When Astell&Kern wanted to launch a line of headphones to mate with their high-end digital audio players, they turned to none other than Jerry Harvey. Billie Jean is the latest result of their successful, five-year collaboration, dubbed the Siren Series.

While most Jerry Harvey Audio in-ear-headphones are custom-fit, each model in Astell&Kern’s Siren Series is universal fit. Billie Jean—inspired by the Michael Jackson song from Thriller—follows earlier headphones named after famous female song characters, including Layla (Eric Clapton), Roxanne (The Police), and Michelle (Guns-n-Roses).

Who is Jerry Harvey?

Jerry Harvey served as the monitor engineer for legendary hard-rock band, Van Halen. One day, Jerry was challenged to find a monitoring technology that Alex Van Halen, the band’s drummer, could use for live performances.

Harvey wasn’t happy with any of the in-ear options then available, so he developed the first two-way, custom-fit earpiece for Alex. Van Halen was happy with the result and, as the story goes, word spread to other artists and engineers and voila! The modern in-ear-monitor was born.

Ear pieces are branded with the Astell&Kern and Jerry Harvey Audio logos. Theo Nicolakis

Ear pieces are branded with the Astell&Kern and Jerry Harvey Audio logos.

Harvey went on to launch the headphone company Ultimate Ears, which Logitech acquired in 2005. He has since put his energy into his current company, Jerry Harvey Audio. The company’s clients are a who’s who of the music industry.

Outstanding Design

The Billie Jean come in either deep,dark, shiny red or an equally attractive blue. The The right ear-piece features the logo for Jerry Harvey Audio, with the left sporting Astell&Kern’s branding.

Inside the Billie Jean you’ll find a pair of balanced armature drivers in each ear piece, custom-designed by Jerry Harvey Audio.

The Billie Jean includes Jerry Harvey Audio’s patented ‘Freqphase’ technology, which uses precisely Theo Nicolakis

The Billie Jean includes Jerry Harvey Audio’s patented “Freqphase” technology, which uses precisely cut tube lengths for each driver, which the company says minimizes the phase shift of each frequency.

In case you’re unfamiliar, in a balanced-armature architecture, an electrical signal vibrates a small reed or paddle thousands of times per second. The reed is “balanced” between two magnets, hence the name “balanced armature.”





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