EDIFIER STAX SPIRIT S5 Wireless Planar Magnetic Headphones

Wireless Planar Magnetic Headphones to accurately represent a superior audio experience.

• The 2nd gen EqualMass™ wiring technology and 2μm thin film lend the STAX SPIRIT S5 a performance comparable to legendary electrostatic headphones.
• Production Phase Auto Calibrate guarantees that every set of S5 headphones delivers a sound fidelity identical to the original model crafted by the designer.
• Built with Qualcomm® QCC5181 Bluetooth® audio SoCs, S5 supports Snapdragon Sound Technology Suite to deliver a premium and immersive audio experience.

RICHMOND, BC, July 11, 2024 /PRNewswire/ — Edifier International, the award-winning audio electronics designer, announces the STAX SPIRIT S5 Wireless Planar magnetic headphones.

In the 2012, Edifier acquired STAX Ltd., a company with over 80 years history, and a specialist in electrostatic headphones. The brand name «STAX» is almost considered the benchmark of electrostatic headphones. Inspired by STAX's pursuance of high-fidelity music and craftsmanship in the field, the STAX SPIRIT brand was created as a high-end sub brand for Edifier headphone products with the aim of developing more high-quality products for audiophile users.

The 2nd gen EqualMass™ wiring technology and 2μm thin film lend the STAX SPIRIT S5 a performance comparable to legendary electrostatic headphones.

The STAX SPIRIT S5 are Planar magnetic headphones. Planar magnetic drivers are commonly found in Hi-Fi headphones and other high-end audio equipment. With their unique way of operation, planar magnetic drivers can represent a superior audio experience with rich details and impressive transient response. With solid innovation and advanced features, the STAX SPIRIT S5 packs upgraded planar magnetic drivers and the latest Bluetooth® V5.4 technology into a compact and portable form-factor. The 2μm thin film and 2nd gen EqualMass™ wiring technology generate a performance comparable to legendary electrostatic headphones.

The Advantages of Planar Magnetic Driver

Dynamic driver reproduces sound with a cone-size diaphragm driven by a voice coil submerged in a circular magnetic field. The diaphragm has to be stiff enough to avoid partitioning during