Nedis Wireless RF TV Over-Ear Headphones with Charging Base, 25m Range, Volume Control, Toslink/Coax/RCA/3.5mm Input

Brand Nedis Watch and listen to TV in complete comfort without disturbing anyone else in the room with these Nedis wireless RF TV over-ear headphones with a charging base. With these RF TV headphones, you experience full freedom without wires and an operating range of up to 25 metres. Experience crystal-clear digital audio sound quality by connecting the charging base through the optical audio (Toslink), COAX, RCA audio connection or directly via the 3.5 mm audio input connection on the headphones.The headphones have a playtime of up to 8 hours and can be charged through the charging base when needed for continuous listening to your television. The volume can also be set the volume via the volume buttons on the headphones.Details Wireless reception – with an operating range of up to 25 metres (line of sight) you receive sound away from the TV with the freedom of having no wires Over-ear design – features a seamless fit, ensuring maximum wearing comfort thanks to the soft-padded earpads and adjustable head band Digital audio – connect the charging base via optical audio (Toslink) for clear audio reception. Alternatively, connect it via the COAX or RCA audio connection or directly via the 3.5 mm audio input connection on the headphones Input selector - for switching between Optical Toslink, COAX and analogue connection Charging base – holds the headphones and takes up to 5 hours to charge and providing up to 8 hours of playtime via the rechargeable batteries Volume control - easily adjust it to the preferred volume level on the headphones Automatic RF off function – after approximately 5 minutes without an audio signal it automatically switches off the RF signal to save the battery Continuous frequency change (transmission) to prevent other disruptive signals and to optimize privacy Attenuation adjustment – switch between mobile (e.g. smartphone) or stationary devices (e.g. TV/HiFi) on the charging base for the best possible input signal without distortion