Promate Ken Dual Mode Wireless Mouse 1600DPI Bluetooth 2.4GHz

Promate Ken Dual Mode Mouse

The Promate Ken Wireless Mouse provides high-performance tracking through a dual-connectivity architecture that supports both Bluetooth and 2.4GHz Radio Frequency (RF) protocols. This hardware configuration allows network engineers and IT professionals to toggle between two distinct devices without hardware reconfiguration. The integrated optical sensor delivers adjustable sensitivity levels including 800, 1200, and 1600 DPI to accommodate varied display resolutions and precision tasks. Consequently, users can optimize the cursor velocity based on specific software environments or multi-monitor setups. The device utilizes an energy-efficient circuit design that ensures a operational lifespan of up to 150 hours on a single battery cycle. Therefore, it maintains reliability in high-uptime professional environments where peripheral failure results in productivity loss.

Key Features

• Dual-Mode Connectivity
  The internal transceiver supports simultaneous pairing with a Bluetooth host and a 2.4GHz RF nano receiver for multi-device management.

• High-Precision Optical Sensor

  • 800 DPI for standard administrative navigation.
  • 1200 DPI for high-definition document processing.
  • 1600 DPI for rapid cursor movement across ultra-wide displays.

• Advanced Power Management
  This unit incorporates an automatic sleep mode that triggers after periods of inactivity to conserve the 150-hour battery capacity.

• Universal Compatibility
  The hardware follows standard HID (Human Interface Device) profiles, ensuring driverless operation on Windows, macOS, and Linux kernels.

Specifications

What’s in the Box

• Promate Ken Dual Mode Wireless Mouse

• USB Nano Receiver

• User Documentation

Why Choose This Input Device

• The hybrid wireless module eliminates the need for multiple peripherals when managing servers and local workstations simultaneously.

• Additionally, the 1600 DPI ceiling provides the necessary granularity for detailed technical diagrams and CAD applications.

• The compact nano receiver stores internally within the battery compartment, reducing the risk of component loss during transit.

• Furthermore, the silent switch mechanism reduces ambient noise levels in open-plan office environments while maintaining tactile actuation feedback.