RF IDeas, RDR-30581BKU-SFT, Wave ID Plus BLE Keystroking Safetrust Black USB Reader with Bluetooth® Low Energy Technology
Features:
- WAVE ID Mobile readers are easily phased into the existing reader network for seamless integration, eliminating the need for additional badges or readers while increasing the number of applications
- The reader emulates a keyboard by keystroking badge information into a standard text editor
- No additional software required for integration with most common operating systems
- All applications are compatible with USB keyboard inputs
- Wave ID® Mobile Access Readers
Benefits:
- The WAVE ID Mobile credential reader is expressly designed for Safetrust Wallet and mobile access security
- Supports Safetrust Wallet access methods - without sacrificing performance
- The ideal solution for industries dependent on mobile employees across a spectrum of purposes; sales, executive, industrial, manufacturing, government, education and more
Wave ID® Mobile Access Readers
Today's smartphones offer artificial intelligence capabilities that support a robust digital persona. To better support an increasingly mobile workforce, rf IDEAS® offers dual-frequency readers that incorporate a Bluetooth® reader for access control using industry-leading mobile credentials in addition to reading 125 kHz proximity or 13.56 MHz contactless smart cards.
Wave ID® Mobile Reader for Safetrust Wallet
An increasingly mobile workforce needs mobile access readers wherever they work. The WAVE ID Mobile Reader for Safetrust Wallet combines a dual-frequency programmable credential reader with integrated Bluetooth low energy technology. In addition to reading proximity cards (125/132 kHz) or contactless smart cards (13.56 MHz), it also reads the industry-leading Safetrust Wallet credential on BLE-equipped iOS and Android™ mobile devices. The WAVE ID Mobile credential reader for mobile phones helps secure the enterprise while providing employees and partners with convenient logical access to secured devices, networks and applications while on the go.