Brace Audio Releases 2.4GHz Digital Wireless Guitar System
Source: Brace Audio
Aug 26, 2008 - 2:54:22 PM
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Brace Audio Corporation today announces availability of the DWG-1000 Digital
Wireless Guitar System. This unique digital system provides a 25m radius of
crystal clear and uninterrupted audio performance over the 2.4 GHz frequency
bands that are well outside of the crowded UHF/VHF frequencies used by virtually
every other wireless product. With no antennas to set up and no worries of RF
interference or hostile environments, the DWG-1000 gives the user a true plug ‘n
play experience.
"Since Brace wireless technology operates at 2.4 GHz
(gigahertz), our products will remain free of potential interference within the
UHF spectrum as a result of the upcoming switchover to digital television
scheduled for February of 2009,” states Neil RiCharde, VP Sales &
Marketing at Brace.
The DWG-1000’s transmitter and receiver are compact,
light-weight, and rugged for stage. Up to four systems can be used
simultaneously, with an extended play time running on only two AA batteries
(optional power supply available for receiver). The DWG-1000 is the perfect
choice for both electric and acoustic-electric guitars. Never before has
wireless audio been so trouble-free and easy to use.
More information on the DWG-1000 can be found at www.braceaudio.com .
Availability
Brace products are
available in North America through RJMG – Russ Jones Marketing Group, www.rjmg.com,
and outside of North America from the exclusive International Master
Distributor, Hyperactive Audiotechnik GmbH, www.hyperactive.de.
About
Brace Audio
Brace Audio was founded with the mission to create affordable
high quality digital wireless audio products for the everyday performing
musician. A team of world class engineers and music products developers joined
forces in 2005 with a vision to remove cables from the musician’s landscape, and
at the same time improve audio quality in wireless products. Brace’s core
digital technology provides user-friendly, affordable and reliable solutions
with low latency and extended rangeeven in hostile environments.
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