Chengdu Ebyte Electronic Technology Co.,Ltd
E70-915NW30S User Manual
Copyright ©2012–2019
，
Chengdu Ebyte Electronic Technology Co.,Ltd
1-24
0
：
Open the echo
Example
：
AT+ECHO=1
Note
：
This setting only applies when the power is turned on. After the restart, the default settings are restored and the echo is enabled by default.
19
AT+VER
Reading the version number
AT+VER
Description:
Example
：
AT+VER
20
AT+CLINFO
Clearing network information
AT+CLINFO
Description:
Example
：
AT+CLINFO
Note: The network cannot be re-established after the module is cleared (this command can clear all the information when the number of
coordinator node devices reaches 50).
21
AT+TLCFG
Setting/Querying the concurrency performance parameter (reboot valid)
AT+TLCFG=
？
Description:
Gets the concurrency performance parameter
Response
：
TLCFG:0
AT+TLCFG=value
Description:
Value:0~3
0
：
Low concurrency
1
：
Medium concurrency
2
：
High concurrency
3
：
Highest concurrency
Example: AT+ TLCFG =0
(Note: This parameter is mainly used to configure the concurrency performance of the module. That is, when various nodes concurrently
transmit data, the maximum number of nodes is supported. The higher the performance, the greater the number of concurrent systems, but the
delay in sending data. The average power consumption of the nodes will increase; the lower the performance, the higher the real-time
performance of the data sent by the nodes, but the data may be lost when the environment has large interference or multiple nodes transmit
simultaneously.)
10. Notes
1. In the sleep mode, the serial baud rate format is 115200, 8N1. If users forget the current baud rate, they can use AT
command to reconfigure in this mode.
2. After the node is associated with the coordinator, the node's information will be saved, and the information still exists
after the node is disconnected from the network. This mechanism has two advantages:
A. When the same node joins the network established by the coordinator, increase the network access speed;
B. After a node enters the network, as long as the current network exists, the short address will never change;
