I’m so fortunate to work with talented folks like Cassandra Morris, Stephanie Sheh, and Tara Platt. It’s not surprising how well recording sessions go with good actors on the sound stage. And as you can tell from the pictures, we didn’t have any fun during these sessions at Skylark Sound.
At the mic with Cassandra Morris [imdb]
At the mic with Stephanie Sheh [imdb]
At the mic with Tara Platt [imdb]
More pics with actors in the studio.
A pin board of voice actors.
UPDATED: June 2020
It started as a simple idea: what’s an effective way to improve location recording acoustics with low cost materials? Since I already owned some packing blankets and absorptive panels, all I really needed was a method to prop them up effectively. And everything needed to collapse into relatively small pieces to fit inside my Camry.
I decided to focus on the packing blankets, with a support structure made of PVC pipe – the kind used for delivering water in houses, for irrigation, etc. I thought it might be handy to have the ability to hang one blanket on the structure, or configure a larger version that could hold two blankets. Over the weekend I spent roughly $60 on PVC & hand clamps then went to work.
The first pic shows the smaller, single blanket “L” configuration. I laid a panel on top to see how it might function as a lid. This single blanket likely doesn’t have enough coverage to significantly contain a performer and provide much separation from other sound sources. But it might be useful to cut down reflections behind a performer.
The larger, two blanket “C” configuration shown below would significantly deaden a recording situation, especially with a third blanket on top as shown. I’d like to reduce the sag of the top blanket with some additional structure up there. The blankets are heavy enough (have enough mass) that they would also provide some isolation from other sound sources in the same room. This larger version seriously limits sight lines though, so I’m considering clear vinyl sheets (as used for some shower curtains) to create small windows.
It’s worth noting both configurations can open up if the top-front support pipe is removed. Wider angles form more of a wall/curtain than an enclosed booth. I can also imagine making a few more of these that could work together in a modular fashion, further expanding options.
This is a solid beginning to affordable, portable acoustical tools that are easy to transport. With some more work, improvements may be discovered. I hope this inspires you to take a do it yourself approach to acoustics and recording. And here’s a pro tip if you decide to work with PVC: a handheld pipe cutter tool is far superior to a hacksaw.
Check out Dee Bradley Baker’s use of PVC to support heavy sound blankets inside a closet- Building a home studio in a closet
There is an Ampex 3001 microphone in the collection of The Museum of Modern Art in New York! The microphone element was made by Shure, but the overall industrial design of the mic was created by American artist Terrance Nelson Taylor. It’s certainly one of the more stylish microphones made in the 1960s.
The Ampex Model 985 reel-to-reel tape machine came stock with a pair of 1101 microphones. The 3001 seems to have been a microphone upgrade option. Both the tape machine mic input and the 3001 output are unbalanced. The sound is undeniably Shure Unidyne, of which I happen to be a big fan. But it seems to be transformerless, which opens up some new sonic options depending on how you interface it. It’s great for any source where you might use an sm57 but with the tweak-ability (and, admittedly burden) of choosing the kind of interface the element pushes into, transformer or otherwise.
It’s been a fun microphone picture series. Thanks to everyone for following, participating, and encouraging.
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Index to the whole Name That Mic series.
Alexander Brandon asked,
What are rates like for editing for games compared to film/TV?
The upper tiers of film and television jobs offer compensation based on a half century of labor agreements and precedent, to some amazing veterans of entertainment. Game audio is still developing by comparison, so there are fewer standards for pay and fewer long-time experts commanding high-end compensation. But you can find horrible pay at the lower end of any of these media industries without looking very far.
Listen to other questions and answers… Dialog Editing for Game Audio.
Our final microphone in the series is moving coil with a cardioid pattern. The element was made by a prominent US microphone manufacturer but sold as part of a tape recording machine with the name of machine’s manufacturer on the mic (obscured in this pic). The input on the tape machine was unbalanced, thus the mic output was also unbalanced. Do you know this microphone?
Follow this WordPress blog, or via Twitter or Facebook to find out if you were right, and try to guess all of the microphones in this series.
Index to the whole Name That Mic series.
The Schoeps CMC 6 modular series are known for their accuracy, both in frequency response and consistency of polar pattern. The mic pictured is known as the CMC 641: the CMC 6 mic preamp body with an MK41 supercardioid capsule on the end.
In other views we can see the optional CUT 1 variable low rolloff.
I love this mic for location sound, ADR, stereo arrays… just about anywhere a nearly perfect supercardioid, uncolored microphone would be useful. The rolloff helps compensate for proximity effect, which tends to be noticeable. No, Schoeps microphones are not cheap. But they sound great and are useful in so many different recording situations, that the cost may be justifiable.
Follow this WordPress blog, or via Twitter or Facebook to to guess all of the microphones in this series.
Explore Schoeps Microphones (English).
Index to the whole Name That Mic series.
How about a small diaphragm condenser? This microphone is modular, so there are many possibilities. This one happens to have a supercardioid capsule on it. Can you name it?
Follow this WordPress blog, or via Twitter or Facebook to find out if you were right, and try to guess all of the microphones in this series.
To be honest, this mic is a bit of a mystery to me. It’s definitely omni, with no proximity effect, which is probably one of the reasons why harmonica players like this microphone for cupped, handeld playing style. It has a peculiar frequency response. Check out the graph-
After pouring over the literature, I believe this mic is a Shure 430, part of the 400 series of “Commando” mikes, so named for their durability and green finish. The operating principle is described as Controlled Magnetic, which might be moving coil, but I’m not certain.
In addition to harmonica, I like this mic for re-amping, as a room mic, or anytime we want something to sound really different. Plus it looks retro cool, which has nothing to do with the way it sounds, but might inspire a great performance.
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The giant list of discontinued Shure microphones is like a walk through time.
Index to the whole Name That Mic series.
The distinctive look of this microphone ought to give it away for anyone who has used one. The mic was made by a US manufacturer based in the middle of the country. The pattern is omnidirectional. The mic was sold unbalanced, though there was a kit available to balance it.
Follow this WordPress blog, or via Twitter or Facebook to find out if you were right, and try to guess all of the microphones in this series.
The Altec 680A moving coil microphone is omnidirectional. It sounded great when I spoke into it for Episode 179 of the Home Recording Show. Sound enters through a 2 mil channel behind the head of the mic. This narrow passage supposedly creates an “Acoustic Gate” that eliminates high frequency peaks. And because it’s an omni, there is no proximity effect and — according to the literature — there is no wind noise. I’ve not thoroughly tested these claims, but it makes a cool room mic for loud sound sources.
Click any image to enlarge
Follow this WordPress blog, or via Twitter or Facebook to to guess all of the microphones in this series.
Index to the whole Name That Mic series.
Randy Coppinger 