Welcome to Jazz Hipster @COMPUTEX 2022 Virtual Booth: “Infinity Wireless Audio Internet of Things”

About Jazz Hipster

Jazz Hipster Corporation (Jazz Hipster) was established in 1981. A professional speaker designer and manufacturer born to respond to the market demands, embracing human needs. For more than 40 years, Jazz Hipster has constantly evolved, led and grown with the acoustic industry. We provide a wide range of products and solutions, including video/audio conferencing, home theatre, speaker drivers, healthcare voice assistant devices and highly flexible AIoT speaker solutions. Jazz Hipster sells products under its own brand, and also works with a wide range of global OEM/ODM partners.

With 40 years’ experience and over 110 engineers committed to R&D, Jazz Hipster advanced acoustical skillset allows it to create innovative, high quality and reliable products that achieve an impressive acoustic and technology standard. Learn more about Jazz Hipster: https://old.jazzhipster.com/ and on LinkedIn https://www.linkedin.com/company/jazz-hipster-co/

Any Question of Speaker Manufacturer, Please contact us

Inquiry Form

Contact Me

Related

Jazz Hipster’s Next-Generation All-in-One Audio Platform Empowers Global Brands to Accelerate Market Success

Jazz Hipster Corporation announces its new All-in-One integrated audio platform. Featuring a unified modular architecture and advanced acoustic engineering, our solution enables global brands to fast-track high-end audio product development and launch.

Jazz Hipster at CES 2026 | Architect Your Next Flagship

Join Jazz Hipster at CES 2026. Experience market-ready audio platforms including Soundbars, Gaming Speakers, and PoE solutions. Schedule your private demo today.

On Accurate Methods for Measuring Low-Frequency Response in Loudspeaker Systems

Accurately measuring a loudspeaker's low-frequency response indoors is notoriously difficult due to room reflections and modes, which standard windowing techniques often fail to overcome completely. Ultimately, achieving a complete and precise full-range frequency response requires a hybrid approach, skillfully splicing the low-frequency data from near-field measurements with far-field data obtained under reflection-free conditions.