我正在尝试用NFC标签替换/补充QR码以进行付款，但是我不确定应该选择哪种NFC编码格式。 （类似于微信支付，客户无需点击QR码，而是点击NFC标签并输入金额）
iOS 13增加了对NDEF和本地标签（即ISO7816，MIFARE，ISO15693和FeliCa）的读写功能。
每种编码方法有什么好处？
快速搜索显示，区别在于读/写能力，内存和传输速度：
1. Tag 1 Type: The Tag 1 Type is based on the ISO14443A standard. These NFC tags are read and re-write capable and users can configure the tag to become read-only. Memory availability is 96 bytes which is more than sufficient to store a website URL or other small amount of data. However the memory size is expandable up to 2 kbyte. The communication speed of this NFC tag is 106 kbit/s. As a result of its simplicity this tag type is cost effective and ideal for many NFC applications.
2. Tag 2 Type: The NFC Tag 2 Type is also based on ISO14443A. These NFC tags are read and re-write capable and users can configure the tag to become read-only. The basic memory size of this tag type is only 48 bytes although this can be expanded to 2 kbyte. Again the communication speed is 106 kbit/s.
3. Tag 3 Type: The NFC Tag 3 Type is based on the Sony FeliCa system. It currently has a 2 kbyte memory capacity and the data communications speed is 212 kbit/s. Accordingly this NFC tag type is more applicable for more complex applications, although there is a higher cost per tag.
4. Tag 4 Type: The NFC Tag 4 Type is defined to be compatible with ISO14443A and B standards. These NFC tags are pre-configured at manufacture and they can be either read / re-writable, or read-only. The memory capacity can be up to 32 kbytes and the communication speed is between 106 kbit/s and 424 kbit/s.
每种编码格式的安全级别如何？
例如： 1）MIFARE：例如澳大利亚Victoria Myki（火车电车）（ISO / IEC 14443 A型13.56 MHz）—>应为1型和2型