RF IDeas RDR-60U1AKU Wave ID Nano Keystroke HID Prox Vertical Reader

RF IDeas, RDR-60U1AKU, Wave ID® Nano Keystroke HID Prox Black Vertical USB-C Reader

Features:

• Includes features of desktop and surface mount readers in ultra-compact USB
• Auto tuning for contactless counters effects of card variability or environment
• In either 125 kHz proximity or 13.56 MHz contactless formats; integrating into existing contactless smart card systems
• Provides up to four badge/card configurations
• Revolutionary small size offers ultimate flexibility in solution opportunities

Benefits:

• Compact solution perfect for single sign-on, time and attendance, training, POS, secure print across healthcare, government, manufacturing, enterprise
• Small size avoids longer dongle style reader breakage
• Easy integration means no additional modification or training is required
• Reduces hardware needed when embedded within housings, control panels or keyboards
• Portability for "access on the go" when multiple passwords and ID access are critical

It is the world's smallest badge reader. The WAVE ID Nano reader delivers all the features of desktop and surface-mount readers in an ultra-compact format. It is for use with the traditional USB-A port or in an even smaller USB-C version to fit newer laptops, tablets and smartphones.

Both options are designed with an ultra-compact profile to minimize physical interference or any risk of breakage. In addition, the USB-C version complies with select MIL-STD-810 requirements to resist extremes of altitude, temperature, humidity, dust, vibration, shock and freeze/thaw cycles. They are ideal for first responders, military professionals or anyone who appreciates worry-free reliability.

With their small size, WAVE ID Nano readers can also be easily embedded in monitors, all-in-one PC's and other hardware. Designed for on-the-go portability, they enable healthcare, government, manufacturing and enterprise employees to work remotely or move about freely, in any environment, while keeping valuable information reliably protected.