User Manual

ThingMagic Nano User Guide 30
www.JADAKtech.com
5 Regulatory Support
Supported Regions
ThingMagic Nano has varied levels of support for operation and use under the laws and guidelines of
several regions. The existing regional support and any regulatory constraints are provided in the following
table. Refer to the firmware release notes to determine if additional regions have been added. Additional
information on each region is provided in Regional Frequency Specifications.
Caution: Please contact [e-mail] before beginning the process of getting
regulatory approval for a finished product using the ThingMagic Nano. We can
supply documents, test reports and certifications to the test house, which will greatly
accelerate the process.
Supported Regions
Region Regulatory Support Notes
Narrow Band North
America (“NA2”)
FCC 47 CFG Ch. 1 Part 15
Industrie Canada RSS-210
Complies with all FCC regulations but uses
a half the frequency range: 917,400 kHz to
927,200 kHz
Narrow Band North
America (“NA3”)
FCC 47 CFG Ch. 1 Part 15
Industrie Canada RSS-210
Complies with all FCC regulations but uses
a 5 MHz frequency range: 917,500 kHz to
922,500 kHz
European Union
(“EU3”)
Revised ETSI EN 302 208
Note: The EU and EU2
regions offered for other
modules are for legacy
applications using old ETSI
regulations. These are not
supported in the Nano.
By default, EU3 will use four channels. The
EU3 region can also be used in a single
channel mode. These two modes of
operation are defined as:
Single Channel Mode
Set by manually setting the frequency hop
table to a single frequency. In this mode the
module will occupy the set channel for up to
four seconds, after which it will be quiet for
100msec before transmitting on the same
channel again.
Multi-Channel Mode
Set by default or by manually setting more
than one frequency in the hop table. In this
mode the module will occupy one of the
configured channels for up to four seconds,
after which it may switch to another channel
and immediately occupy that channel for up
to four seconds. It will not return to any
channel until that channel has been dormant
for 100 msec. This mode allows for more
continuous reading.