The USB Reader Device

Features

Overview

Ethos USB Devices support a multitude of necessary functions within the credentialing process. 

With a wide range of functionality, most of these devices are customized to meet the end-users exact requirements. They are compatible with single or dual-technology credentials including legacy low-frequency proximity and Mifare DESFire EV1 and EV2 NFC (contactless smart) and can accommodate both types of credentials all in one package.   
 
The USB reader has a wide range of unique uses such as:

 

  • It can be used to enroll credentials into your access control system

  • It can be used with a low-frequency proximity credential or a high-frequency smart card credential

  • It can be used with high-security encrypted credentials containing custom encryption keys

  • It can be used to write the Campus Applications onto a LEAF credential

  • It can be used to read the Campus Applications from a LEAF credential

  • It can be used to analyze the data on a proximity card

  • It can be used to analyze the data on a LEAF Cc card with custom crypto keys if the keys are shared with WaveLynx

  • It can be used to verify the technologies within a dual technology card

  • It can be used to write a BlueLynx credential into a mobile BLE device


There may be many more uses and each of the above uses are generally customized to meet the end user’s exact requirements. For more information please contact Sales@WaveLynxtech.com

  • Multiple models offered for various credentials:

    • 125kHz proximity cards (U1)

    • 13.56MHz (NFC) Smart Cards (U2)

    • Both 125KHz & 13.56 MHz (U3)

  • Powered via USB

  • Bright Red/Green/Amber LED

  • Black, high-quality plastic

  • Lifetime warranty

  • Serialized for traceability and support

  • Noteworthy: Designed and made in the USA

Mifare Classic®, Desfire EV1®, and Desfire EV2® are registered trademarks of NXP Corporation.  All other trademarks are trademarks of their respective owners.

© 2018 WaveLynx Technologies Corporation