New Sound at The Apollo

One of the most storied performance venues in the world revitalizes with an emphasis on systems technology


The Apollo is an intimate space, with three levels of seating all in close proximity to the stage.

DEAR FRIENDS AND PATRONS:

The opening of the 125th Street Apollo Theatre (sic) next Friday night will mark a revolutionary step in the presentation of stage shows. ...The phrase “the finest theater in Harlem” can be aptly applied to this redecorated and refurbished temple of amusement. ...High-fidelity RCA sound equipment, the same as used by Radio City Music Hall, and an innovation in public address systems, has been installed, and we feel certain that the 125th Street Apollo Theater will be an entertainment edifice that Harlem will take pride in showing off to neighborhood communities.

So read the notice in the theatrical section of the New York Age newspaper, posted by theater owner Sidney Cohen on January 14th, 1934. Less than two weeks later, the previously “whites-only” venue originally built in 1914 and known as Hurtig and Seamon’s New Burlesque Theater opened its doors to black audiences for the first time.

The evening’s entertainment featured “a colored revue” called Jazz a la Carte featuring Ralph Cooper Sr., Benny Carter and his Orchestra and “16 Gorgeous Hot Steppers.” The Apollo Theater, with a newly installed RCA public address system, was open for business.

Nearly 70 years later, The Apollo Theater has once again undergone a complete upgrade of its sound system, and this time around, the only RCA components are the phono jacks on the CD and cassette players. Approaching its 100-year benchmark, the 1,400-seat Apollo is in the midst of a total restoration process to replenish one of Harlem’s last cultural and artistic jewels to its former grandeur.

Following approval by The Apollo Theater Foundation, a multi-phase renovation/ restoration process began in January 2002. But prior, several experienced theatrical professionals joined The Apollo staff to make key contributions to this process.

David Rodriguez was recruited as the theater’s executive director, offering plenty of specific experience in the management of major venue renovations and systems upgrades. He joined The Apollo administration fresh from completing renovations at several notable theaters, including the John Harms Center for the Arts in Englewood, New Jersey, and Carnegie Hall in New York City.


(left to right) Greg Mann (sound engineer), Steve Jones (technical director), and Danielle Peak (sound technician/lighting designer) at the Apollo.

Veteran production manager and lighting designer Steve Jones took over the keyrole of technical director following 17 years as production manager of Bellefonte Enterprises. “In my many years of experience touring around the world, I saw a lot of venues with decent enough equipment, but it didn’t mesh with the dynamics of the space,” he explains. “It worked but did little to enhance the production and performance values. That’s certainly not what we wanted here at The Apollo, so we were dedicated in our effort to go the proper route to install a system that addressed the particular needs of this performance space.”

The theater foundation’s board of directors, administrative staff and technical crews were all in agreement that renovations should commence with the total redesign and upgrade of the theater’s sound and light systems.

“To their credit,” Rodriguez notes, “the board agreed with the creative and technical crew members that technical quality and usability of the space needed to take priority over other needs in this phase of the renovation. We were all on the same page.”

There was also agreement that this goal could only be achieved through professional design and installation of new systems rather than simply adding more equipment to the existing system. Another important factor was the desire for consistency and quality for every act, moving away from individual sound (and lighting) systems being brought in for a given show. “That’s a particularly difficult way to operate,” Jones points out, “especially in a historic house like The Apollo.”

Jaffe Holden Acoustics of Norwalk, Connecticut, working with the production team, provided the sound system design in addition to researching and developing the bid specifications for the new systems. The equipment supply contract was awarded to SPL Integrated Solutions, with the company’s New York-based operation (located in Mt. Vernon, New York) also supervising installation efforts by the in-house crew.

Rodriguez and his staff made industrious use of the performance records of the theater’s recent past, studying the technical riders of every performer who has appeared at the theater over the past five years. This information served as a systems specification cornerstone.

Meanwhile, Jaffe Holden Acoustics and SPL furthered the information gathering process by conducting personal interviews with Apollo personnel, holding department meetings and doing many on-site inspections of the facility. Key players in the process included head of audio Mike Jenkins, a 12-year veteran of The Apollo, as well as Danielle Peake, who has served for almost a decade as a staff audio technician.

RELIABLE AND WICKED LOUD
The Apollo’s new house and monitor sound system designs were driven by the need to accommodate a thoroughly diverse roster of acts, ranging from modern hip-hop to subtle jazz, comedians to amateur nights, theatrical productions and everything in between. Another significant aspect is the large number of television shows filmed/taped at The Apollo, requiring any system solution to work around the need for clean camera sightlines.

“Acoustically the space is fairly dead, which lends itself well to an amplified audio program because there’s not a lot of added impact from bounce and spill of audio energy,” adds David W Robb, a principal of Jaffe Holden Acoustics. A testament to its origins as a vaudeville venue, the room is intimate, with its 1,400 seats spread among a main floor topped by dual balconies that begin their upward rake just 25 - 30 feet from the stage. Two levels of private boxes reside directly next to each side of the stage.

The loudspeaker design in this first phase will be somewhat modified during phase two of the renovation process, when infrastructure and architectural issues will be addressed more fully. For example, adequate load-ready loudspeaker rigging points will be implemented. For now, however, the sound team devised a flexible approach that allows loudspeakers to be placed where needed to deliver adequate coverage for any given application.

This, in turn, partly influenced the decision that modeling of the space was not needed for this phase of the project. Jaffe Holden Acoustics’ Sam Brandt, who served as project manager, notes, “A venue like this is pretty straightforward, because there are only certain places loudspeakers can be located. So you take this fact, combine it with the knowledge of hundreds of theaters we’ve worked with in the past, and make educated decisions as to what goes where, why and for optimum performance.”

And then there are the brass tacks. A straightforward production directive came from years of dealing with a highly unreliable sound system. “You can put fancy language to it, but at some level it comes down to this: make it absolutely reliable, and make it wicked loud,” Robb says. This in turn influences component selection, with SPL’s Felix Robinson indicating that it did play a role in the decision to go with Crest amplification to drive all loudspeakers.

UNIQUE COVERAGE CHALLENGES


A look at the loudspeaker set to the side of the stage, including a KF750 in one of the private boxes to "shoot" coverage to the lower balcony.

To fly new full-range loudspeakers providing coverage to the top balcony, an existing box truss fit the bill, following evaluation by a structural engineer to insure that it could indeed safely support the additional weight. Full-range Eastern Acoustic Works (EAW) KF750 concert loudspeakers were selected, flown in tight-packed pairs at each end of the truss.

These are joined by dual custom loudspeakers residing immediately beneath the full-range loudspeakers, created for this project by EAW. Called model AT118, these loudspeakers offer the same cabinet footprint of the KF750’s, but are loaded with single 18-inch woofers, helping to even low-frequency dispersion in the room. These work in tandem with EAW SB Series subwoofers that were installed in new cavities carved out beneath the stage.

The lower balcony presents unique coverage challenges, with a relatively small opening and seats that extend numerous rows to the back wall. Delay loudspeakers are intended as a future solution, but for now, single KF750 loudspeakers were placed in the private boxes to each side of the stage, with raked platforms devised to supply the precise angle to insure coverage focused on the balcony seats while avoiding, as much as possible, any “slap” off the balcony facing.

“You don’t necessarily want loudspeakers occupying these private box positions, but the reality is that currently these are the best possible positions to get the coverage those balcony seats deserve,” Robb says. “Certainly this situation can be amended in the second phase, but every project involves tradeoffs, and this is one the production team determined acceptable.”

More flexibility was engineered into the loudspeaker strategy for covering main floor seating. Custom loudspeaker stands attached to the stage floor and wall hold up to three KF750 loudspeakers per side. The stands allow these loudspeakers to be moved up and down, and side to side, as needed for a given application. And, EAW JF80 compact loudspeakers are arranged along the front lip of the stage to bolster mid-high coverage to the first few seating rows.

“The loudspeaker situation, as currently constructed, meets the most important priority - delivering quality sound to every seat,” Brandt says. “Some of the aesthetic and location aspects can be addressed later if need be, but sound must come first, then flexibility, then meeting the numerous other design requirements. In a fixed space, particularly one as old as this, there are going to be compromises - it’s a matter of making the right choices.”


Amp city. Crest CKS Series, mounted in road cases until the restoration project is complete.

FILLING IT OUT

As previously noted, Crest amplifiers drive the house and monitor loudspeaker systems. The CKS Series power amplifiers, 39 total, are located in a subsidiary equipment room with system processing gear. “I really like Crest because they make traditional amplifiers with streamlined signal paths that offer a very high degree of reliability for both touring and permanent install applications,” Robinson states.

Right now, these components are housed in road cases, where they will remain until phase two renovation is complete and they are transferred to static equipment racks.

Using road cases allowed SPL to pre-configure the racks off site; then, they were very quickly transferred to the venue and plugged into the system, dramatically saving system downtime during installation.


XTA processors join the system amplifiers in the equipment room.

System and loudspeaker processing is handled by a collection of XTA DP Series digital signal processors providing equalization, delay and crossover. BSS Soundweb units handle some subsidiary processing and routing, such as interface with backstage systems. Brandt took advantage of a PRAM wireless interface during his system tuning process. The PRAM unit allowed him to utilize his laptop computer to change processor settings without being constrained by a cable link between the two.

A 56-channel Yamaha PM4000 console added a few years ago was retained at the front-of-house mix position, located at the center/rear of the main floor with a host of processing and effects units. Another PM4000, acquired at the same time, holds down the fort as monitor console.

A wide selection of microphones are available, including models from Neumann, Sennheiser, AKG, EV and Shure. The new EAW SM stage monitors are joined by wireless in-ear monitoring systems.

Following implementation of the new system, The Apollo Theater has upped its schedule to host as many as 12 performances in a given week. To this point, all work has been met with satisfaction of the house production crew as well as visiting engineers and artists.

“We are now one of the few venues in NYC to have everything in-house. Our sound and lighting systems are complete and second-to-none,” says Jones. “A touring band can show up and leave everything in the truck, which has been happening more and more as the word gets out. At most, they will bring in their console, if they have specific automation programming; otherwise, they use our system exclusively and without compromise.”

Apollo Technician Peake enthusiastically summarizes, “The upgrade has heightened expectations and has brought a lot of excitement to The Apollo Theater on both sides of the stage. The technical crew loves the new equipment, and overall client satisfaction has gone way up. It’s fun to see some of the performers I’ve worked with over the years, and prior to the upgrade, show up and be blown away by what they see and hear. The excitement is contagious!”

Rich Williams is a freelance journalist serving various entertainment technology manufacturing industries, including audio, video, broadcast, and multimedia systems integration. Contact him at avwriter@mindspring.com.

 

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