Reichshof-Wehnrath, April 27 2009 – scemtec Transponder Technology GmbH enlarges their range of high frequency RFID (Radio Frequency Identification) solutions by adopting the PJM (Phase Jitter Modulation) technology into their portfolio. scemtec is the first German company that has signed a hardware sublicense agreement from Infineon and is going to offer innovative PJM hardware solutions in the future. The license agreement meets the increasing requirements of the market to establish further PJM hardware producers and system integrators and to expand the range of PJM infrastructure. This is an important premise in order that this innovative RFID technology can grow faster in segments like healthcare, document management, services and logistics.
PJM technology – currently the most high-performance passive RFID technology
The RFID high-performance technology PJM is particularly designed for simultaneous contactless, electronic identification of several hundred objects – even when they are closely stacked to each other (so-called “zero-separation”) or passing the field of the reader at high speed (up to 4 meters per second). PJM technology uses the high frequency range of 13.56 MHz and is fully compliant with the international standard ISO/IEC 18000-3 Mode 2. PJM is suitable for the multiple simultaneous contactless electronic identification of up to 1500 objects per second – this is up to 25 times faster compared to other RFID technologies
Established technology, new solutions, improved applications
The PJM technology is today successfully used worldwide in different applications like Supply-Chain-Management. By taking a license. scemtec Transponder Technology not only helps meet the increasing demand for availability of PJM reader hardware but also will introduce new innovative products which will help this technology to find additional applications.Beside the enlargement of the readers offerings with the mass availability of the chip SRF 66V01ST “PJM Light“ a further target can be reached. “PJM Light” provides a memory capacity of 1 kbit and privacy features designed to prevent unauthorized access to the protected data. The chip has been developed for the cost efficient inventory management of objects. Further applications include innovative Supply-Chain-Management, Document Logistics as well as healthcare and medical systems, which require the highest performance from an economic design
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