Contactless Smart Credential Readers support ISO 14443/15693 standards.

Press Release Summary:



Operating on 13.56 MHz frequency, Schlage Mid-Range Contactless Smart Credential Readers provide up to 848 kbps baud rate data transfer between credential and device. Units are encrypted with AES 128-bit diversified keys and include mutual authentication and message authentication code to protect data. Supporting MIFARE®, DESFire(TM), and MIFARE DESFire(TM) EV1 technologies, units include SXF2200 for wall-mounted installations and SXF2210 for applications using two-factor authentication.



Original Press Release:



New Schlage Contactless Smart Credential Readers - More Security, Speed, and Data Storage



Support MIFARE®, DESFire(TM) and MIFARE DESFire(TM) EV1 technologies

CARMEL, IND. - Ingersoll Rand Security Technologies today announced that a new line of Schlage contactless smart credential readers will let facilities meet today's requirements while providing a foundation for future applications. Operating on 13.56 MHz frequency, these contactless smart credential readers provide one of the most advanced identification reader technologies available today. The combination of the new Schlage readers and smart credentials provides more security, more speed and more data storage than the more common systems of today.

"These new contactless smart credential readers provide the highest level of security, compatibility and scalability on the market today," emphasizes Jennifer Toscano, Ingersoll Rand Security Technologies portfolio marketing manager, credentials, readers, software and controls. "The new readers will help organizations support diversified smart credential applications ranging from biometrics to cashless vending and transit passes."

The new Schlage contactless smart credential readers provide advanced security by supporting all applicable ISO 14443 and 15693 standards, the international standards for contactless smart cards. They leverage MIFARE DESFire(TM) EV1 technology, are encrypted with AES 128-bit diversified keys and include mutual authentication and a message authentication code (MAC) to ensure that data is safe. These readers also come standard as FIPS 201/ PIV II compliant readers, ready to be used in government applications right out of the box.

The new Schlage readers, when used with new Schlage smart credentials, provide an extremely rapid up to 848 kbps baud rate data transfer between the credential and reader, up to 32 times faster than many contactless smart credentials and readers on the market.

The SXF2200 Mid-Range Contactless Smart Credential Reader is ideal for mounting on single gang U.S. electrical boxes. The read range provided by this attractive package makes it the standard choice for most wall mounted installations.

The SXF2210 Mid-Range Contactless Smart Credential Reader is ideal for higher security applications where two factor (card and/or pin number) authentications are desirable. This reader may be mounted on standard U.S. single gang electrical boxes or any typical wall mounted application.

The new contactless smart credential readers are available now. For more information on the new Schlage line of contactless smart credential readers and credentials, interested parties can go to www.schlage.com.

About Ingersoll Rand Security Technologies

Ingersoll Rand's Security Technologies is a leading global provider of products and services that make environments safe, secure and productive. The sector's market-leading products include electronic and biometric access control systems; time-and-attendance and personnel scheduling systems; mechanical locks; portable security; door closers, exit devices, architectural hardware, and steel doors and frames; and other technologies and services for global security markets. Website is www.securitytechnologies.ingersollrand.com.

Ingersoll Rand Security Technologies is a sector of Ingersoll-Rand Company plc, a global provider of products, services and solutions to industries as diverse as transportation, manufacturing, food retailing, construction and agriculture. For more information, visit www.ingersollrand.com.

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