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Chengdu Ebyte Electronic Technology Co,;Ltd
Baud rate & air
data rate
Advantage
Disadvantage
Applications
Note
6.3 Continuous Mode (Mode 1)
Status
Transmitting
Receiving
Baud rate & air
data rate
Advantage
Disadvantage
Applications
Note
6.4 Sub-package Mode (Mode 2)
Status
M0=0 M1=1 M2=0
Transmitting
Wireless data transmission is available.
Receiving
Wireless data receiving is available.
Chengdu Ebyte Electronic Technology Co,;Ltd
Copyright ©2012–2019，
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.
M odule 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.
The data output on the receiver is continuous, it meets the requirements for M ODBUS continuous
transmission and low latency.
The baud rates on both receiver and transmitter must be same. The module will raise its air data when the
baud rate is raised, thus the receiving sensitivity will be lowered and operation range will be shorter.
Applicable for those applications not requiring distance but continuous data and response time.
1. The "wireless air data rate" in the configuration commands is invalid (SPED.210 bits) and software will
calculate automatically.
2. 0000 and FFFF are the broadcast addresses, which can be used to monitor and broadcast.
3. The addresses and baud rates must be same on both receiver and transmitter.
4. In continuous mode, both transmitter and receiver must be same model. For example, E70 (868T14S) and
E70 (868T30S) cannot communicate in continuous mode.
E70-868T14S2 user manual
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