Press Release Summary:
Intended for automatic identification, access control, and electronic cash markets, RFID Devices are packaged in laminated plastic key fob or ISO thin card format and are available in ISO 14443B or ISO 15693 HF protocol. Units leverage 1-WireÂ® secure authentication ICs, which protect intellectual property in embedded systems. Models MAX66040 and MAX66140 employ SHA-1 secure hash algorithm, which maintains integrity of stored data so that one can verify authenticity of any credential.
Original Press Release:
Maxim's Secure RFID Keys Feature the 13.56MHz Interface Being Deployed for Access Control, e-Cash, and ID Cards Worldwide
Maxim's 13.56MHz contactless RFID cards employ SHA-1 security to authenticate and protect secure applications.
SUNNYVALE, CA - Maxim Integrated Products (NASDAQ: MXIM) introduces a new line of RFID keys and cards designed for the two-billion-units-per-year automatic identification, access control, and electronic cash (e-cash) markets. This new contactless RFID product family (the MAX66000/020/040/100/120/140) leverages the expertise utilized in the company's popular 1-Wire(R) secure authentication ICs, which protect intellectual property in embedded systems. With a 13.56MHz interface, these secure keys are ideally positioned to gain market share because 13.56MHz is becoming the worldwide standard for access control and e-payment applications. Some regions of the world have already begun deploying this RFID technology for passport and national ID cards.
As the critical data found inside many of these RF credentials becomes more and more valuable, efforts to crack, counterfeit, and duplicate cards and credentials will increase. System integrators are already looking for increased security and authentication techniques to protect those assets.
Maxim's new RF devices are packaged in a laminated plastic key fob or ISO thin card format and are available in either the ISO 14443B or ISO 15693 HF protocol. Each protocol family offers three products: 64-bit ROM ID only (MAX66000/MAX66100), ROM ID plus 1K-bit EEPROM (MAX66020/MAX66120), or ROM ID plus 1K-bit EEPROM and SHA-1 authentication (MAX66040/MAX66140). Custom form factors are also available.
The MAX66040 and MAX66140 employ the secure hash algorithm (SHA-1), a proven technology designed by the NSA for protecting a system's critical data without using expensive encryption techniques or an untested, proprietary protocol. SHA-1 is an ISO standard that is publicly available and has been thoroughly tested in the marketplace. It is designed to maintain the integrity of the stored data so that one can verify the authenticity of any credential.
Maxim's RF keys and cards are custom programmable to match the requirements of new and existing tag populations. They work with most 13.56MHz readers on the market, thus providing an alternative tag source for existing systems. Data sheets for all Maxim(R) contactless RFID keys and cards can be found at www.maxim-ic.com/rfid. Pricing starts at $0.72 (1000-up, FOB USA).
See Maxim's Secure RFID Keys at ASIS
Maxim will be showcasing its 13.56MHz-compliant cards and NFC credentials at ASIS 2011 in Orlando, Florida on September 19-20. Come visit us at the Feig Electronic tradeshow booth 1306.
Maxim makes highly integrated analog and mixed-signal semiconductors. Maxim reported revenue of approximately $2.5 billion for fiscal 2011. For more information, go to www.Maxim-ic.com.
Maxim and 1-Wire are registered trademarks of Maxim Integrated Products, Inc.
DATA SHEET: Data Sheets for these products are available on the web.