RFID Tags Toll Road

Florida SunPass system adopts TransCore eGo Plus radio frequency identification (RFID) sticker tag as the SunPass mini. ...

... "The newer, more versatile and affordable tags overcome the cost barrier to widespread adoption of electronic toll collection technology, making it more attractive to migrate to all electronic toll roads and increase the number of customers who pay tolls wirelessly versus manually. The more than three million hardcase SunPass tags currently in use will work alongside the new mini tags.

The eGo Plus sticker tag is a 915 MHz radio frequency programmable, beam-powered, windshield-mounted tag. Packaged as a flexible sticker, this tag is ideal for applications that require low-cost, easily installed tags and is appropriate for electronic toll collection, airport access and ground transportation management systems, parking access, and security access. The tag supports multiple protocols, making it easy to migrate from a mixed-tag population to a common tag. Each eGo Plus sticker tag comes equipped with a factory-programmed unique tag identification number that prevents the tag from being duplicated. The eGo Plus, batteryless sticker tag offers a read range of up to 31.5 feet (9.6 meters) and 2048-bit read/write memory at a fraction of the cost of older, less flexible RFID technology. The tag provides the capability to read, write, rewrite, or permanently lock individual bytes. " ...

Via Transcore: Statewide SunPass Electronic Toll Collection System Orders 1.5 Million Tags

RFID EMI Interferes with Medical Equipment

Experiments with RFID in hospital environment shows interference between RFID systems and medical devices. ...

... "EMI by 2 RFID systems (active 125 kHz and passive 868 MHz) was assessed under controlled conditions during May 2006, in the proximity of 41 medical devices (in 17 categories, 22 different manufacturers) at the Academic Medical Centre, University of Amsterdam, Amsterdam, the Netherlands. Assessment took place according to an international test protocol. " ...

Via JAMA: Electromagnetic Interference From Radio Frequency Identification

RFID Reader Chip with Low Power Consumption

Advanced ID Asia incorporates austriamicrosystems' AS3990 UHF RFID Reader Chip into their PR110 handheld reader. ...

... "austriamicrosystems' AS3990 is a single chip, Gen 2 UHF Reader IC. Ideally targeted for power/cost-sensitive applications, the AS3990 sports the industry's lowest power consumption and lowest cost bill of materials (BOM). It includes a Gen 2 protocol engine for fast time to market, and is available with an integrated power amplifier to further reduce the BOM. The AS3990's unique programmable features enable a single device that is world-wide shippable. Its simplicity is emphasized with only 32 registers to enable full RF, filtering, and protocol control, while maintaining ease in implementation. " ...

Via austriamicrosystems: New AS3990 UHF RFID & Gen2 Reader Enabling Customer to Achieve Faster Time to Market

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

Intel-Reva RFID Reader LLRP Developer Trial

Reva and Intel collaborate to enable equipment vendors to trial LLRP protocol for RFID readers. ...

... "Intel will provide Reva's Low Level RFID Reader Protocol (LLRP) developers' kit and test tool to reader vendors employing Intel's R1000 radio chip. This is in addition to the ongoing LLRP development activities Reva and several leading reader manufacturers started earlier this year. LLRP is an EPCglobal standard for reader control and communications that is paving the way to industry‐wide reader interoperability. Upon completion of a 30‐day prototyping period among reader manufacturers, the Reva LLRP developer's kit, implementation code and supporting documentation will be turned over to an open source project available to any individual or company who wishes to participate." ...

Via Reva Systems: Reva Systems and Intel Collaborate to Drive RFID Reader Standard (PDF) ...