KEF KW1 WIRELESS SUBWOOFER ADAPTER KIT

Performance with convenience

KW1 is a wireless adapter system designed to work with KUBE 8b, 10b,
12b and KF92 of KEF subwoofers. Comprising a discreet transmitter
and receiver, using KW1 means KEF subwoofers can be optimally
placed, rather than limited by trailing cables. The high-quality wireless
transmission delivers every ounce of detail and impact from your
favourite  lms and music. KW1 is also perfectly suited for use with KEF's
LSX, LS50 Wireless and LS50 Wireless II.

The KEF di erence

The diminutive transmitter and receiver units are designed for
function without drawing attention to themselves. The transmitter can
be powered by USB, while the receiver is powered directly by the KEF
subwoofer expansion port. In many cases, additional power sockets
are not required.

Unlike similar devices, KW1 operates in the high bandwidth 5GHz band,
delivering high-resolution audio up to 24bit/48kHz. Pairing is intuitive,
while a range of up to 30m (line of sight) makes subwoofer placement
easy. An advanced channel selection algorithm, vanishingly low latency
and data encryption ensures that day-to-day use is not only hasslefree, but secure. The receiver is also available separately, allowing two
KEF subwoofers to receive the same signal wirelessly from the same transmitter.

Expand your System Further

The KW1 RX receiver is also available separately, allowing a single
transmitter to deliver high quality audio to a second KEF subwoofer
wirelessly. By adding a second subwoofer, bass performance becomes
more consistent throughout the room, improving the experience for
every member of the audience.

Technology

• High Performance - 24-bit 48KHz high resolution audio
for pristine performance
• Lossless Audio - 5.2 & 5.8GHz selectable digital wireless
link for near lossless audio
• Advanced Algorithm - Advanced RF Selection Algorithm
• Wide Range - Up to 15 meter (30m/ 100 ft line of sight)
operational distance between transmitter and receiver
• Low Latency - Designed with latency of <17ms