Coffeey Sound offers new Sony wireless mic system

Jan 5, 2009 12:29 PM

    
The new Sony wireless mic system features low latency, a wide dynamic range and a wide frequency response of 20Hz to 22kHz.

The new Sony wireless mic system features low latency, a wide dynamic range and a wide frequency response of 20Hz to 22kHz.

After a series of extensive field tests, Los Angeles rental house Coffey Sound is now offering its TV production clients Sony’s latest digital wireless microphone system, which includes the DWT-BO1 body-pack transmitter and DWR-S01D digital wireless receiver.

Bryan Golder, an LA-based producer/engineer and consultant for Coffey Sound was the first to test the system’s capabilities and said it provided flawless performance, even under harsh conditions.

For the test, Golder used an M/S microphone mounted to the Sony EX3 optical disc camcorder. He used the new Sony DWT-BO1 body pack transmitter mounted on a Zacuto wireless plate (part of the Zacuto rod system) as a stereo hop back to the stage. From there, all the signals were returned to a production truck on-site through a Digidesign Venue system. It performed flawlessly at distances of over 100ft.

Golder monitored the feed to the DWR-S01D digital wireless receiver with a pair of Sony MDR-7506 headphones. He said he likes that the body pack transmitter accepts mic or line input, and selectable output power for stable and long-distance transmission. It performed flawlessly at distances of over 100ft. He also liked the easy-to-read, full dot-matrix organic EL display.

A recently developed Sony codec chip enables the DWT-B01 and DWR-S01D units to deliver 24-bit/48kHz digital wireless audio transmission quality. The new wireless mic system features low latency, a wide dynamic range of more than 106dB, a wide frequency response of 20Hz to 22kHz, and exceptional transient response. Digitally modulated and encrypted data helps provide secure transmission and minimizes the risk of interception. It also features a dot-matrix organic EL display.

Thanks to a newly developed modulator, the system provides an intermodulation-free, equally spaced channel allocation for large-scale multichannel operation. Compared with analog, the system offers 50 percent more wireless channels, allowing up to 12 channels to be used simultaneously on a single UHF TV channel (6MHz bandwidth).

In addition, a DWA-01D adapter, which complements the system, includes two-channel AES3 digital or analog audio output; headphone output for monitoring (stereo mini-jack); external DC power input via supplied 4-pin cable; word sync input; and it is suitable for stand-alone EFP digital audio operation using an external pack.

For more information, visit www.sony.com/professional.




Want to use this article?
Click here for options!
Get Copyright Clearance

Share this article

blog comments powered by Disqus

 

Current Issue

Online captioning compliance

May 2012

The FCC has issued captioning requirements for all online video. Learn how to meet the requirements of the new rules and how to automate the technical process.

Read More articles...

Related Newsletter

Transition to Digital
Provides readers with weekly timely updates on FCC actions, industry news, and station build-out schedules.

Related Posts


Confused about the terminology in an article? Find definitions of common terms and abbreviations in Broadcast Engineering's Glossary.

 


Video Compression, Editing and Displays

Video Compression, Editing and Displays

Video compression, editing and displays is an in-depth tutorial on MPEG compression technology, editing MPEG content and evaluating color video monitors written by long-time video expert, trainer and writer Steve Mullen, Ph. D.

File Based Technology and Workflow

File Based Technology and Workflow

File-based technologies have replaced video tape methods for a majority of production and broadcast operations. The worlds of AV and IT are coalescing to create new methods and workflows for media

Sound Off Podcasts

 

Broadcast Engineering Digital Reference Guide

Browse Back Issues

Back to Top