Wireless keyboard and mouse combo HP 685 Comfort — Full-size curved keyboard, RF Wireless + Bluetooth, black, with mouse

The HP 685 Comfort Dual-Mode keyboard and mouse combo pairs a full-size curved keyboard with an ergonomic integrated wrist rest and a matching wireless mouse. Dual-mode connectivity (RF wireless and Bluetooth) enables quick pairing with desktops and laptops, while quiet keys and multi-surface mouse tracking support focused office work. The set is lightweight and designed for everyday business use.

Advantages

The curved keyboard with three adjustable angles and a soft wrist rest provides ergonomic support during extended use. Natural contours and textured mouse side grips increase comfort and control. Programmable shortcuts and a 4D tilt wheel with vertical and horizontal fast scroll improve productivity. Dual-mode connectivity via Bluetooth or the HP Unifying RF dongle allows flexible, secure connections across multiple devices and operating systems. The components are made with post-consumer recycled materials and packaged in FSC-certified materials.

Suitable for

Key specifications

How to use

Connect the combo to your computer using either the included RF Unifying dongle or via Bluetooth pairing. Place the keyboard on a stable surface and set one of the three tilt angles to match your preferred wrist position. Use the integrated wrist rest for support while typing. Install or configure programmable shortcut keys through your device settings or HP software if available. Operate the mouse on a suitable surface for reliable tracking, and use the 4D tilt wheel for both vertical and horizontal scrolling.

Recommendations

For best ergonomic benefit, set the keyboard angle so your forearms are parallel to the desk and keep wrists relaxed on the integrated rest. Switch between Bluetooth and RF dongle connections as needed for different devices, and ensure the dongle is inserted into a USB port with minimal interference. Clean the keyboard and mouse surfaces periodically and use on a stable, flat surface for optimal tracking.