Len Thon, Director of Hofstra Multimedia Productions, a production unit within the University’s public relations department, said “Our area is normally tasked with producing broadcast quality video designed to promote the University’s various academic programs, but the Presidential Debate was a major event unlike any I’ve seen in at Hofstra. It was a huge two-pronged affair. Not only did we have the actual debate taking place in the David S. Mack Sports and Exhibition Complex,” explained Thon, “there were also numerous other activities involved under the umbrella program called ‘Debate ’08,’ including five viewing centers around campus where students watched the debate live. We had two crews to cover the action—including in some cases, student reporters from Hofstra’s School of Communication; one for the actual debate area and another to cover the other campus activities. Our mission was to produce packages for web about various Debate ’08 related activity throughout Hofstra’s campus, as well as capture all for historical archive and promotional purposes.”
Using drapes, carpeting, huge panels and lighting trusses, the David S. Mack Sports and Exhibition Complex underwent a major transformation for the Debate—becoming a far more intimate space in the process. “Per the instructions of the Commission on Presidential Debates,” said Thon, “the arena became a completely different venue. Along the rear of the Debate Hall, a large platform was constructed for the media. This is where all the network cameras and related technical operations were positioned. Though our feeds were for field packages and not a part of the network audio pool, our wireless gear was right there in the thick of it. In addition to the network feeds, there were multiple cell phone repeaters that the mobile carriers installed. Describing this as an RF rich environment is an understatement...it was swimming in RF!”
The two Hofstra camera crews were outfitted with identical Lectrosonics systems employing the company’s highly regarded Digital Hybrid Wireless® technology. Each setup included an SR Dual-Channel Slot Mount ENG Receiver, a UCR411A Compact Receiver, and a UM400a UHF Belt Pack Transmitter. Digital Hybrid Wireless technology uses a proprietary algorithm to encode 24-bit digital audio information with no compression and low distortion into an analog format that can be transmitted in a robust manner over an analog FM wireless link. The result is much higher dynamic range—free from sonic artifacts— than wireless systems using a compandor are able to offer.
Reflecting on the Debate, Thon commented on various attributes of the Lectrosonics equipment. “The Lectrosonics gear delivered rock-solid performance,” states Thon. “I found the gear to be easy to operate and absolutely fumble free. This was literally a set-it-and-forget-it affair. We experienced no interference from other wireless equipment, nor did we create any issues for other wireless users. Lectrosonics’ equipment is extremely well made and robust. Throughout the entire day, the gear delivered rock solid audio. This equipment is exactly what you want in critical applications where there is no opportunity to do a second take. I could not have been happier with the way the Lectrosonics equipment performed.”
About Hofstra University
Hofstra University is the largest private college on Long Island, New York. It’s Colleges and Schools include the Hofstra College of Liberal Arts and Sciences, Frank G. Zarb School of Business, School of Communication, School of Education, Health and Human Services, New College for Interdisciplinary Studies, School of Law, School for University Studies, Honors College, Continuing Education, and the recently announced new School of Medicine. To see video coverage of Debate ‘08, information about Hofstra’s continuing program analyzing the new Obama Presidency called “Define ’09,” or, for any other additional information, visit www.hofstra.edu .
Well respected within the film, broadcast, and theater technical communities since 1971, Lectrosonics wireless microphone systems and audio processing products are used daily in mission-critical applications by audio engineers familiar with the company's dedication to quality, customer service, and innovation. Lectrosonics is a US manufacturer based in Rio Rancho, New Mexico.
Photo info: Leonard Thon with the University’s Lectrosonics equipment.