MP9311 User’s Guide
40
Program a 96-Bit EPC (Impinj Zuma Tags)
To write a 96-bit EPC on an Impinj Zuma EPC0 tag, enter the following:
}te!
}wa,a:1,l:1,b:7!
Once the tag has been set to 96 bit, use a single
Wa
command for subsequent Tag ID
writes:
}Wa,a:4,l:6,b:306c50fd76d803cf02f47f5f,f:3!
where:
a:4 is the start of the EPC
l:6 is the length in rows
b:xxxx is the 96-bit EPC code
f:3 is the command to calculate the CRC. The CRC is calculated and written to the
row following the EPC code.
Program a 64-Bit EPC (Impinj Zuma Tags)
To write a 64-bit EPC on an Impinj Zuma EPC0 tag, enter the following:
}te!
}wa,a:1,l:1,b:5!
Once the tag has been set to 64 bit, use a single
Wa
command for subsequent Tag ID
writes:
}Wa, a:4,l:5,b:c80507a8009af9d71021!
where:
a:4 is the start of the EPC
l:5 is the length of the EPC and CRC in rows
b:xx is EPC and CRC
Program a 48-Bit Product Code (Impinj Zuma Tags)
In the following example, the 48-bit product code is written first and then the16-bit serial
number is written at a later time. To write the 48-bit product code, enter:
}te!
}wa,a:1,l:1,b:4!
Once the tag has been set to 48 bit, use a single
Wa
command for subsequent Tag ID
writes:
}Wa, a:4,l:3,b:c80507a8009a!
To write the 16-bit serial number, enter the following:
}Wa, a:7,l:2,b:fa6e7380!
Summary of Contents for MP9311 Series
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