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• NI - TestStand 2: Framework Development24. – 25. maj
• Innofour - PADS Router, Karlslunde25. maj
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• Nordcad - OrCAD/Allegro PCB Editor introduktion31. maj
• NI - LabVIEW Core 14. – 6. juni
• Delta - ISTQB/ISEB Software Tester Foundation - på engelsk6. – 8. juni
• NI - LabVIEW Core 27. – 8. juni
• NI - LabVIEW Real-Time 11. – 12. juni
• NI - LabVIEW FPGA13. – 14. juni
• Delta - iNTCCM Configuration Management 18. – 20. juni
• Axcon/Silica - Stackup-design med Lee Ritchie 25. juni
• Hytek - IPC/WHMA-A-620 recertificering Trainer8. – 9. august
• Hytek - IPC/WHMA-A-620 recertificering Specialist8. – 9. august
• Hytek - IPC/WHMA-A-620 certificering Trainer13. – 16. august
• Hytek - IPC/WHMA-A-620 certificering Specialist13. – 16. august
• Nordcad - Capture CIS introduktion28. august
• Hytek - IPC-A-610 certificering Specialist28. – 30. august
• Nordcad - OrCAD/Allegro PCB Editor introduktion29. august
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• Hytek - Bølgelodning4. – 5. september
• FPGAworld 2012 6. september
• E-12 Elektronikmesse11. – 13. september
• Arrow - Texas Instrument: Digital Power Seminar, Silkeborg18. september
• Arrow - ARM and Freescale: One Day Workshop, Herlev18. september
• Arrow - ARM and Freescale: One Day Workshop, Silkeborg19. september
• Delta - Testteknikker - Blackbox20. september
• Delta - Testteknikker for udviklere21. september
• Hytek - Crimpning i henhold til IPC21. september
• Nordcad - OrCAD/Allegro PCB Editor udvidet25. september
• Nordcad - Signal Integritets analyse med OrCAD SigXplorer26. september
• Hytek - Kravspecifikationer og auditering af 2. – 3. oktober
• Nordcad - PSpice udvidet2. – 3. oktober
• Nordcad - Capture CIS introduktion9. oktober
• Semicon europa 20129. – 11. oktober
• Hytek - SMD processtyring9. – 10. oktober
• Nordcad - OrCAD/Allegro PCB Editor introduktion10. oktober
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• Hytek - Reflowlodning23. – 24. oktober
• Nordcad - Signal Integritet og avanceret digital design23. – 24. oktober
• Delta - ISTQB Advanced Test Manager 29. oktober – 9. november
• Arrow - Texas Instruments: Digital Power Design Workshop, Herlev5. – 8. november
• Nordcad - PSpice modeller6. november
• Nordcad - PSpice advanced analysis7. november
• electronica 201213. – 16. november
• Hytek - Design for Manufacturability16. november
• Hytek - Produktpålidelighed – IPC J-STD-00120. november
• Hytek - Håndtering af fugtfølsomme komponenter22. november
• Hytek - Specifikation af PCB27. – 28. november
• Hytek - ESD EN61340-530. november
• Hytek - Implementering af BGA og Flip Chip4. december
• Nordcad - Signal Integritets analyse med OrCAD SigXplorer4. december
• Nordcad - OrCAD/Allegro PCB Editor udvidet5. december
• Nordcad - Electrical constraints 6. december
• Hytek - Renhedskrav for elektroniske produkter6. december
• Hytek - Trykketeknik tinpasta11. – 12. december
• Hytek - Nitrogen reflow/bølgelodning13. – 14. december
• Hytek - Blyfri lodning13. – 14. december
• Hytek - SMD Reparation18. – 19. december

Elektronik & Data › Wireless › Interface til NFC microcontrollere

Infineon Technologies offers an open and high-performance interface for the company's Near Field Communication (NFC) security microcontrollers. The DCLB (Digital Contact Less Bridge) interface comprehensively addresses future NFC requirements in terms of flexibility, speed and security.

The DCLB interface is freely available and usable as a globally open solution for all NFC modem, Secure Element and handset manufacturers. As a leading supplier of security microcontrollers for NFC applications, Infineon cooperates for this purpose with the world's largest suppliers of NFC modems.

DCLB-based implementations are by now in high-volume deployment. Leading modem suppliers are already working on further implementations of the DCLB interface. The first NFC mobile phone benefiting from an Infineon embedded Secure Element (eSE) with DCLB interface has been on the market since August 2011.

The

DCLB interface is an open solution offering an optimized connection between the eSE and the NFC modem. By dispensing with the temporary storage of data packets in the NFC modem, the data can be transferred directly from the terminal to the Secure Element without creating additional protocol overheads. Peak data transfer rates - essential for numerous NFC applications such as payment transactions - are achieved in this process.

Infineon's DCLB interface is currently one of the fastest NFC interfaces on the market, supporting the maximum defined data transfer rate of up to 848 kilobits/second (kB/s). Mainstream interfaces support only 106 kB/s. With Infineon's DCLB interface, an almost eight-fold volume of data can be transferred in the same time.

- Infineon's offerings make NFC secure, convenient and fast. We establish the technological basis for consumers' confidence in secure mobile payment, says Dr. Helmut Gassel, President of the Chip Card & Security Division at Infineon Technologies AG.

- With innovative solutions such as the globally open and freely available DCLB interface, Infineon strongly contributes to bringing NFC to the mass market.

Infineon's eSE security microcontrollers with DCLB interface are innovative. They support JavaCard and GlobalPlatform and are CIPURSE and Mifare compliant. Furthermore, they support the most widely used encryption methods such as RSA, ECC, 3DES and AES. At the same time, the optimized DCLB interface is easy to implement and offers more flexibility by supporting the ISO 14443-A, ISO 14443-B, ISO 14443-C and ISO 15693 (Passive Mode) protocols.