RF IDeas pcProx USB 2.0 smart card reader

Just added to the pcProx family of readers is the ultra-compact pcProx 13.56 MHz Nano. The 13.56 MHz contactless smart card reader, along with the 125 kHz proximity mobile reader, provides the mobile worker with the assurance of security, ease of identification, and simple access to their USB laptops or tablets. The ultra-compact form factor of the pcProx Nano makes it a popular choice for embedded applications (housings, keyboards, control panels) to minimize pieces of hardware.
The pcProx 13.56 MHz Nano is available in the popular vertical form factor. The pcProx 125 kHz Nano is available in either vertical or horizontal form factors. The revolutionary small size brings significant opportunity and flexibility in terms of solution variety and integration. Backward compatibility ensures simple integration into organizations with existing badge systems.
RF IDeas’ pcProx Enroll card readers are designed for customers seeking to leverage their existing card system for applications beyond building access. These readers are engineered and designed to work with nearly all proximity and contactless smart card technologies. 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.
Featuring plug-n-play functionality, no required software, and embedded configurable flash memory, these readers are ready to integrate with nearly all operating systems, applications, and embedded controllers.
The pcProx 82 Series reader integrates into your software or hardware product through the use of the RF IDeas Universal Software Developer’s Kit (SDK). In contrast to the Enroll readers, the 82 Series use a callable DLL or other direct integration methods rather than keystroking (emulating a keyboard device). These low cost readers deliver the card ID in a format that applications recognize, offering nearly limitless possibilities for user identification and authentication.