2
Memo
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The range of communications of a wireless device is affected if the antenna is placed near a
metal surface or a dense solid object.
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The range of transmissions is affected if obstructions in the path of the wireless signal being
transmitted reflect or absorb the wireless signals.
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About device authorization
This product is a low-power data transfer system radio station according to the radio law and is
equipped with an authorized radio transceiver. Therefore, a radio station license is not needed to
operate this product.
Name of radio:
AW-NM387
Japan Approvals Institute for Telecommunications Equipment
Authorization number:
D11-0399001
The radio transceiver built into this product has been authorized as a low-power data transfer sys-
tem radio station given that it is installed and used in the product (notebook computer). Therefore,
please note that using this built-in radio transceiver in a different device may infringe on the regu-
lations of the radio law.
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Notification
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Interoperability of radio equipment
•
Wireless LAN
The radio transceiver built into this device uses direct sequence spread spectrum (DSSS)/
orthogonal frequency division multiplexing (OFDM) radio technology and is designed to be in-
teroperable with wireless LAN products in compliance with the following standards.
●
IEEE 802.11 Standard on Wireless LANs (revisions a/b/g/n) established by the Institute of
Electrical and Electronics Engineers
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Wireless Fidelity (Wi-Fi) defined by the Wi-Fi Alliance
The Wi-Fi CERTIFIED logo is the authorization mark of the Wi-Fi Alliance.
■
Characteristics of wireless communications
There is a correlative relationship between the communication range and transmission rate of
wireless devices. The lower the transmission rate of the wireless communications, the broader the
communication range.
TinkerBell_EN_WirelessLAN.indd 2
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