Regardless of whether you use it for mobile working, in the office or home, the CHERRY KW 9100 SLIM keyboard is your constant, stylish companion. Bluetooth® or wireless connectivity mean that there are no limits to what you can do with it.

Rechargeable design keyboard for discerning customers
Quality meets design and innovation. The CHERRY KW 9100 SLIM is a silver-black version of the keyboard from the popular DW 9100 SLIM desktop set. As with the tried and tested desktop version, first-class workmanship, perfectly coordinated design and innovative functions come together.

Proven and versatile at the same time.
The flat keyboard with AES-128 encryption has a solid metal plate and is as robust as CHERRY customers are used to despite its thin design. Thanks to the SX scissor mechanism, you type quietly and benefit from a precise pressure point similar to a laptop keyboard. Particularly frequently used functions can easily be utilised using the selected additional keys. Thus, the minimalistic beauty remains simple and user-friendly.

Versatility is nevertheless not neglected: With the KW 9100 SLIM, you can easily switch back and forth between RF or Bluetooth® transmission. The magnetic support bar can be attached and detached in seconds, depending on your angle preference. The CHERRY KEYS software offers even more customisation options. You can use it to program all the keys of the wireless keyboard to your own requirements.

Operation made easy.
As far as use is concerned, the wireless computer keyboard is an uncomplicated companion, whether in the office or when working from home. Status LEDs built directly into the keys indicate whether the caps-lock, the scroll-lock or Num Lock keys of the thin CHERRY keyboard are activated. They also provide information about the battery charge level of the wireless keyboard. The keyboard is supplied with power by the included USB-C charging cable, which by the way comes completely without any plastic material in the packaging. You can continue to work in a relaxed manner during the charging process.