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Appendix F Custom Wiegand Rule
Appendix F Custom Wiegand Rule
Take W iegand 44 as an example, the s e tting values in the Custom Wiegand tab are as follows:
Take W iegand 44 as an example, the s e tting values in the Custom Wiegand tab are as follows:
Take W iegand 44 as an example, the s e tting values in the Custom Wiegand tab are as follows:
Take W iegand 44 as an example, the s e tting values in the Custom Wiegand tab are as follows:
Custom Wiegand Name:
Total Length
Transformation Rule (Decimal Digit)
Parity Mode
Odd Parity Start Bit
Even Parity Start Bit
XOR Parity Start Bit
Card ID Start Bit
Site Code Start Bit
OEM Start Bit
Manufacturer Code Start Bit
Wiegand Data = Valid Data + Parity Data
Total Length: Wiegand data length.
Total Length: Wiegand data length.
Transportation Rule: 4 bytes. Display the combination types of valid data. The example displays the combination of
Transportation Rule: 4 bytes. Display the combination types of valid data. The example displays the combination of
Card ID and Manufacturer Code. The valid data can be single rule, or combination of multiple rules.
Parity Mode: Valid parity for wiegand data. You can select either odd parity or even parity.
Parity Mode: Valid parity for wiegand data. You can select either odd parity or even parity.
Odd Parity Start Bit, and Length: If you select Odd Parity, these items are available. If the odd parity start bit is 1, and the
Odd Parity Start Bit, and Length: If you select Odd Parity, these items are available. If the odd parity start bit is 1, and the
length is 12, then the system will start odd parity calculation from bit 1. It will calculate 12 bits. The result will be in bit 0. (Bit 0
is the first bit.)
Even Parity Start Bit, and Length: If you select Even Parity, these items are available. If the even parity start bit is 12, and
Even Parity Start Bit, and Length: If you select Even Parity, these items are available. If the even parity start bit is 12, and
the length is 12, then the system will start even parity calculation from bit
12. It will calculate 12 bits. The result will be in the last bit.
XOR Parity Start Bit, Length per Group, and Total Length: If you select XOR Parity, these items are available. Depending
XOR Parity Start Bit, Length per Group, and Total Length: If you select XOR Parity, these items are available. Depending
on the table displayed above, the start bit is 0, the length per group is 4, and the total length is 40. It means that the system
will calculate from bit 0, calculate every 4 bit, and calculate 40 bits in total (10 groups in total). The result will be in the last 4
bits. (The result length is the same as the length per group.)
Card ID Start Bit, Length, and Decimal Digit: If you use the transformation rule, these items are available. Depending on
Card ID Start Bit, Length, and Decimal Digit: If you use the transformation rule, these items are available. Depending on
the table displayed above, the card ID start bit is 0, the length is 32, and
Fingerprint Access Control Terminal · User Manual
Fingerprint Access Control Terminal · User Manual
Fingerprint Access Control Terminal · User Manual
Descriptions
Wiegand 44
44
byFormatRule[4]=[1][4][0][0]
XOR P arity
XOR P arity
0
0
32
Length
Length
Length per
4
Group
Length
32 Decimal Digit
32 Decimal Digit
Length
Length
8 Decimal Digit
8 Decimal Digit
Length
155
Total
40
Length
10
Decimal Digit
Decimal Digit
3
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