Mixer

Thursday, September 22, 2011

Church Sound: How To Avoid Seven Common Mute Mistakes

You wouldn’t think one little button with one simple function would cause many problems but it does!
This article is provided by Behind The Mixer.

 
How many mute mistakes have you made? 

You wouldn’t think one little button with one simple function would cause many problems but it does! 

Time after time, people fall victim to its simplicity. Now you can find out how to minimize your mute mishaps.

The first mute mistake I ever made was when I was working at radio station 89.5 WFCI – Indy’s New Rock Alternative. 95 percent of the music was on CD with 5 percent being on vinyl. The CD players were set to stop after a track was played. As a DJ, that was great because I never had to bother with fading or muting a CD channel on the mixing board.

But then came the Eurythmics.

Their album was on vinyl and it was the first cut on the A-side.

The song lyrics ended and the last 20 seconds were instrumental. I announced the standard segue with the radio station call letters, the name of the song I’d just played and then did the pre-sell for the next three-song set. Somewhere along the way, I also started the next song.

I turned off my microphone and then something caught my attention. The song on the air didn’t sound right. It was a new song, the format was alternative rock (when it was up and coming in the mid 1990s), and I’d never heard it before. Even with all that being said, I knew something was wrong. Out of the corner of my eye, I saw the record player still spinning.

The second track on the vinyl album was playing at the same time as the one in the CD player. I’d been so used to the auto-stop of the CD player that I’d forgotten to mute the record player!

What is muting? 
The idea of muting is simple. Looking at each channel, your mixer will either have a mute or an on/off button. For simplicity, I’ll reference this as the mute button. Using the mute button, you silence that channel completely. This includes anything going to the monitors.

There are also assignable group/VCA mutes. In this case, you can route multiple channels to one control for volume and mute-ability.

Getting technical in 3…2…1…
A VCA-enabled mixer works differently than a non-VCA mixer. Without getting overly technical, the difference between the two is the point in which the “group control” takes control of the individual channels. 

A VCA-enabled mixer has a VCA (voltage controlled amplifier) on each channel that pulls the signal before the channel’s fader and controls the signal separately from the fader.  A non-VCA-enabled mixer gets the signal after it goes through the channel fader.

The more components a signal has to traverse, the more noise that can be introduced into the signal. Therefore, the VCA-enabled mixer doesn’t require the signal to go through the additional fader component of the channel.

Let’s talk common mute mistakes
There are seven common mute mistakes:

1) Not muting unused open microphones.  An open microphone that’s not being used can introduce noise and unwanted stage sounds into your mix. Also, in the right scenario, they can become the cause for feedback. Mute every unused open channel.

2) Muting instead of fading. Picture this, a soloist is singing to a recorded track. She stops singing and the CD track begins fading out. Suddenly, the music stops. “NEXT!“ That’s about how it comes across; “you’re done, I stopped the music, please exit the stage.” You are producing the whole service, so everything should flow together. Therefore, fade music all the way before you mute the channel.

3) Muting without fading. The best example of this is that you are playing the recorded track from #2 and you let the CD music fade naturally as per the recording. Then you mute the channel once the song is over.  Fifteen seconds later, you hear something coming from the stage. You have muted the channel but the monitor is still active and the CD is now playing the next track. Therefore, when playing media, remember it’s best to use both the mute and the fade in case you forget to hit the STOP button.

4) Un-muting with the volume up. The pastor starts talking and you’ve forgotten to un-mute his channel. Therefore, you un-mute it with the fader already at the nominal level. POW! His voice bursts through the air in a rather unpleasant fashion. [Unpleasant fashion?  Where did I pull that phrase from?] Instead, move the fader down, un-mute the channel, and raise the fader up to the proper location. This one isn’t so much about not making a mute mistake but how to best recover from it.

5) Incorrect muting with mute groups. Going back to the mute group / VCA comments I made earlier in the article, depending on your setup, you may or may not be muting the monitor sends as well. Make sure you have your pre/post fader channel options selected correctly and test them by muting the group during rehearsal.

6) Unassigned mute group channels. Do you have the background singers in a mute group? Are you sure you have them all in a mute group? If not, one background singer will quickly become a soloist. Double-check your routings and settings regarding groups.

7) Missing a cue. You didn’t un-mute a channel in time. I almost didn’t list this one as it seems more about paying attention and less about the mute button…but when it comes to that lil’ ol’ mute button, it’s front and center. You need to bring your A-game each time you are behind the mixer. Do that and missing a cue won’t be a problem.

Summary
Mute mistakes are the biggest mixing issues the congregation notices during a service.  One or two people might notice a mistake in the drum mix but when you miss a cue or jar them by suddenly muting an active channel, everyone will notice.

Ready to learn and laugh? Chris Huff writes about the world of church audio at Behind The Mixer. He covers everything from audio fundamentals to dealing with musicians. He can even tell you the signs the sound guy is having a mental breakdown.

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Posted by Keith Clark on 09/22 at 02:35 PM
Church SoundFeaturePollTrainingConsolesEducationEngineerMixerTechnicianAudio • (2) CommentsPermalink

Wednesday, September 21, 2011

In The Studio: Song Arrangement 101

Arrangement ultimately bridges the gap between the composition and the mix. Here are the concepts and components of a solid musical arrangement
This article is provided by the ProAudioFiles.

 
Before getting into the meaning of arrangement, I want to take a moment to stress the importance of arrangement. Arrangement ultimately bridges the gap between the composition and the mix. Give that a moment to resonate, and I will clarify.

Arrangement refers to the organization of any aspect of a song. A song can be organized in many different ways and still be essentially the same song. The arrangement is simply the way in which the song is delivered.

While there are many different ways of thinking about arrangement, for this article I’m going to talk about three in specific: harmonic arrangement, structural arrangement, and the progression.

Harmonic Arrangement
The harmonic arrangement is the organization of instruments and their melodic or harmonic roles. The idea is to construct a sonic image using the natural timbre of sounds in the song. For example, do you have a flute playing a part, or a guitar? Which voicings do different instruments take, and what effect will that have on the listener? This is entirely the producer’s or arranger’s choice – and there aren’t really “rights” or “wrongs”, but here are some ideas:

Harmonically dense sounds such as accordions, organs, string ensembles, etc, take up a lot of sonic space. Two easy ways of making these harmonically rich sounds work well is to:

1) Have them doing simple parts that coincide with the main melodic movement. This is a good way to add fullness to the sound, and to vary the progression. For example, you can have your main theme and bass playing during the first part of the verse, and have a string ensemble doing something simple and basic come in during the second part of the verse. This keeps the energy building throughout the verse without actually causing dramatic changes.

2) Have them take over as the main focus with few other harmonic parts at the same time. Having an accordian front and center is going to eat up a lot of sonic space. To retain clarity, you can make this element focal, and keep everything else sparse. Between a string ensemble, a bass, rhythmic elements and vocals, your mix won’t feel sparse at all.

Contrary to these ideas, you could go for the “Wall of Sound” idea, where you move tons of dense harmonic parts and mush them all together, then stuff them way behind your lead elements. This creates an extremely dense sonic pallet, but it comes with the cost of instrument clarity.

When the harmonic arrangement is not well thought out, the mixer is often tied down to using a lot EQ in order to allow the instruments to be heard correctly.

Harmonically open sounds such as flutes, clarinets, sine wave synths, or even the middle timbre instruments like trumpets and pianos function differently.

You can create more elaborate counterpoints – but keep in mind these two ideas.

1) Separation. Put things in their unique pitch ranges – if you have a counterpoint working in the same range of notes, you lose the clarity not just of the instruments, but of the harmonic lines as well.

Separate the notes in range more and suddenly you have multiple dynamic harmonic lines that can be introduced or taken away through the course of the song to add dimension and development to the progression. The mix benefit here is that you won’t need much in the way of EQ to make these elements work together, if any.

2) Layering. You can always assign multiple instruments to the exact same role, creating a hybrid-timbral instrument. One of my favorite tricks is to double a rhythm guitar line with a cello. The harmonics are potent – stronger than simply layering up guitars (in my opinion). The trick in the mix is to make the separate layers blend, as opposed to trying to create separation.

Structural Arrangement
The structural arrangement is the order in which different sections occur, and how they feel comparatively. Structural arrangements rely on the idea of sections. Sections are thematically independent parts of a song that still relate to the other sections.

Common sections are:

Intros – Brings the song up from non-existence.

Reprise/Chorus  –  This is the repeating part of the song. It is usually also the most defining part of the song.

Hook – A hook is the part of the song that is used to stick in the listener’s head. The reprise is almost always the hook, but there can be multiple hooks in one song.

Pre-Chorus – The pre-chorus comes right before the reprise/chorus. It’s used as a transitional segment that builds the tension before the chorus begins. A well designed pre-chorus is often the difference between a pro song writer and a novice song writer.

Verse – The verse is the counter section to the reprise. It’s a place to explore and develop the song ideas that ultimately culminate in the reprise, with more allowance for variation and development.

Bridge – A bridge is a transitional segment that brings one section into another. While technically a pre-chorus is a bridge, often a bridge is thought of as a piece that bonds two similar sections together. In other words, a pre-chorus brings the verse to the chorus. A bridge may bring that chorus to another chorus, or a verse to another verse. It’s a way to rejuvenate life into a repeating section.

Outros – Brings the song into non-existence.

Structural arrangements are part feel and part science. Often times, songs aren’t written linearly – we get an idea for a part and then decide it works great as a verse or a chorus. Then we come up with another part that in some way compliments the first, and that becomes our other main section. Then we have to decide how the energy feels between the two.

Do they connect perfectly or does there need to be some kind of bridge? Can the song just jump in with one of the parts, or does there need to be an intro?

Progression
If structure is the macro arrangement of the song, the progression is the moment to moment arrangement. This refers to the variation within a section – the bringing in and out of different instruments, large cadences, or moments where the instruments all drop out entirely adding excitement and providing “forward movement.”

In a song, there has to be some kind of energy dynamic or everything just sounds like one endless section. Often times the verses are more open and less energized musically than the reprise/chorus – so in order to keep the energy alive, we need a different type of energy. Instead of harmonic energy, we look at dynamic energy – the change of events from moment to moment – the temporal factor.

If you listen closely to any good song you’ll notice every moment has some uniqueness to it. Often it’s subtle, and in the performance. But equally as often, it’s small changes to the melody, the harmonies, the instruments, the rhythm. The idea is to have things sounding the same, but without sounding repetitive.

Conclusion
A well-thought arrangement will yield a song that never gets stale, and practically mixes itself. This allows for the whole of the production process to yield less compromising and more creative thinking.

So don’t forget to think of your timbres, progression, and structure when putting together your next song.

Matthew Weiss records, mixes, and masters music in the Philadelphia, New York, and Boston areas. Find out more about him here.

Be sure to visit the ProAudioFiles for more great recording content.

 

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Posted by Keith Clark on 09/21 at 12:16 PM
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Wednesday, September 14, 2011

In Profile: Maryland Sound’s Bob Goldstein, Doing Really Big Really Well

“Doing shows is our first, primary love. There’s nothing better than a great sounding show.” - Bob Goldstein

It’s fair to say that Bob Goldstein loves a challenge, and the bigger, the better.

“We do really, really big, really, really well. Everyone puts in the effort. There’s no quit,” he says.

Consequently, when Goldstein talks about his life and career, he does so by relating anecdotes that focus on the challenges – personal and professional – that he and MSI have proudly met over time.

Some are a result of the incredibly complex jobs he delights in taking on, while others are the product of a love affair with the arts that dates back to the very beginning of his career, from when he first began playing bass guitar in local Baltimore-based bands in 1961.

That love has always fueled his work in audio, he explains, as well as an abiding interest in history, art and architecture that has, literally, caused him to lose a fair bit of sleep over the years. “As long as I was on the road, I never did a tour bus. I’d always make a point of driving through places, going to museums and historical sites. It was tough because I never slept, but I liked driving the truck because it allowed me to stop and see things.”

As a result, Goldstein has a wealth of stories well worth telling. Stories that range from good, like the company building its first MSI “Super-board” from scratch for an early Andy Gibb tour in 30 days, to downright ugly, like an early misadventure with electricity that prompted him to rethink his pursuit of a career in music.

“When I was 15 I picked up an electrical cord. I had a bit of moisture in my left hand and the thing exploded and burned all the skin off of it. I had a gig the next night, and it’s hard to fret a bass with the skin burnt off your hand. So I realized right there, this is a really fragile existence.”

It was that realization that would ultimately lead him to a life on the road and the founding of MSI, a company that has gained a reputation for taking on jobs considered virtually impossible, and doing so with a degree of calm that has often prompted clients and competitors to shake their heads in disbelief.

Taking It On
Anyone responsible for sound reinforcement in large outdoor venues faces challenges, including huge storms and often punishing timelines. But some that MSI has faced trump weather and scheduling issues in a big way: chief among them negotiating security while trying to provide sound for more than 2 million people - the largest audience to attend a civic event served by an outdoor system in the history of the U.S – for the January 2009 inauguration of U.S. president Barrack Obama. (Go here to see our Photo Gallery of the system for the inauguration.)

Then there’s the Times Square New Year’s Eve extravaganza, which had never had sound reinforcement prior to 1998-99. It was an event other companies approached for the job considered impossible, but also suggested organizers speak to a “crazy company from Baltimore,” who might just take it on.

In all, there were 150 conditions governing what type of infrastructure could and could not be used. “

No generators, structures, or wires, nothing you could climb on, nothing with fuel. And no testing time; you have to set it up and it has to work perfectly,” Goldstein says.

The solution: individual negotiations with owners of surrounding buildings to get clearance to drill holes in those buildings and crane-mount loudspeakers that would tap into existing A/C infrastructure to power a unique microwave system to transmit signal. And although the system has changed since then, MSI has been contracted to provide sound for the event every year.

Goldstein’s passion for audio manifested itself initially while he was growing up in Baltimore. “When I was 11 my grandmother bought me a bass guitar. There were no bass amps that were worth anything back then, so I built my own and taught myself what sounded good and what didn’t.”

He went on to gain a reputation as a bass guy, he adds. Correspondingly, MSI always set the bar very high for bass devices, providing some of the most powerful of the time and prompting a member of the Commodores to comment, “A lot of guys got bass, but MSI’s got the thunder.”

Early Touring
By age 16, Goldstein was working as a musician and as a sales manager for a local electronics company, a combination that led to his first job as an engineer/DJ, a regular weekend gig in the summer of 1966 at Baltimore’s inner harbor.

Working from midnight to 6 am, he soon got to know the staff and owners of numerous local nightclubs, and it led to a house gig at Club Venus, host to numerous well-known acts of the time. “That was when I started Maryland Sound,” he adds.

A view of some of the line array towers deployed by MSI for more than 2 million in attendance at the inauguration of Barack Obama, the 44th president of the U.S.

When Frankie Valli and The Four Seasons came through in 1968, Clair Brothers asked Goldstein to tour as their mix engineer. Studying architecture at the University of Maryland at the time, Goldstein jumped at the chance, becoming one of the first touring engineers for the company.

Although he wanted to be an architect, he also wanted to be a sound engineer, and there was no formal training available for audio. “I took engineering and music composition courses, but you couldn’t really put a useful group of classes together.” Instead, he opted to continue his education in sound on the road. His first lesson: expect the unexpected.

“I had a bunch of Altec Voice of the Theatre (loudspeakers), power amps, and a mixing console made up of Altec rack mounts strapped together with a treble and bass control on every five mics.” All packed, he adds, “in my brand-new blue Dodge Maxi Van.”

After his first show, at Temple University in Ambler, PA, Goldstein got into his van and headed for the next gig.

Just as he was coming out of the Lehigh Tunnel in his sparkling new ride, around 3 am, he felt something hit the front of the van.

“I hear BAM, pull over to the side of the road, and there’s blood and guts all over the side of my new van. And there, in the middle of the road, about 150 yards back, is this headless Black Angus steer. He must have lifted his head just as I hit. If I’d been driving a foot and a half to the left I’d probably be dead.”

Goldstein found the head wedged into his front bumper, but what first occurred to him wasn’t how to pull it free, it was what to do with the rest of the beast.

“My family would buy a quarter of a steer for, I think, $1,800 to $2,000 back then. I thought, my god, this thing’s worth 8 grand, so I’m trying to figure out if I can strap it on the van. You’re not thinking, right? Then I realize I’m going to be out on the road for six months and it’s going to stink by tomorrow, so I gave up.

“My first day on the road,” he adds, laughing, “and I said, ‘well, this is going to be an interesting life’.”

Building A Reputation
Two years into the gig, when Clair Brothers asked him to take on another project, Goldstein felt he couldn’t leave Frankie Valli. “You’re talking about a show that has a lot of cues. You can’t just put someone else in there without training them on what Frankie and the band liked, and I didn’t like the idea of leaving them high and dry.”

He still considers the band his favorite. “It was where I started. When I played music that was what I played - doo-wop, Motown and R&B.”

He also felt he was an integral part of delivering the music to the audience, a role he takes enduring pride in. And although he did tour with many acts over time, he continued working with The Four Seasons until 1985, at times doing upwards of 200 shows a year.

Building MSI from the road before the advent of cell phones and email was nearly an impossible task in itself, but Goldstein explains, “You do a good job and people start asking ‘can you help with this or that?’ You start hiring people, sending them out and they do a good job. Then you hire more people, they do a good job, and you get a good reputation.”

As MSI grew it integrated other companies to expand its capabilities and geographical reach, among them Northwest Sound and Stanal Sound, and since, has branched out into virtually every segment of the industry. But concert sound remains Goldstein’s greatest pleasure.

“Doing shows is our first, primary love. There’s nothing better than a great sounding show.” Having said that, Goldstein stopped doing sound personally in 1985 to focus on his company. “I didn’t mix for 20 years. Some could argue I should have stayed on the road instead of tinkering with what was working at the office,” he says, laughing again.

Pushing Limits
A self-admitted perfectionist, high production values and great musicianship are what Goldstein has always valued most highly in an act; artists who push their own limits and thus force him to push his. “Great voices,” he explains, like Whitney Houston, Frankie Valli, Minnie Ripperton, Mariah Carey, Daryl Hall and Josh Groban – who he began mixing when he felt able to delegate the day-to-day running of MSI to others.

“I went back to mix Josh Groban in 2004, and what I’d forgotten about when I was in the office for all that time was that addiction you have for the drug of the audience. When they go nuts it’s not for you, but part of it is, and it’s a great feeling knowing you translated the music well.”

As for the future, Goldstein sees MSI working on more and more television, broadcast and corporate applications and continuing to push the limits of possibility at ever-larger events and concerts. Again, he stresses, the bigger, the better.

“Tell us there’s something we can’t do. We thrive on that. We like doing big. Anytime somebody’s got a big project, send it on this way. We don’t mind doing small, but we love really, really, big. If you can think of something that will draw 15 million people, give us a call. We would really enjoy that.”

Based in Toronto, Kevin Young is a freelance music and tech writer, professional musician and composer.

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Posted by Keith Clark on 09/14 at 03:45 PM
Live SoundProductionFeatureSlideshowProductionAudioBusinessEngineerMixerSound ReinforcementSystemPermalink

Tuesday, September 13, 2011

School’s In Session At NYU With Yamaha PM5D Digital Console

Recently the Skirball Center replaced its older analog front of house console with a Yamaha PM5D digital audio console purchased from Scharff Weisberg.

New York University’s Jack H. Skirball Center for the Performing Arts is the premier venue for the presentation of cultural and performing arts events for all of NYU and lower Manhattan.

Since opening in 2003, the 860-seat Skirball Center has been an educational and community building resource, providing NYU’s first large-scale, professional performance space on campus.

Recently the Skirball Center replaced its older analog front of house console with a Yamaha PM5D digital audio console purchased from Scharff Weisberg.

“About once a month a client would have to rent a digital board, and it was almost always a Yamaha PM5D,” states Ethan Bade, head audio engineer.  “Our purchasing decision was made pretty clear after speaking with engineers who had brought in various consoles in the past, that a 5D would eliminate additional rental costs and save on set up time.”

Both Bade and his associate engineer, Alan Busch, are very familiar with Yamaha digital boards and said the recall features are what sold the Skirball staff on a digital console, as there are several events that return on a monthly basis that have the exact same set up each time.

“In addition to engineer familiarity, the Yamaha PM5D was particularly attractive due to its ease of connectivity to the DME (Yamaha digital mixing engine) which was upgraded from a DME32 to a DME64. We also have a DSP5D on the deck cascaded to the PM5D via a DCU5D.  Drive lines to the DME in the amp room under the house are sent over Audinate Dante cards. Our signal paths are now digital all the way from the stage to the amps.”

Skirball handles roughly 120 in-house presentations and co-presentations each season, as well as more than 100 events by other university departments and clients from the community. The venue is a very versatile performance space, with programming spanning the arts: dance, popular and world music, corporate conferences, theatre, family entertainment, comedy, movie and live event viewings and television broadcasts.

Michael Harrington, the Skirball Center’s Senior Director, says, “We are proud not only to have such a unique place in the cultural capital of the world, but to use it for a unique purpose—engaging young audiences, both within and outside the NYU community, in a wide variety of performing arts, including premieres of important and innovative new work from around the world.”

Skirball Center
Yamaha

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Posted by Keith Clark on 09/13 at 11:00 AM
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Thursday, September 08, 2011

The Focus Zone: Making The Most Of Our Resource Management As Mix Engineers

All I’m saying is let’s get our audio setups back on track so we can keep our eyes on the show...

To accomplish anything in life, we, as humanly creatures, must utilize an assortment of resources to accomplish any given task.

For example, going to a store to purchase something involves brain time in making the decision to venture out, “wear and tear” on our vehicle, and the depletion of our finances – all are expenditures of resources.

Even something as simple as watching TV, in which our visual and auditory perceptions are held captive or distracted, can be viewed from the perspective of having a resource cost.

According to our grade-school teachers, we possess the ability to perceive via five methods: sight, smell, taste, touch and hearing. Though these seem a bit oversimplified to me - and our ability to sense things like tension, fear, and acceptance seem awkwardly overlooked - the primary five will do for the points at hand.

If indeed we have this somewhat limited array of perceptions, and not unlike a computer, we also possess a finite ability to process the data supplied by our five input data ports at any given point in time, then theoretically the fewer things we focus on, the better we can be at them. Put another way, there are only so many things we can pay attention to, deal with, and effectively manage at any given moment.

As sound engineers, we do our best not to be distracted, to focus on listening and turning knobs to achieve the desired sonic outcomes. Watch, listen, adjust, repeat, over and over again, perhaps hundreds and hundreds of times during the course of a single show.

In a way, sound engineers for rock shows do not differ that much from the musicians we reinforce. Imagine a drummer, mid-drum solo, being asked to do some math calculations or give directions to the next gig - how would that affect his/her performance?

Think about the best shows you’ve ever seen. Were the musicians distracted or purely focused in the moment?

Guiding Force
We’re faced with the challenging task of immersing in two parallel realities. Usually we deal with a band playing or a person speaking whose primary focus is to communicate and connect with an audience. Our ability to stay in tune with that connection, whether riveting or disconnected, is the guiding force behind the technical decisions we make.

Meanwhile we control the sound the audience hears using a myriad of complex and technical tools. Again, also not unlike the musicians, we use physical items to transfer our thoughts into realities that can be experienced by others.

If we let ourselves become too focused on the performance, we may miss cues and lose our ability to preempt corrections that need to occur. If we let ourselves burrow into the methodic and technical control of the audio equipment, we may also miss the opportunity to enhance the connection between performers and audience.

It all comes down to our ability to maintain a macro awareness of the whole picture whilst micro controlling the sonic presentation in the most efficient and ergonomic means possible.

Every move or alteration of every equipment control requires our humanly resources. Every resource required is one less we can dedicate to awareness of our surroundings.

What does it take to add some high frequency to a vocal microphone? First we realize it needs to occur, requiring awareness of the show, then we locate the right knob and physically grab it, turn, listen, mentally compare the results, maybe readjust and finally, completed task. Perhaps the knob can adjust no further – is this a physical sensation where it stops moving, or a visual one where it continues to spin and we also must use our “sight resource” to confirm?

Where was the knob when we started? How much rotation remains should more adjustment be needed? Was it also necessary to call up a screen to see? Is the knob even controlling the correct thing? How much thought power did that minor adjustment take? Did we, at any time, lose focus of the bigger picture?

Now do that hundreds of times in situations where performance expectations are high, and it can quickly become apparent that equipment that draws heavily upon our humanly resources can compromise the quality of our craft.

Less Complexity
What I’m discussing here actually applies to two groups of people - sound engineers and equipment designers.

For the engineers, I’m highlighting the importance of minimizing the operational complexity of the equipment, in addition to increasing the awareness that indeed having to look at the controls we touch, however briefly, dilutes and distracts. Not unlike a guitar player who must watch his or her fingers to play, or a singer that must read the lyrics, total immersion is lost.

As a result, it behooves us to push for and demand equipment that allows us to see what is going on and instantly grab control.

For equipment designers - no, it’s not O.K. to access key aspects buried down multiple menus. Yes, there are engineers who mix great shows on complex cumbersome gear, but I’ll venture to say that those same engineers will mix even better shows on gear that requires less resources to operate.

It’s no secret that I’m not a fan of digital consoles, yet I also know that they’re are an important and valuable mixing tool that are here to stay.

My issues with digital consoles are not sonic, but rather, are about control.

I want my mix control surface to parallel what I experience while driving a car. I want to see all relevant information at a glance and have instant access control over the vehicle.

Pressing a button that switches the windshield into the car stereo screen, or a video monitor allowing me to see what is in the trunk, is unacceptable. Would you be happy with a rotary encoder for a steering wheel? Well, perhaps, but some sort of motional feedback would be important.

Eye On The Ball
Digital gear designers, how about a little nub on the rotary encoder knobs and an “analog mode” that allows us to feel the knob position with motional feedback end stops, freeing up our eyes for other tasks? How about making some outboard rack units with assignable metering and knobs so we can move critical controls and visual indicators out of the console catacombs and into the racks?

How cool would it be to have eight meters, with three knobs per meter, in a separate two rack-space unit where we could cluster all of our gates? (Hey look – all of my gates are right there, clear as can be, always!) I’d also love to have a few more of those two rack-space metering/knob units clustering my compressors into logical visual groupings as well, rather than splattered and buried into the abyss of menus.

Or how about a single rack-space unit as well that has a screen and some knobs that can be assigned to control a single effect unit?

Plugin companies could make “plugout” units that offer control and look like the physical realities of the units they’re trying to emulate. With a rack of plugouts we could actually see the settings as well as what a multitude of compressors are doing all at the same time, while also not hijacking the console’s “windshield.”

Though digital consoles are renowned for amazing metering accuracy, really, who would ever want or need more than six or eight LEDs to show a 100-plus dB dynamic range? (Ha, just kidding!) But outboard metering alone seems to warrant the creation of assignable outboard hardware.

In sports, the mantra is “don’t take your eyes off the ball.” When driving, everything is designed to minimize diverting your eyes from the road. All I’m saying is let’s get our audio setups back on track so we can keep our eyes on the show.

Dave Rat heads up Rat Sound Systems, based in Southern California, and has also been a mix engineer for more than 25 years.

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Posted by Keith Clark on 09/08 at 07:20 AM
Live SoundFeaturePollConsolesDigitalEngineerMixerProcessorAudio • (15) CommentsPermalink

Church Sound: Your House Volume And My Grandmother’s Cooking

For whom are you mixing?
This article is provided by Behind The Mixer.

 
A sound tech from Washington writes regarding finding the right house volume levels, “It’s either too loud for the elderly or too soft for the youth, or too much electric or not enough bass, it’s just impossible to please everyone.”

My grandmother’s cooking immediately comes to mind.

My grandmother was a good cook. I’m not talking “Paula Dean with butter in everything” or “Bobby Flay with everything jazzed up.“ I’m talking about good simple food. Cooked ham, vegetable soup, you know; simple foods. It was not food that was full of a lot of spices or secret ingredients. But for her and her husband, it’s what they liked.

What would I cook for my grandmother?

Would I cook her a spicy pot of jalapeño-based chili or spicy Thai-shrimp? No. Not because she wouldn’t appreciate it, but because it’s not the type of food that brings her enjoyment. It would bring pain, if anything.

But what if she was one of many people at a family gathering? Then how much do I cater to her? Do her needs take precedent over other people’s dining preferences? Yes! No! Maybe?!?

For whom are you cooking?

It’s a family gathering…you are in charge of the food for the event…your in-laws are hosting the event and your father-in-law just gave your $1000 to cover all your food expenses.  Now answer this question…who gives the final O.K. for the menu? Your father-in-law, of course!  No question. He’s fronted the money and you want him to be happy. He’s also in a position of leadership (eldership) over everyone else.

For whom are you mixing?

The short answer is…the pastor. Depending on your church structure, it might be the worship leader or an elder board or a creative arts pastor. As much as I’d love to tell you that you are mixing for the congregation, when it comes to who ultimately has the final word; it’s someone in church leadership. In cases such as this, you can talk with them about comments you are receiving but whatever they say, that’s what you do.

The drums rule…the drums are low key…the electric guitar solo’s rock out…the electric guitar sits back in the mix…it’s up to them.

What if there is no direction?

You might be in a situation where they say “whatever you think sounds good.“ [Gulp] Now what? I could come up with five different scenarios and none would be like your situation. Therefore, I’ll tell you what I’d do…

Review the mix by overall volume. How loud does it need to be to be worshipful?

Review the mix by volume of individual instruments. Are they set in good relation to each other? Do I have a good solid mix?

Watch the audience. If the youth kids are singing with their hands raised but the rest of the congregation just stands there, then lower the volumes.

Look for a common ground. This is the hard part. You can’t please everyone all the time. You want to please a majority of the people most of the time. You can look at the ratio of demographics. Twenty senior citizens and three youth kids? You mix for the older crowd.

Ask for pastor-approval and recommendations. There comes a point where you can create a balanced mix that’s good for the majority but you might still get criticism. Talk with the pastor and explain the situation.  Somewhere along the lines, someone has to compromise. The pastor might say, “Mix so the oldest lady in the congregation likes it” or “mix for the majority and send people with complaints to me.“

Summary
I never wanted to cook super-spicy food for my grandmother. I wanted to cook food she’d love. But in cooking for a larger audience with varying tastes, I have to recognize that she would be sitting and eating dinner with everyone. Maybe I’d drop the spicy-shrimp and swap in something more savory.

It’s not about what we eat together, it’s about dining together. That’s how you and the church leadership should look at the music mix.

Ready to learn and laugh? Chris Huff writes about the world of church audio at Behind The Mixer. He covers everything from audio fundamentals to dealing with musicians. He can even tell you the signs the sound guy is having a mental breakdown.

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Posted by Keith Clark on 09/08 at 05:31 AM
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Monday, September 05, 2011

The Old Soundman: Club Restrictions

Too many boneheads running the board?

Here’s one of those situations that make you wonder about your career choice or where you are in your life path.

Pay close attention, our buddy Brian is showing us how to keep the disgustedness in check and not resort to a brick through the front window of this fine establishment…

Dear OSM:

O.K., try this one out…

Hit me with it, Bri! Let me have it!

You just found out the band you regularly mix for has a gig at a “new” or “never played there before” club…

Surely this is not an unknown experience for you.

So you lock out the night for the gig, then the band calls back and says “uh, the club guy says ‘no outside soundman touches the board’ but you can stand next to him and assist.”

Ah, that’s brutal, Brian! I can see why you’re ticked off. But don’t freak out if I tell you that this is exactly what happens if you and your band go on Conan or Letterman or “The Tonight Show” or any of the 99,000 awards shows.

So in a weird way, what you’re faced with is good training for the big time! Although those broadcast mixers usually have a conscience and spend a little time studying the record.

I’m actually going to have my own awards show next year! It’s going to be called “The People’s Radio Scene Superstar Vibe-A-Thon For Players and Soundpeople.”

All of the servile tools-of-the-manufacturers audio mags are going to cover it, and my co-hosts will be Ann Wilson of Heart, Martha Davis of the Motels and the new chick from Evanescence.

I’m pretty sure she has a “thing” for me! (But don’t tell the Old Soundwoman.)

And I reply, “Did you mention to the club I’m a ‘professional’ and do this for a living, know the band’s material backward and forward, and have special cues for each song?”

Of course your pals did! Didn’t they?

They reply, “Sorry, we get too many boneheads running the board and screwing things up.” (Gee thanks, boneheads.)

Yeah, thanks a lot, boneheads!

So at the gig, I’m supposed to tell the house guy, “O.K., on this next chorus, hit the lead vocal with a 360 ms delay to trail off on his last note, then a big snare hit, followed by a guitar solo… ?”

May I make a suggestion, Brian? Go to this club as a customer one night, and strike up a conversation with the soundman.

Tell him exactly who you are. Have a couple beers with the guy, and tell each other some tales of the soundman life.

Of course, if the club is far from your home, this may not be practical. But if it’s nearby, go ahead and do your best to make friends with this individual who you’re busy demonizing, just as he is demonizing you.

Because, really, we all know he has a point – there are so many boneheads out there running around ruining sonic life for everyone within earshot of their ham-handed hijinks.

But – he is taking it pretty far. After all, he’s not controlling a major network program going out to millions of people every night.

Ahh, forget it – I’d rather stay home and watch reruns of “The Twilight Zone.”

Brian W

Can I come over and watch with you? How about the one with William Shatner as the nut who sees the ape out on the wing of the old airliner?

Yeah, you know exactly what I’m talkin’ about! You’ve now established yourself as a soundman of great taste and discernment.

I’m sure this is only a tiny, momentary stumbling block in your rampage to greatness!

Luv –

The Old Soundman

There’s simply no denying the love. Read more from the Old Soundman here.

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Thursday, September 01, 2011

Stagecraft: Wiring A Stage Efficiently, Neatly & Safely

If you find your stagecraft skills lacking this primer on wiring will bring your up to speed.

Among many of the recent entrants into the sound profession, I’ve noticed a lack of knowledge when it comes to wiring a stage.

Perhaps it due to a lot of sound engineering schools being essentially studio-based courses.

Maybe it’s simply that it’s difficult to get a young mind to concentrate on something as mundane as running cable when there is a digital board with loads of lights and buttons sitting in the corner of the room!

Improper wiring of a stage makes for more work when it comes to wrapping up at the end of the night, makes it difficult to trace any faulty cables that may arise during sound check or during the gig and can cause trip hazards for artists and crew on- or back-stage.

This is the way I was taught years ago and the basic method is the same on every stage right up to the top level.

Before we begin our little primer we should clarify a few terms.
Upstage - The part of the stage furthest from the audience.
Downstage - The part of the stage closest to the audience.
Stage Left - The side of the stage to your left as you stand onstage and face the audience.
Stage Right - The side of the stage to your right as you stand onstage and face the audience.

Mains Cable
Heavy mains cable such as 3-phase feeder cable should always be kept off-stage. Excess mains cable should never be left tightly coiled but left in a neat figure of eight pattern under the stage if possible but certainly out of the way of walkways.

When running lighter gauge cable from the mains distro to amplifier racks, use the shortest length possible to avoid having large coils of excess cable in areas where monitor engineers, guitar technicians and other stage-hands are likely to be working.

Leave short lengths of surplus cable under amp racks or in the dead space often found behind the amplifier racks.

Try to ensure that all mains cable to amplifiers follows a similar path, to avoid tangles during load out. Make sure it looks neat, if it doesn’t, you probably should redo your work.

When running electrical cables to on-stage power drops, best practice is to have at least an upstage and a downstage feed.

Try and run mains cable upstage on the drum-riser, following other cable runs for monitors and signal cables if possible.

The upstage line will feed mainly guitar and bass amps (backline). The downstage power feed should be downstage of the monitors, and again should follow monitor and signal cable runs. This feed will generally be required to power guitarist’s tuners and pedal-boards and keyboards.

Again, avoid using cables that are too long. Tuck any excess cable under on-stage risers or off-stage where possible.

That way, if you need to move the power drop, the extra cable is reasonably accessible. The key is to never cross the performance area (ie: the space between the drum-kit and the monitor line) with cable.

Loudspeaker Cable
Similar commonsense applies to running loudspeaker cable. For onstage monitors, follow the same line as the other cable.

Use the shortest lengths required, keep excess offstage, and never leave coils of cable onstage beside monitors. It just looks bad.

If possible use loudspeaker cable looms with breakout boxes for groups of monitor mixes close together. This speeds up both the load in and the load out.

Signal Cable
Line systems (multis, “snakes” etc) should preferably be flown from stage to the front of house mix position where possible.

Other solutions include rubber mats, cable ramps or creating an audience free zone in the center of the auditorium.

Many venues have cable ducts designed to quickly run line-systems and other control cable to front of house. Modern Ethernet, fiber and lightpipe solutions have greatly simplified this part of cable management.

Onstage, the keys to quick, tidy and accurate signal cable patching are sub-stage boxes and a bit of planning. If you’ve a stage plan, identify where the main cabling areas are going to be.

Drum kits will generally take at least 8 channels, with a couple of channels for the nearby bass rig and two vocals, you’re looking at a minimum of 12 lines pretty close to each other.

Rather than running 12 long cables over and back to the main stage box, drop a 12-way sub stage box in front of the kit and run twelve short cables to the mics and DIs required. It’s simple math: it’s far quicker to wrap up 15m stage box and 12 3m cables, a total of 51m of cable, than wrapping up 12 10 meter cables, 120 meters.

Other areas possibly requiring stage boxes are keyboard-land and the front line of vocals with acoustic guitars and so on.

Label stage boxes with the main input number and what this channel is for (center vocal, snare, kick, whatever).

Again, same rules for running cable apply: follow the other cabling routes, use shortest cable necessary and never cross the performance area or stage-access routes.

Finally, leave any excess neatly coiled under mic stands. Always keep excess as close to the source – this makes it easy to move a mic later on.

Always start by running your mic cable from the main stage box or the substage box. There’s two good reasons for this: (1) it means the excess will always be by the mic and, (2) if you are working in a team, there is no chance of one of you accidentally plugging in the wrong mic into the wrong channel.

Lastly, keep a few cables handy onstage as replacements if needed. Don’t close the cable box and stash it in some hard-to-access place.

Conclusion
Remember the old saying: the load out begins at the load in. By using some common sense, you will have more time to make sound, tune the system and troubleshoot any problems arising by following these ground-rules.

Your stages will be safer, your cables will last longer and you will make fewer mistakes. Finally, you will be heading home from the gig a lot earlier.

Alex Fernie is the founder and managing director of Alex Fernie Audio Ltd., a leading Irish sound reinforcement rental company based in Galway on the west coast of Ireland. Follow @alexfernieaudio on Twitter.

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Friday, August 26, 2011

RE/P Files: An Interview With The 1971 NARAS Engineer Of The Year Roy Halee

From the archives of the late, great Recording Engineer/Producer (RE/P) magazine, this feature is an in depth look back at the career of a legendary engineer. This article dates back to the November/December 1971 issue.

When a child is learning to walk, he is able to do no more than put one foot in front of the other and shift his weight.

He learns quickly (after a couple of falls), that he must master these basics before he can advance to running, skipping, or dancing.

His thoughts may not be quite so complex as we seem to imply, but the fact remains that for the time, he can only do one thing, and that without much skill: he can walk.

After several years, he becomes adept to any number of methods of getting himself from place to place.

He may walk, skip, run, dance, or whatever. It all depends on the situation he finds himself in. Further, if he’s been aware of his learning process, he knows he’s gotten beyond his walking stage by experimenting, by playing around with his balance and coordination.

Great dancers are great experimenters. They’ve discovered that they have to go beyond just walking in order to fully express themselves, and to respond artfully to the music to which they dance.

We think the analogy is not too strained when we compare the artistry of a great dancer to the artistry of a great recording engineer.

Such an engineer is beyond the elementary repetition of, “It worked then, and it’ll work now. Why take chances?”, just as the dancer is beyond carefully putting one foot in front of the other and merely walking.

The techniques of the engineer and dancer are always growing, changing, expanding, in order to better express the music and feeling they deal with daily.

Roy Halee dances with his fingers. For his artistry and technique as an engineer, he was awarded a Grammy and the title Engineer of the Year for 1971 by the National Association of Recording Arts and Sciences.

He is the man-behind-the-scenes, engineer, friend, and cohort of Simon and Garfunkel. The classic album “Bridge Over Troubled Water” is the product of his engineering skill combined with the musical genius of Paul Simon and Art Garfunkel. A quick listen to the album will show that its greatness is not music alone.

Columbia has been giving out gold records for only two years, but Halee already has 16 years of them.

His association with Simon and Garfunkel began just as he graduated from Columbia’s editing room to the studio. He was starting as a recording engineer when Simon and Garfunkel arrived for their first audition.

He engineered, they played, and that first audition became their first album, “Wednesday Morning, 3 A.M.” He’s been with them ever since.

Just as the dancer must obey the law of gravity, there are certain limits that Halee must work within. But those limits are becoming frayed and dented by his insistent forays against them.

Halee says it succinctly: “I don’t like to make hard and fast rules. When experimentation goes out the window, new sounds go out the window.”

It’s hard to pin the man down on exact and repeat- able techniques; he’s always changing. We managed however, to get some insight on him, and the contribution he’s made to engineering artistry.

It is well known that Halee gets tasteful though unusual sounds from his drums.

He normally mikes them with a U-47 overall, snare top and bottom with a salt shaker or RE-20, floor torn often top and bottom, a mike over the sock cymbal (high hat), high enough to get some splash from the snare, and the bass drum front and back.

The second mike on the snare allows him to get a bit of crack without over eq’ing, a technique that is especially effective on the louder rock dates. Double miking of the other drums allows similar effects to be employed.

Phasing seems generally not to be a problem, but readers are cautioned when employing such a technique to be certain that any double miking done is constructive, both electrically and acoustically. Halee is unhappy with copying for the sake of copying. As he puts it:

“There was the day Halee put a drummer next to the elevator shaft.”

“Some people think, ‘That record was successful, so I’ll always mike drums the way I did [or Halee did] on that date.’
But that was that day, that temperature, that studio, and it was Hal Blaine’s set of drums. Tomorrow you’ve got another drummer coming in with his set of drums and the humidity is 80%.”

The point is well-taken. Creativity is most productive when one first recognizes exactly what he is dealing with, and then builds from there.

The creative building of tracks takes strange forms on occasion. There was the day Halee put a drummer next to an elevator shaft,

“We wanted to get an explosion effect, so I put the guy out in the hall next to an elevator at 49 East 52nd street in New York. The hallway itself was extremely live, so I put mikes in the shaft and in the hall, and limited the hell out of them. And we got an explosion sound. It’s in ‘The Boxer’.”

In “Bridge Over Troubled Water” there is a snapping sound, like a whip in the distance. It was created by physically placing the drummer inside an echo chamber.

The willingness to seek unusual methods and sounds is certainly worthwhile, but to be effective, it must be coupled with a more gut feeling for the effect of music on a listener.

When we asked Halee about his use of stereo spread on drum and piano mikes, his response was typically non-commital, but at the same time clear.

“The degree of stereo spread I use depends on the piece. If it’s disconcerting to the song and music, I won’t do it. A lot of times I put drums on one track. It depends. If you’re doing a thing like “Cecilia”, where you want it to dance around, it adds to the arrangement.”

“And generally, when I mike the drums and split them into stereo, I won’t split them extreme left and right. I’ll split them left-center, right-center, and center.”

“If ... the tune elevates itself, or picks up, I will sometimes pan the drums extreme left and right to give it more motion.”

“If a tune calls for a lift, as when it goes into the waltz section, or some such thing where the tune elevates itself or picks up, I will sometimes pan the drums extreme left and right, to give it more motion.

You won’t even be aware that it happened unless you have headphones on. But it does create the effect of lifting that particular section of the tune. Then I’ll bring it back again.”

Simon and Garfunkel’s first album was guitar and voice. To this day, though other instruments overwhelm the guitar in much of their music, it is still given as much attention as ever, particularly in terms of how it is miked.

The exact configuration is dependent on what kind of guitar it is, how it is being played, and whether it is being finger picked, strummed, or flat picked. When a flat pick is used, Halee likes to stay away from a condenser mike, and uses a dynamic mike instead. Otherwise, one, two, or three condensers are often employed.

Normally, two is the number, one at an angle over the hole (to prevent the hand coming between the hole and the mike), and one down over the guitarist’s right side, behind the hand.

When Halee does other stringed instruments , he invariably uses condensers, notably a U-87, 67, or M-49. He’s made the comment that he likes a “wall” of strings. How does he accomplish this?

“I try to use more than one track, like for violins, so I can spread, and the same for low strings. Instead of putting all the violins on one track, and viola and eel I i on another, I try to use a lot of tracks.”

“For eight violins I’d use two mikes. Again it depends on what you’re doing. If it’s a hard rock date, where you can’t get far away because of leakage problems, I’ll mike every two players. But on overdubs, I use an average of two mikes; with eight violins, one on the front four and one on the back four. If there are two violas and two celli, I’ll put a mike on the violas and a mike on the celli.”

“That’s why I got them to put this mixer in this console [A small mixer, independent of the standard console inputs, is mounted on the right hand side of the console].

If I had strings on a hard rock date, I might mike every two violinists, as I said, to get a lot of presence on the string-., bring them up and mix them on this mixer, and take thorn all in on one channel. All eight mikes.”

“Then again, there’ve been occasions where I’ve used one mike on twelve violins, and I’d put it far away. But in a room where the air conditioning and rumble weren’t ridiculous.”

“I like to create a lot of crazy rhythms.”

“I mult the strings, and I usually use a little tape reverb. Just a little bit. Then afterwards in the mix. It depends, again, on what the mix is, what the tune is, what the arrangement is, whether they’re going to have echo or be dry, whether they’re going to have delayed echo. But I always put a little tape reverb on strings.”

Piano is approached according to the nature of the piece. In “Bridge Over Troubled Water” (the song), the piano was miked as would be a classical piano solo.

Three mikes were placed high and back, about six feet horizontally and six feet vertically. Condenser microphones were employed.

On a rock date however, the dynamics and presence of the piano are altered considerably, and dynamic microphones, with an occasional condenser, are placed in tight.

Listening to tracks Halee has done immediately impresses the listener that considerable innovation and work have gone into their making. Technique follows technique, building a complex stereo matte of interweaving and overlaid effects.

“Through the years I’ve put guitars in bathrooms, drums in bathrooms. Sometimes I phase the echo. You don’t know it’s being phased, but it is. I did that on “At The Zoo.”

I’ve put a couple of choruses of voices inside a bathroom or an echo chamber. Sometimes I put Dolbies in when I record and then take them out when I mix. I use a lot of tape reverb. Sometimes we use it to create our own rhythms. When I say “our”, I mean Simon and Garfunkel. We create our own rhythms in the mix.”

“That happened, for instance, on “Bridge Over Troubled Water” Hal Blaine is playing the bass drum, but he’s not playing the part you hear. There’s tape reverb on that bass drum.

Oddly enough, when we did it, we found that it would only work with a Scully four track. If we used another machine, because of the head distance, it was out of rhythm.”

“When you hear ‘Ba da Ba da da da da’, that’s not what he’s playing. He’s playing something like ‘Ba . . . da da’. Something like that. I’d have to listen to the original tape to get the exact figure he plays, but what you hear is different.”

“I do an awfully lot of that. I like to create a lot of crazy rhythms. A lot of times it’s out of rhythm, and you strike out. But I like to fool around and find out when it’s in rhythm, and then if it’s good, I’ll use it.

I’ll flip it in for a couple of bars, and take it out. Sometimes I’ll program it to another track, so it’ll answer itself.”

Halee has been asked to remix “Bridge Over Troubled Water” for quad, but so far he has been reluctant to do so. This might seem out of character for a man so willing to experiment and try new techniques, but Halee feels the quality of quad is not up to par yet.

Further, he says he’s like to get into miking and recording in quad, rather than just remixing.

“I don’t care for drums in back of me, or swishing around. There are phasing problems.”

It seems to me the direction everybody is going now is to have completely isolated tracks, so you can place things in definite positions. I’d like to get into room sound—dimension rather than direction. I feel a lot more experimentation is in order. Until I’ve done it, I’m not going to get into remixing old Simon and Garfunkel tunes. I want it to be good.”

What about the controversy over more tracks, 24, 32, or more?

“The more the merrier,” says Halee.

The technology doesn’t seem to frighten him. He plays with it until he knows it well enough to master it. Like a dancer, he finds new movements through experimentation, and learns them well before performing them for the public.

The spirit, coordination, and balance are all there. The engineer is an artist. Roy Halee dances with his fingers.

 
Downloadable Media
Original Article (pdf)

Take the PSW Photo Gallery Tour of audio equipment ads appearing in RE/P magazine, circa 1970

Editor’s Note: This is a series of articles from Recording Engineer/Producer (RE/P) magazine, which began publishing in 1970 under the direction of Publisher/Editor Martin Gallay. After a great run, RE/P ceased publishing in the early 1990s, yet its content is still much revered in the professional audio community. RE/P also published the first issues of Live Sound International magazine as a quarterly supplement, beginning in the late 1980s, and LSI has grown to a monthly publication that continues to thrive to this day.

Our sincere thanks to Mark Gander of JBL Professional for his considerable support on this archive project.

Please send all questions and comments to ProSoundWeb Editor .(JavaScript must be enabled to view this email address).

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Posted by admin on 08/26 at 07:01 AM
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Monday, August 22, 2011

The High-Pass Filter: A Church Sound Board’s Most Underused Button

What they are, what they do, how to use them and more
This article is provided by Behind The Mixer.

 
One button that still looks pristine. No fingerprints. No worn finish. It doesn’t even have a name.

Working in audio, it’s easy finding my way into a foreign sound booth. It could be it’s my station for an event or it might be that I’ve been invited in by the sound tech on duty. 

Over the years, I’ve noticed one button that’s often not used. It’s the fixed-point high-pass filter button on each channel.

This single high-pass filter is often labeled as “/80” or “/100.” Honestly, not the best label choice. How many new sound techs would know what the number represented, let alone would know what happens when they pressed it?

What is a high-pass filter?

A high-pass filter (hpf) is an audio frequency filter that cuts (filters out) frequencies below a set level. 

For example, if you set a high-pass filter at 300 Hz, you’d lose a lot of the bass sound from instruments that primarily have fundamental frequencies in that lower range.

A high-pass filter also has a slope associated with it. Think of it as the rate of reduction of that filter.

In Figure 1 (below, right), you can see that the hpf filters out frequencies by attenuating (cutting) their decibel levels. 

Figure 1

In advanced filters, you can control the degree of the slope. In the case of the hpf button on the sound board channel, it’s a fixed slope.

What does “/80″ or “/100″ mean?

This label indicates a filter (/) and the frequency point for the filter. In the case of “/80,” it’s saying filter out all frequencies below 80 Hz. A resulting hpf then might look like the above image.

Why should I use a channel’s high-pass filter?

There are mean nasty ogres that live in the lower frequencies. They walk around the stage speaking in tones so low…”how low are they?“ 

They are so low that they sound like deep earthly rumblings. And when the hpf isn’t engaged, you get all those rumbling in your sound system.

Wait a minute, that’s not the whole truth! If they were there all the time, wouldn’t there always be a filter at that frequency? True indeed.

Frequencies in that lower range can be both good and bad. Kick drum, bass guitar, Froggy from the Little Rascals - those all work around that range. 

However, a tenor’s vocal microphone that picks up the kick drum on the stage…not good.  It’s in these areas you start using the high-pass filter.

Rules for using the high-pass filter.

Rules in audio mixing are few and far between. Guidelines are more the terminology but when it comes down to it, if it sounds good then it’s right. 

With that in mind, there are times when I’ll engage the hpf for a guitar and times when I won’t. There are some simple guidelines you can follow;

—If the microphone’s source sound doesn’t use those lower frequencies, then engage the hpf.
—After setting your basic mix, engage the hpf on channels and listen to the difference. Pick the best setting.
—Experiment. What if you engaged the hpf on a bass guitar and it gave it a unique sound that fit the song? Try it!

Conclusion

The high-pass filter channel button shouldn’t go untouched. It’s one more way you can clear up your mix and provide the best sound possible.

Ready to learn and laugh? Chris Huff writes about the world of church audio at Behind The Mixer. He covers everything from audio fundamentals to dealing with musicians. He can even tell you the signs the sound guy is having a mental breakdown.

 

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Posted by Keith Clark on 08/22 at 03:24 PM
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Thursday, August 18, 2011

The Beginner’s Guide To Taking Charge Of The Sound Check

A look at the essentials of line checks and sound checks for live performances

The sound check is critical – if well done, it gives the band confidence in you so they can relax and just play. And when you give the band the monitor mixes they need, they perform better.

In this process, first you do a line check. Are all the mics and DIs connected to the right inputs and working okay?

Then you do a sound check: set the levels, EQ and mix, with the goal of everything will sounding great when the performance starts.

I’ll offer some tips to help this procedure go smoothly.

LINE CHECK
Let’s say you have a stage plot and a mic input list. Place one copy of your list near the stage box, and another near the mixing console to label the faders.

Plug in mics and direct boxes according to the list, and listen to each channel one at a time over the house loudspeakers.

Note: In situations such as live music festivals, solo each channel and monitor it over headphones to avoid disturbing the audience.

Should you check each mic and DI as it’s plugged in? Or should you connect everything first, then check each channel?

If you check a mic as you plug it in, you know immediately where any problem lies. If you check channels after all the mics are connected, you have to troubleshoot the channels (mute or solo each channel) if you hear a problem.

Checking as you plug in works best if you have one technician on stage and one at the mixer.

But if you’re doing the whole thing – mic’ing and mixing – plug all the mics in and then do a line check. If you hear a noise over the house loudspeakers, mute each channel one at a time and see when the noise stops. Or solo each channel and listen for the noise.

Before the performers arrive on stage, have a helper talk into each mic and identify it. If guitars with pickups are on stage, turn up their volume control and strum each instrument (with the musician’s permission).

Turn up the channel input trim and fader slowly to avoid feedback. Listen for signals and note any issues.

Here are some problems you may hear during a line check, and some fixes to try:

No Signal
• The mic is plugged into the wrong channel as specified on the input list. Check the connection.
• The snake XLR connector is plugged into the wrong-numbered input. Check it.
• The channel is muted, or is not routed to an output bus.
• Make sure the musician’s volume controls are turned up in their entire signal chain.
• Try other guitar cords and mic cables.
• Replace dead batteries.
• Is phantom switched on in the dead channel? Condenser mics and some direct boxes require phantom power.

Hum or Buzz
• Maybe nothing is plugged into the channel input. This creates an open circuit, and that high impedance input picks up lots of hum and buzz. Make sure the instrument or mic is plugged into the snake.
• The mic cable’s shield might be broken. Replace the cable.
• Maybe the mic is picking up a humming guitar amp. Turn up the guitar and turn down the amp.
• A guitar with a pickup is plugged in and turned up, but nobody is playing it. Touch the strings or turn down the pickup volume to see if the hum stops.
• A direct box can create hum because of a ground loop. Try flipping its ground-lift switch.
• A compressor stomp box is raising the gain because there’s no input signal. Temporarily shut it off and see if the hum goes away.

Distortion
• If the mixer channel is clipping, turn down the input trim until it stops.
• Check the gain staging of the musician’s stomp boxes.
• Replace bad cables.
• Switch in pads in condenser mics (you’ll hear this only when the musicians play).

Crackles and Noise
• Replace bad cables. There might be a cold solder joint. Clean cable connectors with a cleaner such as DeoxIT by Caig Labs.
• Replace weak batteries.
• In some microphones, make sure the mic capsule is screwed fully onto the mic handle.

At this point, you might dial in some levels and EQ based on past experience. You could insert compressors in vocal channels, and so on.

THE SOUND CHECK
Overview
After verifying that all the lines have the right signal and sound clean, you’re ready to begin the sound check itself.

It helps to use a talkback mic. At the mixer, plug a mic into a spare channel and turn up its monitor send. Talk to the band through the monitor loudspeakers - it beats yelling instructions across the room or using sign language.

Before the gig, make sure the talkback mic and its cable sound clean.

I recently did a sound check in which I heard crackles and noise, and wasted time tracking it down – until I found it was the talkback mic’s cable!

Musicians want clear directions from the sound mixer. For example, “Bass guitar: play for a minute and nod when it’s loud enough.” “Lead singer, please get closer to your mic.” “Mr. guitar, please move your mic a little more toward the neck.”

Never allow feedback during a sound check! Not only is it annoying and painful, it can damage hearing and cause tinnitus.

Some studio engineers, placed in a live situation without prior live sound experience, can inadvertently create feedback when they turn a knob too quickly, or un-mute a channel when its gain is way up.

They are used to turning knobs with no harmful consequences. Slow and deliberate is the key.

Here’s a suggested order of events in a typical sound check:
1. With faders and monitor sends set very low, set the gain trim for each instrument/vocal.
2. With faders up, set the monitor level for musician #1.
3. Set preliminary EQ for musician #1.
4. Repeat steps 2-3 for musician #2, and so on.
5. Set up a drum submix and vocal submix if applicable.
6. Ask the entire band to play, and set up a house mix.
7. Touch up the monitor mixes as requested by the band members.

We’ll go over each step. Let’s say the lines are checked and the band is on stage.

Set Gain Trims
First, set the faders and monitor sends very low to prevent feedback as you are adjusting the gain trims.

You might say to the band, “Okay we’re ready for the sound check. I’m just setting levels now, not monitors.”

Ask musician #1 to play or sing as loud as he/she will during the performance. Slowly turn up the gain trim until clipping occurs, then back off about 10 dB to create some headroom. (There are other methods). Repeat for each musician.

Important: Remind the musicians not to change their volume-control settings between the soundcheck and the performance.

Set Monitor Levels
Turn up the faders to design center (but watch out for feedback). Use full-volume house levels if possible so the monitors don’t need to be turned up so much.

Ask musician #1 to play. Slowly bring up that channel’s monitor send until the musician says the level is okay.

Say something like, “Terry, play your bass and let me know when it’s loud enough for you.”

Of course, some musicians do not want to be heard in the monitor loudspeakers.

Set EQ
Now ask musician #1 to play or sing non-stop as you set preliminary EQ for that channel. Make sure it sounds reasonably accurate.

If an acoustic guitar is boom-y, move the mic away from the sound hole or turn down the low-frequency EQ.

If an acoustic guitar pickup is too bright or electric sounding, turn down 2 kHz and/or 12 kHz. If you hear vocal pops, switch in a high-pass filter at 100 Hz or so. It’s a good idea to high-pass everything except maybe the bass, kick and synth.

Set the monitor level and EQ for each musician. A typical checking order is drums (each part of the kit), bass, backup instruments, lead instruments, and vocals.

Do The House Mix
Once all the instruments and vocals are set individually, ask the drummer (if any) to play. Set up a drum sub-mix.

Then ask the singers to perform at full volume and set up a vocal sub-mix.

Ask the band to play a song all together as you set up a house mix. Then ask them to play a short section of a few different song styles.

Touch Up The Monitor Mixes
You, or the monitor mixer, will set each performer’s monitor mix so they can hear themselves and any other parts they need to hear. That’s not necessarily the same as the house mix.

Ask each player what they want in their monitor. If the monitors seem “hot” overall and are starting to ring, turn down the master monitor send a little.

Some musicians comment on the monitor tonal balance. They may want less bass, less mids, more highs, or whatever.

If your monitor sends do not have EQ, you can tweak the graphic EQ that is feeding the monitor power amp.

Note that the musicians are hearing the bass-y sound off the back of the house loudspeakers, so they may not need much bass in the monitors.

That’s great – then you can roll off or filter out the lows in the monitors, which also reduces rumble and feedback.

Controlling Stage Volume
If you turn up a vocalist’s mic in the monitors, and the instruments are very loud at that mic, you also turn up those instruments in the monitors.

You need to get more vocals and less instruments at the singer’s mic. So ask the vocalist to sing with lips touching the mic’s foam pop filter, and don’t place the vocal mic right in front of a guitar amp or drum kit. Turn down the instruments if possible.

If the guitar amps’ stage volume is too high, suggest that the guitar players place their amps to their side, aiming up at their ears so the amps will sound louder to them.

Then you can turn down the amps. Other tools for reducing stage volume are in-ear monitors, clear plastic drum baffles, and electronic drums.

Muting
Make sure that musicians with DI’s alert you when they want to unplug or plug in. Mute their channel when they signal in order to avoid loud pops in the sound system.

Caution: some mixing consoles do not mute the monitors when the channel is muted. In that case, temporarily turn down the monitor send for that channel, then reset it where it was.

Warm-Up Acts
If there’s a warm-up band (support act), put them on different faders or a different mixer than the main act if possible.

Note which channels the monitor mix cables are plugged into. If you shift the monitor mix cables from one mixer to the other, you’ll need to put them back where they were.

After sound checking the headline act, do the same for the support act. The concert starts with the support act, and when they finish, it’s time for changeover.

Remove the support act’s gear and set up again for the headline act. Do another line check to make sure nothing has changed.

No Soundcheck?
What to do If you have no sound check, say at a festival or “open mike” with short changeovers?

First, it helps to dedicate each snake channel and mixer channel to a specific instrument. Don’t change that assignment during the festival.

Suppose input 2 and snake channel 2 are always kick drum. The kick-drum settings that worked for band #1 might be in the ballpark for band #2. So when band #2 comes on stage, you’ll already have them roughly dialed in. Allow some extra channel assignments for larger groups.

Now, how can you get a quick monitor mix and house mix for the first band with no sound check?

At small festivals or open mics, you can set monitor levels ahead of time as you talk into each mic on stage. Listen to the monitors on stage and make sure they are loud enough and sound good.

As the band is setting up and you are placing the mics, ask them what they want in their monitors so you can pre-set that. Do a line check over headphones.

Even if an audience is present, see if you can set the monitor level quickly for each instrument and vocal before the band starts. The band members need to hear themselves clearly just to play, and you don’t want them to sound incompetent!

You’ll need to set up a mix quickly during the first song. Some engineers employ the following method.

Before the band plays:
1. Start with all the gain trims halfway up, maybe lower for condenser mics and loud instruments, higher for dynamic mics and vocals. Or set them based on your experiences at previous gigs (take notes). If you have a digital console, just recall a preset.
2. Set all faders down.
3. If you haven’t already set the monitor sends, turn them halfway up, or as the band requested during setup. Watch out for feedback.
4. Switch in high-pass filters and set them to a reasonable frequency for each instrument and vocal.
5. Set EQ either to flat or to “typical” values for each instrument and vocal.
6. Bring up the faders for the vocals or quiet instruments – slowly to prevent feedback. If there are no lead vocals, you might bring up all the faders equally.

When the band starts:
1. Touch up the mix.
2. If any channel is clipping, turn down its gain trim until clipping stops, and simultaneously turn up that channel’s monitor send by the same amount in dB.
3. Watch for the performers’ cues on stage, and touch up the monitor levels.

Some engineers prefer to set all the faders to design center (or up to 12 dB lower for large mixes), then mix with the gain trims.

Note: adjusting the gain trims will affect the monitor mix, making it similar to the house mix. Watch out for monitor feedback. The claimed advantage of this method is that it tends to create optimum gain staging in the mixer.

Good luck in running a professional sound check. The talent will thank you!

Bruce Bartlett has mixed sound for concerts, jazz festivals and folk festivals. Bruce and Jenny Bartlett are the authors of Practical Recording Techniques 5th Ed. and Recording Music On Location.

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Posted by Keith Clark on 08/18 at 01:01 PM
Church SoundFeatureOpinionPollConsolesEngineerInterconnectMixerMonitoringSound ReinforcementStageSystem • (1) CommentsPermalink

Wednesday, August 17, 2011

Church Sound: How To Mic And Mix Drums In A Live Setting

There are a thousand ways to mic and mix a drum kit with success
This article is provided by Sennheiser.

 
Live instrument mic’ing is no picnic. Especially when there are multiple elements on a stage that an audio mixer wants to capture and reproduce properly.

With acoustic drums, the issue is compounded exponentially given that in order to isolate each drum “voice” correctly, you really need a heck of a lot of mics. Or do you?

There are a thousand ways to mic and mix a drum kit with success. Conversely, there a million ways to mix and mix a drum kit without success! So, given the potential complexity of this process, what are some ways to stave off a drum mic disaster?

Mic’ing drums should always start with a few questions. What is the musical style and sonic goal you are going for? It tends to break down into two basic approaches: “traditional” and “close mic’ed.”

Are you seeking a naturally balanced, traditional drum kit sound or a close-miked drum kit sound? The former employs one or more overhead mics plus a kick drum mic and is a more purist approach, common in styles such as classic jazz. The latter requires a close-up mic on each drum in the kit plus a hi-hat mic and one or more overhead mics and is typical of modern pop and rock styles.

Traditional Approach
This approach is aimed at maintaining the acoustic balance of the drum kit as produced by the drummer. The main key is mic placement. When properly executed, it largely avoids audible phasing (destructive comb filtering) problems.

Detailed measurements are often used for exact mic placements. Seriously, techs sometimes use a tape measure to make certain the snare drum is equidistant from multiple overhead condensers. Comb filtering, here, is a degradation of the sound quality that happens when multiple mics are mixed together with slight timing offsets due to placement.

This drum mic’ing style yields less gain-before-feedback in sound reinforcement situations and is most prone to leakage if there are loud adjacent sound sources. It also requires excellent musical balance by the drummer and offers very little balance control to the audio mixer, whether good or bad.

In addition to the overhead mic(s), a kick drum mic may be added for extension. Only two or three audio channels are required.

Close-Mic’ed Approach
This approach uses a microphone focused on each drum, plus a hi-hat mic and one or more overhead mics. The style offers increased gain-before-feedback and exceptional balance control to the sound mixer, but largely ignores the natural balance of the drum kit.

As the sound mixer has far more control, he/she assumes the responsibility for correct kit balance. Upwards of a dozen or more audio channels are required.

Comb filtering is an often present and accepted (or overlooked) compromise in the close mic’ed approach. This sonic degradation can sneak up! When putting several mics in a kit, inter-leakage is also a real concern.

So, where we point the nulls of our mics may be as important, or even more important, than where we point the front of them! Nulls are the least sensitive sides of the microphones.

Note that it is common to have some combing between the spot mics and the overhead mic(s). This is because the snare, for example, is picked up almost immediately by its spot mic but is also heard in the overhead(s) with a bit of delay—just several milliseconds. This is a compromise that may be accepted. It is treatable in some digital console applications by using channel delay to “line up” such spot mics with the slightly delayed overhead leakage.

Such alignment is audible as a clearer sound. But, often mixers must live with the influences of comb filtering as a trade-off to the close miked technique and just mix around it. There is still no tool as important as the human ear!

Mic’ing Process
Overhead Mic’ing - Cardioid condensers are the popular choice for overhead mic’ing. Whether one or two, the question must be asked—are the overhead mic(s) actual full kit mics (as in the traditional approach), or simply cymbal mics?

As “kit mics” they should be positioned to hear everything in the drum set in a balanced fashion. As “cymbal mics” they should be hi-passed aggressively to help avoid leakage from various drums, and positioned to focus only on cymbal sounds, rejecting the rest of the kit as much as possible.

But why two mics (in either approach style)? If there is a good reason to use two spaced overhead mics, do it (maybe true stereo mixing, for instance). But unless there is, one is probably better, as the common “spaced pair” mics naturally bring along timing problems when combined, and this may result in that comb filtering thing again—those partial sound cancellations that we don’t want to deal with!

Or, use a “together” pair of mics over the kit to eliminate the timing issues in the overheads.

Kick Drum - What’s the point? Everyone has an opinion on the best kick microphone and the best placement. It is never fully predictable, and always requires listening.

A good dynamic on the front side, often in or near a cut hole, may bring all the “thud” you want. A good condenser can specialize in that “snap” attack sound, either inside or on the beater head. Both are valid sounds, but deciding which is appropriate is the challenge.

Maybe some of both—this is why some techs choose to double-mic the kick/bass drum and blend to taste. But this double miking of the bass drum should only be done if the mixer understands and accepts the phasing issues that come with it. Similar to spaced overhead mics, there will be some time offset that partially cancels the sound.

Again, digital console delay may be used for alignment here.

Snare Drum - A rugged dynamic on the top head of a snare drum can be all that is needed to get the crack and tone you want. If not, try another mic and placement, or fix the drum itself.

Again, remember that the snare may cut through in the overhead mic(s) enough already. There is a lot of room for personal mic taste here. Listen and play with mic position for the desired sound.

Consider adding a condenser underneath, facing up into the snares for specific control of that unique high frequency sound. This mic position by itself can sound quite bad, but makes a nice overall contribution when blended with the top mic.

Reversing polarity (not phase!) of the bottom snare mic is a common choice. Sometimes it sounds better, sometimes not (there are too many variables here to predict). It is necessary to listen with and without polarity reversal and choose which sounds better.

The mixing console may include a polarity switch on each channel. If not, flipping pins 2 and 3 in the mic cable will get it done. And EQ is just a matter of taste.

Hi-Hat - Easy, you might think, get a good cardioid condenser and hi-pass the snot out of it. Right? Well, that probably sounds great for the hi-hat alone. But any time we place a condenser in or near a drum kit, the real trick is to hear the target source while also not catching extreme leakage from the snare and other sources. Experiment with placement. Upside-down miking can work.

Rack Toms - Whether selecting a dynamic or a condenser, a stand-mounted or a miniature clip-on mic, the usual plan here is to provide one mic for each rack tom, giving great isolation and ability to process individually.

As the rack toms are not often played every measure until there is a drum fill, it is common to gate them aggressively until they are actually played.

Otherwise, they idly contribute lots of useless leakage, which deteriorates the overall kit sound. EQ these if desired. It is not uncommon to see sound techs aggressively scoop out the low mid or mid range section of rack toms to suck out the “boxiness” or even boost the high mids for extra snap, or boost the bass for more thud. EQ should be used only after mic selection and position are optimized. Listen!

Floor Tom
Mic’ing the floor tom is very similar to the process for miking rack toms. We might make a different mic choice to accentuate low end if it is a large drum, or high frequency attack, if desired.

Mixing Process
Natural Kit Mixing - The drummer’s balance is the key.

Pan overheads appropriately, if more than one and if intentionally building a stereo mix. Blend in a bass drum mic if needed.

Close Mic’ed Mixing - First, decide if the overhead(s) should be kit mics or cymbal mics. In this style, they are usually only cymbal mics, so they should be hi-passed as much as possible (at least 400 Hz) to reduce leakage.

Listen to what items remain audible and balanced in the overhead mic(s). It may be that the hi-hat or the snare (or something else entirely) have enough “lift” already. If so, consider not using those associated spot mics. In cases like these, less might just be more.

Panning Multiple Overhead Mics For Stereo -  If using more than one overhead and doing so in an appropriate stereo environment, pan the mics accordingly.

But remember that mono does not mean lo-fi, and can actually sound great in PA work. It is actually the best choice in a number of worship sound reinforcement venues.

Regardless, “mono checking” a stereo and/or multi-mic’ed drum mix is a smart move to be warned of phase cancelled sound. Broadcasters and recordists typically have such a mono-check button in their control rooms, but live sound operators may have to figure out how to mono-sum-monitor.

Again, using a single overhead or a “together pair” minimizes problems when the mics will be combined (mixed) to mono.

Blend - Once all kit elements are checked individually, it’s time to blend.

Here are two mixing approaches, but there are many:

—Use only the overheads first and then add kick, snare, hi-hat, racks, etc. as needed.

—Start with kick and build up from bottom through snare, hats, rack, floor and overheads.

It may sound nuts, and annoy a sound check bystander or two, but attempting both approaches back-to-back quickly leads to the correct final balance in my experience.

Then, final EQ and pan adjustments can be tweaked.

Dynamics processing (compression, limiting, and gating) is largely a matter of taste, with the exception of gating rack and floor toms and maybe kick, which is just generally good practice for this drum mixing style. (Advanced dynamics processing for drums mixing, such as parallel compression, is a complete topic in itself.)

In regards to panning: if you’re going mono, don’t do it; if you’re going stereo, get the overheads right first! These will set the initial spatial image (“width”) of the kit. T

hen, listening carefully, use the pans to closely match the position of each individual mic to the image already created in the overheads.

Final Thoughts

—Great drums mixes start with great sounding drum kits. Before mic’ing up a live drum kit, make certain that it is a good sounding kit in the first place. Begin by listening to the set without the mics.

—Drums can get loud—use mics with high SPL capability!

—You can get amazing drum mixes with both mic’ing techniques described. The purist technique is hardest to mic really well. The close-mic’ed approach is hardest to mix really well.

—Successful multi-mic’ing of a drum kit demands a solid understanding of microphone polars, or directional behavior. Inter-leakage WILL occur.

—Electronic drums eliminate the common loudness and leakage issues associated with acoustic drums. Sometimes they may the best overall choice for a live worship environment. But, sonically and musically, acoustic drums are very hard to beat, especially with a seasoned drummer that can play with appropriate dynamics for the environment.

—Never underestimate the value of an accomplished drummer!

Kent Margraves began with a B.S. in Music Business and soon migrated to the other end of the spectrum with a serious passion for audio engineering. Over the past 25 years he has spent time as a staff audio director at two mega churches, worked as worship applications specialist at Sennheiser and Digidesign, and toured the world as a concert front of house engineer. Margraves currently serves the worship technology market at WAVE (wave.us) and continues to mix heavily in several notable worship environments including his home church, Elevation Church, in Charlotte, NC. His mission is simply to lead ministries in achieving their best and most un-distracted worship experience through technical excellence. His specialties are mixing techniques, teaching, and RF system optimization.

 

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Posted by Keith Clark on 08/17 at 09:40 AM
Church SoundFeaturePollConsolesMicrophoneMixerProcessorStagePermalink

Friday, August 12, 2011

Church Sound: Would You Mix Without Music?

Isn’t it so easy to focus on the music portion of a service that other components get less attention?
This article is provided by Behind The Mixer.

 
Imagine you walk into church one day and are told, “your job just got easier because we aren’t using praise bands any more…we’re going back to the pastor leading hymns.”

Last night, while reading a church magazine, I noticed the variety of advertisements. Interested in improving your church?

How about:

• Softer chairs
• Different colored pews
• Software to monitor giving, attendance, birthdays, and the member’s favorite tv show
• New stained glass windows
• Window overlays that look like stained glass
• Top of the line playground equipment
• Coffee services to fit the needs of your particular church

Wow, that’s a lot of stuff that’s not related directly to the church service. Thank goodness you and I are focused only on the service. 

You and I are more likely to think about the more important stuff like:

• The best wireless microphones for singers
• Using our digital work stations for getting the right drum sound
• Perfecting monitor mixes for the musicians
• And providing the perfect music mix

After all, if the music doesn’t sound good, then we aren’t doing our jobs. 

The service would be terrible if:
• The kick drum wasn’t optimally mic’d
• The musicians didn’t have the right mix to play along
• The electric guitar didn’t sound like The Edge

[sigh]

Alas, I ask you, isn’t it so easy to focus on the music portion of a service that other components get less attention?

The band sounds great…but have you properly mixed the pastor’s vocals?

The drum sound is tight…but do you tweak the podium microphone for the scripture reader?

You’ve perfected the midrange of the acoustic guitar…but do you hit all the microphone cues during the rest of the service?

Therefore, I ask you this question…

Would you still work on the audio team if mixing a band wasn’t part of the job?

Ready to learn and laugh? Chris Huff writes about the world of church audio at Behind The Mixer. He covers everything from audio fundamentals to dealing with musicians. He can even tell you the signs the sound guy is having a mental breakdown.

 

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Posted by Keith Clark on 08/12 at 08:29 AM
Church SoundFeaturePollEducationEngineerMixerTechnician • (1) CommentsPermalink

Thursday, August 11, 2011

Avid VENUE & Pro Tools|HD Integration Serves Audio Needs of NBC’s “The Voice”

“Using the VENUE systems together with Pro Tools is really the whole point for us." - Randy Faustino, Creative Sound Solutions

Engineer Randy Faustino, CEO and president of Creative Sound Solutions, mixes all of the music for TV reality show The Voice, as well as for sister productions American Idol and Dancing with the Stars.

Faustino, along with partners J. Mark King and Tim Hatayama, hold court in three mobile production units outfitted with multiple Avid VENUE and Pro Tools|HD systems.

The Voice has aired on NBC since April and stars judges Christina Aguilera, Cee Lo Green, Blake Shelton, and Adam Levine, with auditioning singers intentionally hidden from the judges’ views to preclude any decisions based on their visual image.

“We mix live to air, using the same setup for all three shows,” says Faustino. The setup comprises three 96-channel VENUE systems, each with a VENUE D-Show console, an FOH Rack, and two Stage Racks. An additional VENUE Mix Rack System, featuring the VENUE Profile console, is available for smaller shows and mobile situations, such as recording the band off-site.

Each VENUE system, equipped with two VENUE HDx Option Cards, feeds a 96-input Pro Tools|HD system, used to record the shows, enabling Faustino to move between live and pre-recorded mixes of backing tracks.

“Using the VENUE systems together with Pro Tools is really the whole point for us,” says Faustino. “We record every show to Pro Tools|HD as a multitrack session. When we come in the next day, we flip the session into [VENUE] HDx mode, and you’re looking at the same show you had the night before. So it’s easy to set up scene snapshots for every number. Then when we’re ready to do the show, everything is already there and all you have to do is mix.”

In fact, Faustino points to the VENUE system’s snapshot recall as one of the main reasons for selecting VENUE. “Sure, it’s a great sounding console and we love all the plug-ins,” he observes. “But it’s the ability to quickly flip back and forth between Stage Racks and Pro Tools playback, so we can make adjustments after rehearsal or sound check, that makes it so perfect for our use. We’ve typically got around 180 scenes for each show, including different scenes for the audience mics when the performers talk, when they’re singing, when the announcers are talking—pretty much everything. It enables me to bring in both pre-recorded and live elements, and handle a live mix while tracking. It’s a truly integrated system with an amazing amount of flexibility.”

Onboard processing is, of course, also an important feature, with Faustino citing the TC Electronic 6000 and SSL Channel Strip among his favorites, as well as plug-ins from Avid, Waves, and API.

Avid

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Posted by Keith Clark on 08/11 at 06:09 AM
Live SoundRecordingChurch SoundNewsPollProductConsolesDigital Audio WorkstationsMixerProcessorRemoteSoftware • (0) CommentsPermalink

Tuesday, August 09, 2011

Old Soundman: Chuck It All For A Sound Career?

What’s wrong with this Steve guy? He has a lifestyle that 80 percent of humanity cannot even dream of achieving, and he wants to throw it all away to be a soundman?

Dear Old Soundman:

I’ve been asked to be the “sound dude” (or “concert operations manager” as I prefer to call it)...

That’s kind of funny, but also kind of silly.

Don’t get me wrong, when I was a young pup like you, titles meant a lot to me too.

...for a local band, since once upon a time I was a “roadie” for the likes of Brooks & Dunn, Randy Travis, Sammy Kershaw and others.

Hey, what’s Randy Travis really like? Why’d he marry that old babe, anyway?

I’m sorry, do you have an audio-related question, or are you just here to drop names?

However, I did not work as a sound tech. (I was a “lighting/video dude”.)

I guess the band thinks that l would just automatically know live audio because I’ve been to a lot of concerts.

Aren’t people great? Like maybe I should be a cop, because I’ve gotten so many traffic tickets.

Or maybe I should be a cow because I’ve consumed so much milk! Mooooooo!

You’re probably too young to have heard the old saying ­ if my grandmother had wheels, she’d be a truck!

I know the basics of mixing live audio…

As do I, Stevo, as do I. See? We’re really buddies, total brethren, hail fellows well met. Workers of the world unite ­ we don’t need no stinking line arrays!

...but would like to acquire a serious working knowledge of pro sound…

As would I, Steverino, as would I! Did you ever see the old clip of Steve Allen interviewing Lenny Bruce? That rocked! Now, what are you babbling about?

... and perhaps pursue a career in the field. (The telcom company I work for is bankrupt, and my job as a video tech is getting boring.) Oh wisest of the wise ­ where do I start?

- Steve

Dude, if you’ve got a salary and benefits, do not, I repeat not, walk away from it! You must not be a parent. See, me, with the wife and the young soundman, I don’t have the option of spitting in the face of my salary, and running away to join the rock circus all over again.

I do have to admit that you get some points for addressing me as the “wisest of the wise.” The old soundwoman has a few other terms she uses to describe me, with wiseass probably the only one that can be used in a family publication.

Here’s the big question, Stevie boy: do you really enjoy coiling XLR cables? Because you’re going to have to ­coil about a million of them over time.

The shows are a bitch, and then you coil cables. You’d have to be clinically insane to choose a lifestyle like that. I know I was!

Here, just bite down on this rubber block, and let me smear a little conductive paste onto your temples, this won’t hurt a bit!

Luv -
The Old Soundman

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Posted by Keith Clark on 08/09 at 03:03 PM
Live SoundFeatureOpinionPollAnalogEducationInterconnectMixerSignalSound ReinforcementSystemTechnicianAudio • (3) CommentsPermalink
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