RF IDeas WAVE ID Solo RDR-6382AKU Card Reader Access Device

Manufacturer: RF IDeas, Inc
Mfr. Part: RDR-6382AKU

Black Access Control System, Healthcare, Manufacturing, Government, Financial, Education - Proximity, Mobile Key Application, Radio-frequency Identification (RFID) - Network (RJ-45) - USB - Serial - 5 V - Desktop, Surface Mountable

RF IDeas WAVE ID Solo RDR-6382AKU Card Reader Access Device

About This Product

Overview

WAVE ID® Solo credential readers are designed for organizations seeking to implement new ways to improve efficiency and leverage their existing card system for applications beyond physical security. Engineered to work with virtually any proximity and contactless smart card technologies, the 13.56 MHz contactless model is compatible with nearly all 13.56 MHz cards. The 125 kHz proximity model provides error-free identification for over 300 million physical access cards worldwide. The WAVE ID Solo readers are available in keystroke and non-keystroke versions and can be configured to read up to four card types.

Developed to Meet and Exceed Stringent Secure Authentication Needs

The WAVE ID Solo reader is used for identification, authentication, and access control applications. rf IDEAS is the preferred partner for solutions that combine readers, credential technology and application software to eliminate manual entry of usernames and passwords, streamline workflow, and eliminate errors for identification.

Plug-and-Play Functionality and Seamless Integration

Connecting directly into a USB port, the WAVE ID Solo keystroke reader emulates a keyboard and outputs the card data to the cursor's location on the screen. The WAVE ID Solo reader is easily configured to increase security and control access. Through the configuration process, desired credential data output and access privileges for cardholders can be established. With our extended features, users benefit from additional flexibility to manipulate card data and further increase security with encryption. As a card enrollment or credential reader/ tester, the USB model emulates a keyboard and keystrokes the card's ID and/or facility code to the cursor's location on the screen. The reader can be configured to add keystrokes before and after the card's data.

The WAVE ID Solo reader easily integrates into existing credential systems. It eliminates the need to add another credential or additional readers when increasing the number of applications that use credential systems for employee identifi cation. The WAVE ID Solo reader supports standards ISO 14443 and ISO 15693 for access control, secure printing, time and attendance, and cashless payment. This reader is also available with serial or USB virtual COM interface and delivers the credential's data in ASCII.

Developer-friendly SDK

Integrate the reader with your software or hardware product through the use of the rf IDEAS Universal Software Developer's Kit (SDK). In contrast to the keystroke readers, the SDK or non-keystroking reader passes the raw card data off ering nearly unlimited possibilities for user identification and authentication.

Common Applications

Credential-based reader solutions help streamline workflow and avoid identification errors by eliminating the need to manually enter usernames and passwords. Here are some of the most common applications in key industries.

  • With its convenient to use technology as well as the user-friendly operational capability, this Card Reader Access Device provides optimal card reading functionality productivity
  • Get excellent performance without compromising quality, durability for proximity reading distance
  • Access control system application/usage is significantly safer as it can be easily monitored and accessed inside the premises
  • Can be placed on Desktop surface for standalone installation

Quick Specifications

Product Line
WAVE ID Solo
Product Series
82
Product Model
RDR-6382AKU
Product Type
Card Reader Access Device
Identification Method
Proximity Mobile Key Application Radio-frequency Identification (RFID)
Application/Usage
Access Control System Healthcare Manufacturing Government Financial Education
Connectivity Technology
Wired
USB
Yes