test and measurement applications. The fourteen-year old company designs and manufactures from their Reedsburg, Wisconsin headquarters with additional offices in Madison, WI and Highland Park, IL. For more information, visit the Sound Devices website, www.sounddevices.com.

2013 NAB Show Highlight Reel No.1

Cooke 40mm T2.3 2X Anamorphic Prime Lens
Cooke 40mm T2.3 2X Anamorphic Prime Lens

I’ve decided that since there is so much cool new stuff to see at NAB, the best way to get the most bang for my buck on coverage is to make highlight reels of my favorite attractions. So that’s what I’m doing. Here is the first highlight reel, featuring products like the Blackmagic 4K Production Camera, the Blackmagic Pocket Cinema Camera, the Atomos Samurai Blade ProRes & DNxHD field recorder, and the new Cooke 2X Anamorphic Prime Lens.

Watch this video on YouTube or on Easy Youtube.

The next highlight reel will feature the Digital Bolex, the new MoVI camera stabilizer, and more! I’m heading down to the show floor as soon as I finish typing this coming exclamation point!

On Set: “Champion” starring Lance Henriksen, Dora Madison Burge, and Cody Linley

Setting up a shot on the set of "Champion."
Yours truly setting up a shot on the set of “Champion.”

As some of you may already know, I started working on a new feature film called “Champion,” as Dir. of Photography/Cinematographer. It stars Dora Madison Burge (Friday Night Lights), Cody Linley (Hannah Montana), and… wait for it… Lance Henriksen (every awesome movie, ever). I’ll cut to the chase: I’m approaching 40, and had no idea who Dora or Cody were before they signed up for this film (but it turns out they’re awesome).  But Lance Henriksen?! How effing sweet is it that I get to have one of my all-time favorite actors in front of my lens? I never would have thought I’d get this opportunity. Strap in, because I’m going to gush about this for a while.

Bring me the hat of Lance Henriksen
Let’s start the bad-assery here: Me wearing Lance’s hat. Well… his prop hat. It counts.

Like many people who are about my age, I first saw Lance in James Cameron’s “The Terminator” and again in “Aliens” in 1986, as the android synthetic human called Bishop. We all know how bad-ass the knife scene in that film was, and so far, everyone on set has been able to keep their cool and not ask him to do it. No-one wants to be “that guy.” He really did do it, BTW, and he said that Bill Paxton didn’t know about it beforehand; Paxton’s surprised expression while Lance was stabbing the knife between his fingers was authentic.

Since “Aliens,” Lance has been one of my favorites. His roles are always just so cool. But what I really love about working with him is the fact that Lance Henriksen the man is simply a dream to work with. He’s incredibly nice, laid-back, professional, and his experience really adds to the production. All of us on the crew of “Champion” will be better filmmakers after working with him. During breaks on set, Lance can often be found “holding court” as the crew gathers around him to hear his stories.

AF100 cameras and Samurai recorders get tuned up on the set of "Champion".
AF100 cameras and Samurai recorders get tuned up on the set of “Champion”.

Now, on to the tech: We’re shooting “Champion” on two Panasonic AF100 cameras capturing footage to Atomos Samurai recorders. Day One was a test of our patience, however, when one of our Samurais kept spontaneously turning itself off. After a firmware update failed to fix the problem, it was determined by the Atomos LA office that it was a faulty unit. They overnighted a new one to us the next day. I call that some pretty sweet customer service. Since then, both units have been flawless. Using the Samurai in the field is a dream. I wish they had brighter screens, though.

Both of our Samurais are running AtomOS 3, which adds some awesome and much-needed features to the unit, including peaking, zebras, false color, and the ability to not only mark clip ins and outs during playback, but also export XML so you can then open your rough cut in Final Cut Pro. Talk about a time saver: you can do your rough edit in the car on the way back from the set! I still wish the screen on the Samurai was brighter, but I can live with it, since I’m using my Cineroid most of the time anyway.

Since our MacBook Pros do not have eSATA ports, one piece of new technology that has made life easier on set is the new LaCie Thunderbolt to eSATA hub, which makes things flow much faster and allows us to save a lot of money in the storage budget. Footage can be backed up on multiple eSATA drives by our dailies editor without wasting any time. Before, we had to use USB 2.0 or FireWire docks, which was excruciating, considering we’re shooting about 100GB of ProRes footage per day. Yay for Thunderbolt. I just wish the Thunderbolt architecture would mature faster with third party suppliers. There aren’t many Thunderbolt products out there, which really confuses me, considering how fast it is.

My AF100 ENG Kit is Shaping Up

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.

Panasonic AF100 ENG Kit with Fujinon 10x4.8 Super-wide lens, Cineroid Metal EVF, and Atomos Samurai recorder
Panasonic AF100 ENG Kit with Fujinon 10x4.8 Super-wide lens, Cineroid Metal EVF, and Atomos Samurai recorder. Anton Bauer battery powers the ENG lens' servo zoom.

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 Atomos Samurai 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…

Panasonic AF100 ENG Kit with Fujinon 10x4.8 Super-wide lens, Cineroid Metal EVF, and Atomos Samurai recorder. Anton Bauer battery powers the ENG lens' servo zoom.
Panasonic AF100 ENG Kit with Fujinon 10x4.8 Super-wide lens, Cineroid Metal EVF, and Atomos Samurai recorder. Anton Bauer battery powers the ENG lens' servo zoom.

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.

AF100 ENG lens support stud mounted under Fujinon 10x4.8 SD lens
Home Depot Special: AF100 support stud mounted under Fujinon 10x4.8 SD ENG lens

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.

Screen Grab: Fujinon 10x4.8 SD ENG lens on Panasonic AF100 recorded ProRes422 to Atomos Samurai
Post-grade Screen Grab: Fujinon 10x4.8 SD ENG lens on Panasonic AF100 recorded ProRes422 to Atomos Samurai.Click through to see a 100% crop.
Screen Grab: Fujinon 10x4.8 SD ENG lens on Panasonic AF100 recorded ProRes422 (HQ) to Atomos Samurai
Post-grade Screen Grab: Fujinon 10x4.8 SD ENG lens on Panasonic AF100 recorded ProRes422 (HQ) to Atomos Samurai.Click through to see a 100% crop.

* 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.

New Announcements from Atomos at NAB Show 2012

I had the chance to interview Atomos CEO Jeromy Young at NAB, and he told us some very cool news about some upcoming products and updates, including the new Ninja 2 and the AtomOS 3.0 update, which will be released on April 30, free for Ninja 2 and Samurai users. Original Ninja customers will not be able to apply the upgrade (I’m betting due to hardware limitations), but Jeromy says that an economical upgrade path will be provided for original Ninja customers. Check out the video below!

Watch this video on YouTube or on Easy Youtube.

Atomos Samurai Review: Unboxing

Atomos Samurai Shipping Box
Unboxing the Atomos Samurai

My Atomos Samurai arrived yesterday, and after trekking to AllTex Electronics to pick up an SSD drive, I finally had a chance to try out the little recorder that I’ve had my eye on since I first saw it behind glass at NAB in 2010. The only SSD that AllTex had in stock that was fast enough, and not insanely expensive, was the 90GB Corsair Force SATA 3. It was not on the Atomos approved list of drives, but I figured with a peak write rate of around 500MB/sec it was plenty fast to record ProRes422 (HQ), which puts data down at around 220MB/sec, give-or-take. It was strange, though, that there was absolutely no information in the Corsair tech specs at the store about the drive’s sustained write rate. I decided to take a gamble on it, and sure enough, it seems to work just fine. After recording a single fifty-five-minute take in ProRes422 (HQ), I didn’t get a single glitch from the drive.

Atomos Samurai Case and Contents
Samurai case contents (clockwise from top-left): Samurai recorder; regional power plug adapters; SSD caddies (2); SSD Dock; Dual Battery Charger; Batteries (2)

First Impression:
If I had to choose one word to summarize my unboxing experience of the Atomos Samurai, it would be, “impressive.” The unit comes in its own custom hard case, similar to a Pelican, with custom foam inserts and an included shoulder strap. In this case is everything you need to get started using your Samurai, including the recorder, SSD dock, batteries (2), charger, USB cable, USB bus power cable for the dock, and a FW800 cable. An especially-appreciated inclusion were two (2) BNC to Mini BNC adapter cables for your camera’s SDI feed, so that’s one less thing you would have to order separately, as you would with other recorders on the market. In fact, the ONLY two things you have to supply separately of what is in the Samurai’s case is the SDI cable that leads from your camera, and the hard drives to record to.

Atomos Samurai Field Recorder
Detail of the Atomos Samurai unit
Atomos Samurai I/O ports
Atomos Samurai I/O (from left): HD/SDI in/out (record loop-thru/Playback); LANC Control; Stereo in/out/headphone

Immediately after opening the case, it was obvious how nice the build quality is. The Samurai unit and the dock are both very well put-together, and I immediately fell in love with the fact that the dock is bus-powered; you don’t have to plug it into shore power, and this is so incredibly handy for field work. I was also impressed with how well the SSD fit snugly into the drive caddy. Tolerances through the system seem to be engineered very precisely; seams are nice and even, components fit together tightly, and the drive caddy fits into the Samurai with a nice snug click that inspires confidence.

Atomos Samurai Included Accessories
(clockwise from left) USB cable; power adapter for battery charger; regional power plug adapters; SDI-MiniSDI adapter cables
Atomos Samurai Included Cables
FireWire 800 cable (upper left) and USB power cable

There were some other features about the package that I thought were just plain cool right out of the gate. The battery charger not only has two slots for batteries, but it also charges those two batteries simultaneously, which most dual chargers do not do. Also, Atomos has included four different standards of plug adapters for the charger, so if you’re traveling, you don’t have to worry about powering your Samurai… Just the rest of your gear, which likely did not include this amenity at time of purchase. Yet another nice touch.

I didn’t think I was going to have anything to shoot that first night after getting the Samurai, but as luck would have it, my friend, comedian Jay Whitecotton called, and had something to shoot. We’re working on a documentary together, and it turned out that night was opportune to shoot something. I recorded a single take that was fifty-five minutes long in Apple ProRes422 (HQ). The file size was about 60GB. At the end of the night, the power meter on the Samurai showed that I had used less than 1/4 of one battery. Good power consumption? Check.

Next: Using the Samurai

Another Use for a BlackMagic Design Hyperdeck Shuttle

Many of you already know about BlackMagic Design’s new SDI/HDMI recording device, the Hyperdeck Shuttle. If you don’t know, then the short of it is that the Hyperdeck Shuttle takes an incoming video feed from either SD/HD-SDI or HDMI, and transcodes it to 10-bit uncompressed Quicktime on the fly, and writes it to a 2.5″ SSD drive. There are several good products that do this, but none that do it so cheaply, at US $350.00. I think the closest competitor is the Atomos Ninja at $995.00. What makes the Hyperdeck Shuttle so cheap is that fact that it’s so simple. No display, no menus (unless you’re using the computer interface app). Just standard record/play deck buttons to worry about, and you’re off to the races. Plug your camera in, hit record, and go.

The only drawback to the Hyperdeck Shuttle, in my opinion, and the only reason why I won’t buy one yet, is the fact that you have to hit RECORD manually; the unit will NOT detect time code from the camera and start on its own. When BlackMagic fixes this issue, I’ll probably buy two of the things. My friend Ed, however, DID buy one, and last week, we found another great use for it: acting as a real-time record backup unit for a TriCaster.

BlackMagic Design Hyperdeck Shuttle
BlackMagic Design Hyperdeck Shuttle recording from a TriCaster

If you don’t know, a TriCaster is a miracle machine made by the folks at NewTek. It is, essentially, a TV studio in a box. It takes in multiple camera feeds and allows the operator to switch, add titles, graphics, transitions, etc. and output a ready-made show while simultaneously outputting to a live web stream if desired, and it’s only the size of a small desktop computer case. However, the TriCaster does have one very annoying trait (at least the model I have): Once your show is finished, instead of copying the final file off of the machine’s internal hard drive for delivery to the client, you have to actually PLAY the file out from SpeedEdit in whatever format the client wants, just like you were writing to — shudder — tape. You can’t copy the original AVI from the hard drive because it is written in some proprietary NewTek codec, and it can’t be played unless it’s on the TriCaster, or at least, taken into SpeedEDIT.

But, thanks to the Hyperdeck Shuttle, we have a workaround. Simply take the TriCaster’s HD-SDI out feed, plug it into the Hyperdeck Shuttle, and hit RECORD. While the show is in progress, the Hyperdeck Shuttle writes the program to a .mov file on the SSD, which you can then simply hand to your client when the production is over. Just bill the cost of the SSD into the job, and you’re golden. DON’T leave it up to your clients to supply the drive; they will inevitably cheap out and think that a slower drive is just as good, and you will end up with an SSD that isn’t fast enough. You should have a drive that can sustain a 250mb/sec write speed, especially if you are recording an HD feed.

BlackMagic Design Hyperdeck Shuttle – First Impression

 blackmagic design hyperdeck shuttle
Hyperdeck Shuttle
My partner in crime, Ed Lozano of LCTV Inc. ordered a Hyperdeck Shuttle from Markertek a few months back, and it finally arrived yesterday. I’ve been very curious about this new, exciting, and attractively-priced external HDMI/SDI recorder from BlackMagic Design, so I met him at his place for the unboximg.

The first thing we noticed was that the device was larger than we thought it was going to be. Scale is difficult to gauge from the product photos, and I guess my subconscious was expecting it to be smaller (I have to stretch my hand to palm the thing). It isn’t too big, mind you, it’s just bigger than I was expecting.

The second thing we noticed was that it looked like it was incomplete. The gray insert that cradles the SSD drive was missing. After double-checking the box and styrofoam inserts, we discovered that yes, it was indeed left out… I’m not quite sure how the thing could leave the factory without its drive caddy, but that’s what happened. To their credit, BMD was cool and offered to send Ed an advance replacement. Obviously, we couldn’t test it, so there’s my first impression; it’s bigger than I thought, and it was incomplete. More later, when the replacement arrives.

OH, one impoortant thing… The SDI ports on the Hyperdeck Shuttle are not the standard BNC connectors. They are the mini DIN connectors, so you will need to buy an adapter cable (I think it’s the Mini DIN 1.0/2.3 cable) in order to record via SDI from your camera. The cable is NOT included in the box.

The second important thing is that the Hyperdeck Shuttle does NOT record automatically from time code detection; you MUST hit RECORD on the device in order to start recording. Booo. BMD said that there may be a firmware update in the future that would add time code detection, but they guy on the phone wasn’t sure about that. More on the topic when I hear about it…

For that reason alone, I wouldn’t buy a Hyperdeck Shuttle yet. But, once BMD adds TC detection, my tune will likely change. At US $345.00, it will be just too cheap to pass up.