500
Detailed parameters of NFC(NDEF) support (omissible)
* Note: It is possible to specify 2 versions when ndf:6. One
will be reflected to Bluetooth record, and the other will be
reflected to Wi-Fi record. The version will not be reflected to
Wi-Fi record if you have specified only one.
hma: MAC Address for handover For ndf:4 ~ 6, specify the MAC address to a fixed 12-
digit hexadecimal.
* Note: It is possible to specify 2 MAC addresses when
ndf:6. One will be reflected to Bluetooth record, and the
other will be reflected to Wi-Fi record. The version will not
be reflected to Wi-Fi record if you have specified only one.
dnm: Device name For ndf:4 or ndf:5 ~ 6 (wcc:1), specify the device
name. Specify a string within 16 characters from 0 ~
9, A ~ Z, a ~ z, - (hyphen) and _ (underscore).
dcl: Class of Device For ndf:4, specify the device class to a fixed 6-digit
hexadecimal.
* Considering the extensibility of the function, only the digit
number is checked instead of its content.
Specify service code for the first 2 digits (refer to the
table of "Setting value of Class of Device (dcl:)" in
"[ESC+RK] RFID write (ISO/IEC14443 TypeA)" ).
Specify major device class for 3, 4 digits and the last
2 digits for minor device class (refer to the table of
"Major device classes and minor device classes of
device class (dcl:)" in "[ESC+RK] RFID write (ISO/
IEC14443 TypeA)").
E.g.
dcl: 400204
Service Minor device
code: class
Major device
class
scl: Service Class UUID For ndf:4, specify more than 1 service class (refer
to the table of "Setting value of Service Class
UUID(scl:)" in "[ESC+RK] RFID write (ISO/IEC14443
TypeA)"). Specify to hexadecimal which digit is 4's
multiples.
* Considering the extensibility of the function, only the digit
number is checked instead of its content.
E.g.
scl:111E11 0B
The first The second
service class service class
Up to 8 service classes can be specified.
rfb: RF Bands For ndf:5 ~ 6, specify the wireless frequency band
when using Wi-Fi to a fixed 2-digit hexadecimal.
Value Encryption type
01 2.4 GHz
02 5.0 GHz