Japanese electronics giant Akai has launched a high-tech electronic wind instrument that is designed to offer an exceptionally realistic playing and listening experience.
Dubbed the 'EWI Solo,' this innovatively engineered electronic wind instrument is fitted with special technology that enables it to monitor the air pressure and bite of the player, enabling it to automatically go about adjusting the volume and other aural variables accordingly. What's more, this electronic wind instrument comes with an expansive bank of 200 tones, not to mention the ability for players to wield further control over their output using a variety of spexial effects.
Available for a price of $499, the 'EWI Solo' is a great option for wind instrument players who want a highly reliable and convenient instrument that they can call upon in all situations, from bedroom practice sessions to concert performance.
Dynamic Electronic Wind Instruments
The 'EWI Solo' Offers Over 200 Tones and Ample Special Effects
Trend Themes
1. Electronic Wind Instruments - Akai's 'EWI Solo' demonstrates innovative technology for wind instruments with over 200 tones and automatic adjustments.
2. Realistic Wind Instrument Experience - The specialized technology in 'EWI Solo' shows opportunities for advancing synthetic wind instrument sounds.
3. Musical Instrument Technology Advancement - Akai's 'EWI Solo' is a prime example of innovation that can improve the sound quality and playability of musical instruments.
Industry Implications
1. Music Technology - Electronics companies can incorporate technology similar to that in the 'EWI Solo' into innovative products designed to produce high-quality synthetic music.
2. Wind Instrument Manufacturing - Manufacturers of woodwind and brass instruments can explore the possibility of integrating technology from 'EWI Solo' to increase the variety of sounds and producing synthetic models with improved response times.
3. Music Education - The implementation of technology, such as that seen in the 'EWI Solo,' in music education allow for the production of portable, reliable and noticeable musical instruments that are appealing to younger students.