High Frequency RFID Reader Embedded Module

Sirit launches the INfinity 110 high frequency reader module for enabling embedded RFID applications. ...

... "The IN110 allows for easy integration into RFID devices such as handheld readers, mobile or stationary printers as well as point-of-sale terminals. The IN110 leverages the new Texas Instruments TRF7960 chip and provides application developers with a variety of tag choices by supporting numerous protocols. These include ISO 14443A and B, ISO 15693, TI Tag-it , NXP EPC, NXP UID, NXP iCode, NXP MIFARE®, Ultralite, and Inside PicoTag. Applications for the IN110 include security and access control, electronic payments, ticketing, e-passports, document tracking, patron management, product authentication and medical uses such as patient management and pharmaceuticals tracking. " ...

Via Sirit Inc: New High Frequency RFID Reader Module

RFID Human Implantation Has Healthcare Role For Glucose Monitoring

VeriChip and Digital Angel collaborate to introduce RFID implantation into the glucose monitoring process and will present together on December 4 and 5th in NYC. ...

... "they will host events for the medical and investment communities on December 4-5th in New York surrounding the development of an implantable bio-sensing RFID microchip to measure glucose levels in the human body. Checking blood glucose levels regularly is critical to properly managing diabetes. The conventional method - a finger prick - is invasive, painful and often inaccurate. The implantable bio-sensor chip would have a passive transponder, a sensor and integrated circuitry that could allow anyone implanted with the microchip to painlessly scan it to determine their blood glucose concentration. The RFID microchip would then quickly and accurately transmit the glucose data back to a wireless scanner that displays the glucose level. The RFID microchip would be powered by the scanner signal, avoiding the need for a battery in the microchip. " ...

Via Verichip: Implantable RFID Glucose-Sensing Microchip for Humans