The Edifier STAX S10 ANC planar headphones offer an outstanding listening experience through their advanced technology and elegant design. These true wireless headphones are equipped with active noise cancellation, effectively minimizing ambient sounds for an uninterrupted listening experience. The use of planar magnetic drivers ensures precise sound reproduction with a wide frequency range, making them ideal for music lovers. Thanks to the wireless charging case, the headphones are always ready for use and provide a convenient way to charge them on the go. Weighing only 150 grams, they are lightweight and comfortable to wear, making them an excellent choice for daily use.
Signal transmission | Wireless |
Application range | HiFi |
Noise cancelling | ANC |
Headphone type | True Wireless headphones |
Item number | 49939076 |
Manufacturer | Edifier |
Category | Headphones |
Manufacturer no. | S10 |
Release date | 8.10.2024 |
Colour | Black |
Exact colour description | Black |
Application range | HiFi |
Noise cancelling | ANC |
Signal transmission | Wireless |
Headphone type | True Wireless headphones |
Fit | In Ear |
Capacity | 1000 mAh |
Country of origin | China |
CO₂-Emission | |
Climate contribution |
Scope of delivery | 7 pairs of earplugs, Wireless charging case |
Height | 11.60 cm |
Width | 18.60 cm |
Depth | 18.80 cm |
Weight | 150 g |
Length | 18.50 cm |
Width | 18.30 cm |
Height | 11.20 cm |
Weight | 620 g |
How often does a product of this brand in the «Headphones» category have a defect within the first 24 months?
Source: Digitec GalaxusHow many working days on average does it take to process a warranty claim from when it arrives at the service centre until it’s back with the customer?
Source: Digitec GalaxusHow often is a product of this brand in the «Headphones» category returned?
Source: Digitec Galaxus
The Stax Spirit S10 Bluetooth headset from Edifier works differently to conventional in-ears: while a coil vibrates in a magnetic field and moves a membrane, the S10 uses a wafer-thin foil that vibrates between two grids of magnetic rods. Until now, such magnetostats have been bulky and heavy...