Crestron Electronics Inc CWD1012 사용자 설명서
Crestron MNET-CWD1012
Two-Way RF Transceiver Module
Hardware Guide - DOC. 6351
Two-Way RF Transceiver Module: MNET-CWD1012
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Two-way RF transceiver
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2.4 GHz frequency band, IEEE 802.15.4 specification
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Range from 3 feet to 100 ft.
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Range is effectively increased with the use of additional MNET
devices or repeaters
devices or repeaters
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Operates on one of sixteen available channels to establish optimal
signal quality
signal quality
Two-Way RF Transceiver Module:
MNET-CWD1012
MNET-CWD1012
Introduction
Functions and Features
The MNET-CWD1012 (hereafter referred to as “module”) is a two-way radio
frequency (RF) module that utilizes the 2.4 GHz frequency band to communicate
with other devices.
frequency (RF) module that utilizes the 2.4 GHz frequency band to communicate
with other devices.
The module operates according to the IEEE 802.15.4 specification and can be
configured to minimize the possibility of interference with other devices.
configured to minimize the possibility of interference with other devices.
The module receives RF signals from one or more Crestron MNET devices and can
transmit these signals over the air or over a cable run for further processing
(depending on the application).
transmit these signals over the air or over a cable run for further processing
(depending on the application).
Functional Summary
The transceiver uses a 10 milliwatt signal that can travel up to approximately 100
feet indoors. The range is dependent on the construction of the building,
obstructions, and RF interference from other devices. Adding more modules will
increase the range of transmission. The location of the module and the orientation of
its antenna are also important factors in determining RF performance.
feet indoors. The range is dependent on the construction of the building,
obstructions, and RF interference from other devices. Adding more modules will
increase the range of transmission. The location of the module and the orientation of
its antenna are also important factors in determining RF performance.