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Advantages of JCOP4 series JAVA cards (J2R110|J3R110|J2R150|J3R150|J3R180) in the field of Electronic ID cards

Advantages of JCOP4 series JAVA cards (J2R110|J3R110|J2R150|J3R150|J3R180) in the field of Electronic ID cards

J2R110|J3R110|J2R150|J3R150|J3R180 is the JCOP4 series JAVA card is another peak work after the J2A, J3A, J3D, J3H series. In order to ensure high security and high performance, the data storage capacity is increased, With the Flash chip, the chip’s computing speed is faster and more stable. Before the J3H series JAVA (inclusive), all used EEPROM chips, and after the J3R

RFID Frequencies and Transmission Power

RFID Frequencies and Transmission Power

RFID Frequencies and Transmission Power Following the chart is more detailed information on UHF and EPCglobal standards by Country. Note that in Europe there are numerous different frequencies and different maximum power regulations. Some of the European standards and the USA/Canada regulations have been adopted by other countries. When implementing an RFID system it is very important to make

10-bit Number And 8-bit Number Conversion Relationship of the Access Control Card

10-bit Number And 8-bit Number Conversion Relationship of the Access Control Card

Usually in the access control system, the 8-bit card number is wiegand26-bit output, the 10-bit card number is wiegand34-bit output. For example, printing on a card: 0013961168 10-bit card number, or 213 02000 3+5 8-bit card number. 10-bit card number 0013961168, convert to hexadecimal is 00 D5 07 D0. 8-bit card number 213 02000, the first 3 digits 213 converted

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