Press Release
QSound Labs Inc. Presents QSurround® Mobile Technology with ARM and Texas Instruments
QSound’s Audio Technology Showcased at the Symbian Smartphone Show in London, Oct 17-18, 2006
LONDON, UK – October 17, 2006 – QSound Labs, 
		    Inc. (NASDAQ: QSND), a leading developer of audio and voice software 
		    solutions, today announced that the company's innovative QSurround Mobile 
		    Technology will be presented in both ARM’s (NASDAQ: ARMHY) exhibition 
		    stand #79 and Texas Instruments’ (TI) exhibition stand #40 at the Symbian 
		    Smartphone Show in London, October 17 to 18, 2006. 
            
		    QSurround Mobile offers an enriched audio experience providing virtualized 
		    surround sound for close proximity speakers and stereo headsets for mobile 
		    phones. This enables users to experience superior audio with multi-channel 
		    or stereo surround through a more immersive sound field as though they are 
		    surrounded by numerous speakers. The QSurround Mobile technology is 
		    targeted for the emerging mobile digital TV market which is expected to be 
		    one of the key drivers for the rollout of mobile services on the 3G 
		    networks (third generation networks). 
            
"The ultimate mobile digital TV experience is one that combines stereo 
		    audio with high-quality video. With innovations like QSurround Mobile 
		    technology on TI's high-performance OMAP processors, manufacturers can 
		    bring to market new, multimedia-rich, mobile TV handsets that bring a 
		    living room TV-watching experience to consumers," said Markus Tremmel, 
		    worldwide manager, Cellular Systems Ecosystem of Texas Instruments.
            
"The increasing consumer demand for technologies such as Mobile TV on the 
		    handset, has put additional performance demands on the processor, and on 
		    developers to come up with more power-efficient solutions. The continued 
		    evolution of the ARM® architecture, combined with our joint efforts with 
		    QSound in optimizing audio components, will give developers a more 
		    power-efficient platform," said Lance Howarth, general manager, Embedded 
		    Software, ARM. "This solution will enable OEMs to deliver Mobile TV 
		    handsets with a compelling audio surround-sound experience through the use 
		    of QSurround Mobile technology."
            
"We are very pleased to be presenting our technology and working together 
		    to deliver consumer solutions for Mobile TV in conjunction with major 
		    industry leaders ARM and Texas Instruments," says David Gallagher, 
		    President and Chief Executive Officer of QSound Labs, Inc. "The 
		    opportunity for enhancing the audio experience across the growing range of 
		    mobile TV enabled devices is upon us."
QSound Labs Inc. is a member of TI’s OMAP™ 
		    Developer Network, a group of leading software developers porting advanced 
		    applications to TI’s high performance, power-efficient OMAP processors. 
		    Handset manufacturers adopting OMAP devices enjoy the rapid deployment of 
		    compelling wireless applications – including streaming audio and video, 
		    multimedia messaging, gaming, security, speech recognition, location based 
		    services and mobile commerce – across all leading operating systems. 
		    Systems level integration services are also provided worldwide by 
		    independent OMAP Technology Centers. For more information, please visit 
		    www.ti.com/omap.
          
		    About QSurround® Mobile 
		    QSurround Mobile is an emerging software component for QSound’s microQ® 
		    technology family. QSurround Mobile offers virtualized surround sound 
		    capability for close proximity speakers and stereo headsets for mobile 
		    phones.
          
		    microQ is a compact, hardware-independent and highly efficient software 
		    audio engine providing functions such as polyphonic ringtones, video game 
		    sounds, music playback, digital effects, recording and surround capability 
		    for hand-held and mobile devices. Its core components include a digital 
		    audio playback engine, a wavetable synthesizer with a scalable sample set, 
		    and a multi-channel stereo mixer. It also offers a wide range of processes 
		    to control frequency response, dynamics and spatial enhancements, as well 
		    as full 3D positional audio and virtual surround.
          
          
          Trademarks:
            QSurround Mobile is a trademark of QSound Labs
            OMAP is a trademark of Texas Instruments.
            All other trademarks are the property of their respective owners.
  
            This release contains forward-looking statements within the meaning of the 
            Private Securities Litigation Act of 1995 concerning, among other things, 
            opportunity for increased use of QSurround Mobile technology in mobile TV 
            enabled digital devices. Such forward-looking statements involve risk and 
            uncertainties, which could cause actual results, performance or 
            achievements of QSound, or industry results to differ materially from 
            those reflected in the forward-looking statements. Such risks and 
            uncertainties include, but are not limited to, risks associated with 
            continued licensing and use of microQ, acceptance of microQ and QSurround 
            Mobile by OEM’s, ODM’s and consumers, continued growth of the emerging 
            mobile TV market, dependence on intellectual property, rapid technological 
            change, competition, general economic and business conditions, and other 
            risks detailed from time to time in QSound's periodic reports filed with 
            the SEC. Forward-looking statements are based on the current expectations, 
            projections and opinions of QSound's management, and QSound undertakes no 
            obligation to publicly release the results of any revisions to such 
            forward-looking statements which may be made, for example to reflect 
            events or circumstances after the date hereof or to reflect the occurrence 
            of unanticipated events.

