HiWave announces new DyadBA3 audio module
24 Mayo 2012 - 3:00AM
RNS Non-Regulatory
TIDMHIW
Hiwave Technologies PLC
24 May 2012
24 May 2012
HiWave Technologies plc
HiWave's power-efficient Bluetooth audio module cuts wireless
speaker development time
Cambridge, UK, May 24, 2012:HiWave Technologies (LSE:HIW), which
develops and sells electronic components and devices that utilise
innovative sound and touch technologies, announces the DyadBA3
module to enable consumer audio product designers and manufacturers
to rapidly introduce power-efficient, Bluetooth-streaming stereo
loudspeakers to global markets. The module significantly extends
battery life in small-format, portable wireless speakers.
Combining HiWave's HiAS2002 Audium amplifier chip with CSR's
BC-05 Bluetooth technology, the DyadBA3 supports AVRCP and A2DP
Bluetooth audio profiles and delivers two channels of 13W burst
power output into 8-ohm speaker drive units. aptX(R) and HSP
(headset) profile support is in development.
The HiAS2002 extends battery life by up to 20 times at normal
listening levels, compared with Class-D amplifiers. The amplifier's
envelope-tracking technology eliminates clipping at high audio
levels, ensuring clear sound at all volumes.
The DyadBA3 module may be entirely powered from a single
lithium-ion or lithium polymer battery. It incorporates circuitry
for charging from a USB host or AC power adapter.
HiWave's Audium audio processing includes multi-step volume
control at 1.5dB per step, a mute function with adjustable ramping,
and 16 user-definable bi-quad filters for implementing
equalisation, voicing, tunable bass extension and stereo-wide
effects. The DyadBA3 module self-configures on power-up and invokes
power-saving modes when no audio signal is present. It incorporates
a stereo microphone input, making it also suitable for desktop or
portable VoIP-phone audio portal applications.
Sized 110 x 46 x 25mm, the DyadBA3 module makes an ideal
front-end to HiWave's patented BMR (Balanced Mode Radiator) speaker
drive units. Pairing the module with two HIBM36S12 BMRs creates a
compact, fully portable Bluetooth stereo speaker capable of
delivering room-filling sound. For greater volume and frequency
range, a pair of HiWave's new HIBM36S05 BMRs will deliver an even
higher level of full-range, widely dispersed sound.
James Lewis, HiWave's CEO commented:
"With many of our customers seeking rapid entry into the
wireless audio market, and the widespread availability of Bluetooth
audio streaming smartphones, tablets and computers, we are
delighted that our DyadBA3 and BMR solutions give them the
opportunity of rapid product development, with the ability of
voicing the product to their signature sound requirements. We
continue to extend the capability of our Audium amplifier chip
platform, and will shortly be demonstrating Volume Overdrive which
boosts audio power output by a further 9.5dB."
HiWave is sampling its key customers now, and the DyadBA3 module
will be available in mass production quantities in August.
Ends
HiWave Technologies plc +44 (0)1223 598 490
James Lewis
http://www.hiwave.com
Media enquiries +44 (0)1225 470 000
Publitek Limited
Bob Jones or Rob Ashwell
Email: hiwave@publitek.com
Financial media enquiries +44 (0)20 7831 3113
FTI Consulting
Sophie McMillan
Clare Thomas
About HiWave
HiWave Technologies develops and sells electronic components and
devices with innovative sound and touch technologies to add
outstanding user appeal to consumer electronics.
HiWave's audio amplifier chips and modules are as much as 20
times more efficient than other sound technologies and its
loudspeaker drivers create extremely high quality sound using
bending wave technology. HiWave's patented haptic 'touch'
technologies can transform a flat screen on a smartphone or tablet
computer so that the user can feel the switch or click of a keypad
but without any moving parts.
This information is provided by RNS
The company news service from the London Stock Exchange
END
NRABKNDNKBKBAPB
Hiwave Tech (LSE:HIW)
Gráfica de Acción Histórica
De Jun 2024 a Jul 2024
Hiwave Tech (LSE:HIW)
Gráfica de Acción Histórica
De Jul 2023 a Jul 2024