Ugreen KU004 Wireless Chocolate Membrane Keyboard 2.4GHz Full-Size

Ugreen KU004 Wireless Keyboard

The Ugreen KU004 Wireless Keyboard provides a high-performance 2.4GHz wireless connection designed for professional workstations and enterprise environments. This input device utilizes a compact Nano USB receiver to establish a stable link with a range of up to 10 meters. The hardware architecture features a low-profile chocolate membrane system. This design minimizes key travel distance to enhance typing speed. Additionally, the silent switch mechanism reduces acoustic output in quiet office settings. Therefore, IT departments can deploy this unit in open-plan offices without disrupting the surrounding environment.

Key Features

• Advanced 2.4GHz Wireless Connectivity
  The integrated wireless chipset maintains a consistent connection without signal drops or latency issues during high-speed data entry.
• Chocolate Membrane Key Structure
  Low-profile keycaps provide a tactile response similar to high-end laptops while maintaining the durability of traditional desktop peripherals.
• Full-Size 104-Key Layout
  • Standard QWERTY configuration for immediate familiarity
  • Integrated numeric keypad for financial and data entry tasks
  • Twelve dedicated multimedia function keys for rapid system control
• Intelligent Power Management
  The firmware includes an automatic sleep mode that triggers after periods of inactivity to maximize battery longevity.

Specifications

What’s in the Box

• Ugreen KU004 Wireless Keyboard Unit
• USB Nano Receiver
• Technical User Manual

Why Choose This Peripheral

• Deployment of this hardware reduces cable clutter on professional desks while maintaining standard desktop functionality.
• The UV-coated keycaps resist fading and oil buildup from frequent daily use in high-volume data entry roles.
• Consequently, the plug-and-play nature ensures seamless integration into existing IT infrastructures without requiring proprietary drivers.
• The ergonomic 6-degree tilt reduces wrist strain during prolonged operational periods.