WAVE ID® Solo
WAVE ID Solo read-only readers were designed for customers seeking to leverage their existing card system for applications beyond building access. Providing exceptional protection while maximizing security on devices such as printers, healthcare technologies, process controllers, autonomous robots and more. The WAVE ID Solo delivers plug and play functionality with proximity and contactless smart cards and integrates with all leading operating systems, applications and embedded controllers. The 13.56 MHz model is compatible with most contactless smart cards and the 125 kHz proximity model provides error-free identification for over 300 million physical access cards in use worldwide.
FEATURES
- Manages employee identification and mustering
- Ideal for time and attendance, training meetings, visitor management
- Eliminates errors associated with individual ID, manual or keystroke entry
- Integrates into your software or hardware product through the use of the Universal Software Developer's Kit (SDK)
BENEFITS
- Reads nearly all proximity and contactless smart cards
- Optional LEGIC® technology to serve multiple applications
- Applicable for secure printing, healthcare applications, and process efficiencies
- Fully programmable and customizable user defined fields
- Protect and secure sensitive information
Application Flexibility
The readers are specifically designed for applications such as kiosks, time & attendance, point of sale, hoteling, meeting attendance, as well as others which require special mounting versatility. These readers mount easily with two screws and fi t in a single-gang electrical box. They incorporate all the functionality of the standard desktop readers and are ideal for specialized card and badge reading locations.
Variety of Formats
In addition to the Surface Mount housing (shown), readers are available in a standard desktop format, USB Dongle, PCMCIA, Express Card, embedded keyboard, and OEM form factors. Using the optional rf IDEAS Software Developer's Kit (SDK), the WAVE ID 125 kHz and 13.56 MHz families can be easily integrated with most applications.
