KEF KW1TXRX Wireless Subwoofer Adapter Kit

Wireless Subwoofer Adapter Kit

The KEF KW1 wireless subwoofer kit is designed to work seamlessly with the Kube, KC62, and KC92 subwoofers. Comprising a discreet transmitter and receiver, the KW1 allows for optimal placement of your KEF subwoofers, without being limited by cables. This high-quality wireless transmission delivers every ounce of detail and impact from your favourite films and music, providing both performance and convenience.

The receiver is also available separately, enabling two KEF subwoofers to receive the same signal wirelessly from the same transmitter, offering increased flexibility.

Key Features:

Lossless Audio: The KW1 utilises a 5.2 & 5.8GHz selectable digital wireless link, ensuring near-lossless audio quality.

Advanced Algorithm: The kit employs an Advanced RF Selection Algorithm for optimal performance.

Wide Range: With a range of up to 15 meters (30M/ 100 ft line of sight), the KW1 offers excellent operational distance between the transmitter and receiver.

Low Latency: Designed with a latency of less than 17ms, the KW1 ensures seamless synchronisation with your audio.

High Performance: Delivering 24-bit 48KHz high-resolution audio, the KW1 provides pristine performance.

Specifications:

Radio Frequency: 5.2GHz and 5.8GHz Sampling Rate: 24bit, 48KHz Latency: <17ms Link Distance: Max 100ft (Line of Sight) Frequency Response: 20Hz-22kHz Signal-To-Noise-Ratio: >80dB Transmitter Power Input: 5V DC 1A Audio Output Level: 2V Transmitter Input Level: 2V Total Harmonic Distortion: typ.-90dB Dimensions (Transmitter): 21.4 x 72 x 79.5mm Dimensions (Receiver): 27 x 37 x 72mm

The KEF KW1 wireless subwoofer kit is the perfect solution for those seeking to optimally place their KEF Kube8b, Kube10b, Kube12b, and KF92 subwoofers without being constrained by cables. Its high-quality wireless transmission and low-latency design ensure an immersive audio experience, whether you're enjoying your favourite films or listening to music.

product information: