Rssi Mode (Mode 0); Continuous Mode (Mode 1) - Ebyte E70-900T14S User Manual

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immediately without waiting the rising edge of the AUX pin, also the user's main MCU will go dormancy
immediately. Then the module will transmit all the data through wireless transmission & go dormancy 1ms later
automatically, which reduces MCU working time & save power.
Likewise, this feature can be used in any mode-switch. The module will start to work in new mode within 1ms after

completing present mode task, which enables the user to omit the procedure of AUX inquiry and switch mode
swiftly. For example, when switching from transmitting mode to receiving mode, the user MCU can go dormancy
before mode-switch, using external interrupt function to get AUX change so that the mode-switch can be realized.
This operation is very flexible and efficient. It is totally designed on the basis of the user MCU's convenience, at the

same time the work load and power consumption of the whole system has been reduced and the efficiency of whole
system is largely improved.

6.2 RSSI Mode (Mode 0)

Status
Transmitting
Receiving
Baud rate & air
data rate
Advantage
Disadvantage
Applications
Note

6.3 Continuous Mode (Mode 1)

Status
Transmitting
Receiving
Baud rate & air
data rate
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M0=1 M1=0 M2=0
Wireless data transmission is not available
Wireless data receiving is not available
Current baud rate
RSSI value of one byte output every 100ms can indicate the noise value of current environment.
Data transmission and receiving are not available
For monitoring environmental noise
-
M0=1 M1=0 M2=0
Wireless data transmission is available.
Wireless data receiving is available.
Module will calculate the minimum air data rate according to the configured baud rate. Since the modules
with different air data rate cannot communicate, the serial port parameters must be the same on both
receiver and transmitter.
E70-900T14S user manual
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