rf IDEAS RDR-80LH1BKU RFID Reader
rf IDEAS WAVE ID® SP Plus RFID Reader Model Overview
The WAVE ID® SP Plus reader by rf IDEAS is a dynamic solution for seamless identification and authentication. With its ultra-slim, versatile design, this card reader is perfect for desktop or external mount applications, enabling easy integration into various environments such as time clocks, kiosks, and security enclosures. Featuring dual frequency capabilities, the WAVE ID SP Plus supports a wide range of card types, maintaining performance in any setting. This endpoint device not only enhances workflow but also eliminates manual entry errors, streamlining processes for businesses across multiple industries including healthcare, government, and manufacturing.
- Dual Frequency Support: Accommodates both proximity and contactless card technologies.
- Flexible Integration: Suitable for recessed compartments and external mounting configurations.
- User-selectable volume control: Adjustable beeper volume for various environments.
- Auto-tuning antenna: Optimizes performance in diverse environments.
- Card compatibility: Supports a wide range of badges and credentials.
- Model Series: RDR-805H1AKU WAVE ID SP Plus Keystroke Reader
- Operating Frequency: 125/132 kHz and 13.56 MHz
- Interface: USB
- Dimensions: Height 0.6" x Width 2.0" x Length 3.0"
- Weight: 2.7 oz
- Power Supply: USB self-powered, 5V
- Operating Temperature Range: -22° to 150°F
- Storage Temperature Range: -40° to 185°F
- Operating Systems: Compatible with Windows XP, 7, 8.1, 10 and Linux
pcProx® and pcProx® Plus SP for LEGIC® Smart Cards
Single-Frequency or Dual-Frequency Card Readers for LEGIC®
The pcProx® family of readers for LEGIC® smart cards are designed for organizations seeking to improve security and efficiency by leveraging their existing card system for applications beyond door access.
RF IDeas readers for LEGIC work with the LEGIC proprietary algorithm for data authentication and supports both LEGIC advant and LEGIC prime card technologies. RF IDeas readers with LEGIC technology provide three key benefits for users:
- True contactless smart card security
- High flexibility to manage, merge and migrate mixed card populations
- Improved workflow for applications requiring card access
Developed to Meet and Exceed Stringent Secure Authentication Needs
As part of a complete security solution, the pcProx and pcProx Plus SP readers for LEGIC smart cards are used for identification, authentication, and access control applications. IT organizations select LEGIC card technology for its enhanced level of security, flexibility, Unique ID (UID) and additional protection of identity.
Connecting directly into a USB port, the pcProx or pcProx Plus SP keystroke readers emulate a keyboard and outputs the card data to the cursor's location on the screen. The 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.
Powerful Authentication That's Easy to Integrate
- The pcProx® is a single-frequency reader in desktop, surface mount or non-housed form factors
- The pcProx® Plus SP ultra-slim form factor is designed to fit into recessed pockets on printers or mounted externally
- LEGIC card readers provide the assurance of highly reliable access to all printers
- Operating at the 13.56 MHz standard, LEGIC technology is used in contactless smart cards worldwide
- Deliver tamper-proof data transmission, faster card reading, and hardened copy protection with 13.56 MHz systems
LEGIC card readers support:
- Advant and prime UID
- Advant and prime Secure Memory
- Standards ISO 14443 and ISO 15693
- Data from secure segments can be read with the LEGIC card reader
- Configurable secure segment settings to meet customer data security requirements
- Secure data exchange for each segment
- Ability to launch the reader securely with a LEGIC SAM63 card
- Restriction of Hazardous Substances (RoHS)
- Registration, Evaluation, Authorization and Restriction of Chemicals (REACH)