Philips SHC5200M2/12 headphones/headset Wireless Head-band TV USB Type-C Black

Crystal-clear TV sound, just for you

Unwind in comfort with the wireless over-ear headphones that are dedicated to bringing you great TV sound. You get a steady digital connection to your TV and up to 30 hours play time. Perfect for watching without disturbing anyone else.

Easy to set up. Easy to use

These wireless TV headphones are so easy to set up, you can be ready to watch before the popcorn's popped! Simply connect the base unit to your TV using the included 3.5 mm cable. The headphones come pre-paired with the base unit, and you can control the volume via buttons on the ear cup.

No missed moments. Stable digital connection to base unit

These TV headphones use a digital 2.4 G connection to receive signals from the base unit, so you won't be interrupted by interference if others are using smart devices or radios nearby. You can even go into the kitchen to make a snack—the 30 m range ensures that you'll still hear what's happening.

Great sound and comfy fit for long viewing sessions

Large 32 mm drivers deliver crisp sound that lets you hear speech and sound effects clearly, while soundtracks are rich and full. Settling in for a film or binge-watching a series? The dual-layer headband features an inner band that adjusts to fit your head perfectly, and the lightweight ear cups are soft and comfy.

30 hours of play time. Replaceable, rechargeable battery

Fully charged, these TV headphones will give you up to 30 hours of play time, and a quick 15 minute charge gets you 4 extra hours. Recharging the headphones fully takes 3 hours via USB-C, and the battery is easy to replace when it reaches the end of its life.

Warm, natural sound. Philips sound signature

The drivers in these TV headphones are tuned to the Philips sound signature, which brings you warm, natural sound with deep bass and clear high frequencies. From films to series, you'll enjoy clear spoken dialogue and detailed sound effects, while the rich bass adds to the excitement of action sequences.