MK470 Slim Combo, Rose - Product - Midwich

Make any space minimalist, modern, and whisper-quiet with the MK470 Slim Wireless Combo – an ultra-thin and design-forward keyboard and mouse combo perfect for getting things done efficiently – even in the tightest desk spaces

Key Features

Minimalist. Modern. Slim.

The MK470 Slim Combo stands out for its simplicity. The slim profile and minimalist design transform your keyboard and mouse into a visual statement for a clean, sleek desk setup.

Space-Saving Productivity

The compact keyboard includes a number pad and 12 FN shortcuts, giving you all the keys you need for efficient data entry,in a tighter key layout. The slim mouse is extra portable and you can easily store it in your laptop bag or in your pocket for on-the-go productivity. The combo’s smaller footprint means you can work on the tightest desk spaces and keep your mouse comfortably within reach.

Fluid, Comfortable Typing & Mousing

Low-profile scissor keys provide a fluid and familiar laptop-like typing experience. The smooth pebble shape of the ambidextrous mouse feels great in either hand.

Whisper-Quiet Work

A quiet keyboard and lab-tested, 90% noise-reduced mouse mean an ultra quiet work experience for you and those around you.

Easy, Reliable Wireless

A simple plug-and-play USB receiver offers a strong 2.4 GHz wireless connection with 10 meters of range. This means you will have a clean, cable-free desk and the freedom to arrange your devices the way you want-where you want.

Technical Specifications

Mouse

• Sensor Technology: High Precision Optical Tracking
• Sensor resolution: 1000 DPI
• Number of Buttons: 3
• Scroll Wheel: Yes- Mechanical
• Scroll Buttons: Middle Button
• Unifying ready mouse: No
• Unifying ready receiver: No
• Battery life Mouse: 18 months
• Battery type mouse: 1xAA

Keyboard

• Battery life Keyboard: 36 months
• Battery type keyboard: 2xAAA
• Wireless operating distance: 33 ft (10 m)* 
• Wireless technology: Logitech Nano Receiver

*Wireless range may vary due to environmental and computing condition