LOGITECH MXKM GR - Wireless Keyboard, Bluetooth, MX Keys Mini, grey

" MASTER IT. WITH A MINI. Meet MX Keys Mini – a minimalist keyboard made for creators. A smaller form factor and smarter keys result in a mightier way to create, make, and do. MINI SIZE, HUGE COMFORT Work on a minimalist keyboard that places every key, command, and shortcut at your fingertips. The minimalist form factor aligns your shoulders and allows you to place your mouse closer to your keyboard for less hand reaching – for better posture and improved ergonomics. KEYS SHAPED FOR YOUR FINGERTIPS Perfect Stroke keys ensure that every keystroke is fluid, natural, and accurate. The spherically-dished keys match the shape of your fingertips, and their round edges provide satisfying feedback — no matter where you strike the key. Matte coating has been applied to every key so your fingers glide effortlessly over the surface. ULTRA-FLUID TYPING Every keystroke is fluid, natural, and accurate on MX Keys Mini. Increased key stability reduces noise and optimizes responsiveness so you feel – but don't hear – every keystroke. And the entire body of MX Keys Mini is held together by a single metal plate – for a remarkably solid build that never slides around your desk. INTRODUCING EMOJI, DICTATION, AND MIC MUTE / UNMUTE KEYS Smarter Fn Keys1Requires Logitech Options software, available for Windows® and macOS at www.logitech.com/options now give you the power to send emojis, mute and unmute your mic, and activate talk to text. SMART ILLUMINATION. MADE SMARTER. Proximity sensors detect your hands, illuminating the keyboard the moment your fingers approach. The backlit keys automatically adjust to lighting conditions and turn off when you step away — saving power for those moments of inspiration. Backlighting intensity automatically adapts to lighting conditions, or can be set manually. CHARGE FAST, CONNECT FASTER MX Keys Mini stays powered up to 10 days on a full charge – or up to 5 months with backlighting turned off3Battery life may vary based on user and computing conditions.