Mux200 headphonesmanual

Unlike in-ear designs, open earphones typically sit outside the ear canal and beam the sound using directional acoustic design, while allowing in ambient sound. This relieves ear pressure and improves situational awareness, resulting in better comfort and safety for the wearer, but it also sacrifices bass response and overall sound quality.

Mux200 headphonespairing

With open-ear designs for true wireless stereo (TWS) earphones gaining popularity, Beyerdynamic is the newest player to throw its hat in the ring with the launch of the VERIO 200. These offer a premium look and feel, along with the promise that Beyerdynamic, with its considerable audio expertise, would be able to deliver good sound quality despite the design’s inherent limitations.

Whereas competitor Bose went with an unusual clip-on design with its Ultra Open Earbuds, the VERIO 200 employs a more conventional hook design involving memory wire wrapped in silicone, allowing a customisable and secure fit. Beyerdynamic has leveraged the fact that it sits outside and over the ear, giving it a relatively large 16.2 mm graphene driver, which should improve bass response and lower distortion.

Mux200 headphonesreview

Battery life is rated at 8 hours on the earphones, with another 27 hours from the charging case. The VERIO 200 supports multipoint Bluetooth 5.3 profile, as well as the aptX Adaptive Lossless audio codec. The latter is normally expected in a premium device from a brand like Beyerdynamic, but the relevance of lossless codec support in an open earphone is questionable, given that the design itself results in a somewhat lossy sound anyway.

Although the VERIO 200 are not strictly positioned as sports earphones, like the Shokz OpenRun Pro and OpenFit (available on Amazon), they do offer IP54-rated splash resistance against rain and sweaty workouts, and even come in an orange-black sporty colour option, apart from the usual black and cream.

Hazard The product has been identified as presenting a serious risk of electric shock as when tested the breakdown isolation between the input and output circuits did not meet the insulation requirements. As the insulation is inadequate, it may break down over time and from multiple uses, leaving the user exposed to the risk of electric shock if live parts come into contact with each other.