他のワイヤレス・テクノロジーとの比較という観点で NFC テクノロジーを検討してみましょう。

今度は、コンシューマの周辺にあるアプリケーションの概要について説明します。

ここからはNFCデバイスで想定される別の製品クラスについて考えましょう。

NFC を使用すると 可能性は無限に広がり多様な市場で革新的なソリューションを実現できます。

This video will help you avoid common mistakes around antenna design that affect the overall range

This video begins the RFID training series by highlighting TI’s RFID expertise.

Learn about: reliability of environment, security, compliancy, read/write range, read/write speed, multi tag capabilities and cost.

This video explains RFID read range and standards in detail.

Learn about the parameters associated with LF Passive, HF Passive, UHF Passive and UHF Active technologies.

This video details LF and HF passive magnetic coupling and UHF passive and active e-field coupling systems.

This video covers major RFID use cases across technologies.

This video highlights LF 134kHz application areas.

This video highlights HF 13.56MHz application areas.

Sub-1 GHz radio technology offers long range, low power and robustness for the industrial IoT with 20 km range on a coin cell battery.

The CC2630, CC2640, CC2650, CC1310 and CC1350 devices include a 2nd programmable CPU ideal for ultra low-power sensor reading and data processing

Use PinMux to determine the optimal pin configuration that matches the peripherals that you will be using and then generate the necessary configuration code.