Adesso EasyTouch AKB-630FB Keyboard

Adesso EasyTouch AKB-630FB Keyboard

Built-in Fingerprint Authentication

Enterprise-grade secure with Match-in-Sensor fingerprint technology combines superior biometric performance and 360° readability with anti-spoofing technology, while exceeding industry standards for false rejection rate (FRR 1.8%) and false acceptance rate (FAR 0.00001%)

AES 256 Encrypted

With AES 256 encryption, the AKB-630FB guarantees robust protection for sensitive data. This military-grade encryption standard ensures that biometric information stored on the device remains secure, safeguarding against unauthorized access or tampering

Windows Hello Compatible

The AKB-630FB is fully compatible with Windows Hello, Microsoft's advanced biometric authentication system. Users can enjoy the convenience of logging into their Windows devices quickly and securely using their fingerprint, enhancing both security and user experience.

Works Hard to Stay Clean

Enhanced with Adesso GermCheck antimicrobial technology, the EasyTouch 630FB actively works to reduce the spread of germs in multi-user environments. It also repels the growth of fungus and mold, preventing foul odors.

TAA Compliant

The AKB-630FB meets the requirements of the Trade Agreements Act (TAA), ensuring compliance with government procurement policies. This compliance makes the AKB-630FB an excellent choice for government agencies, educational institutions, and businesses seeking reliable and compliant security solutions.

More from the Manufacturer

• Creates faster response times for users with long-lasting, productive life


• The USB interface allows easy connectivity


• Membrane key switches are great for divisions like industrial controls and telecommunications systems. They offer a low profile, engaging typing and a longer lifespan.


• Antimicrobial keyboard/keypad feature for maximum productivity with added dependability


• Plug and Play your keyboard with the PC and go


• Reader offers high accuracy for fingerprint recognition with maximum dependability