[Node Information/IEEE Address]
Type = Get;
Description = 
<Get the 64-bit IEEE address.
(EUI address, long address)
The IEEE address is a unique device address assigned during manufacturing. This address is unique to each physical device.>;
At Command = AT+LONGADDR;

[Node Information/Node ID]
Type = Get;
Description = 
<Get the 16-bit Node ID.
(network address, short address)
The node ID of "0000" is reserved for the coordinator. All devices receive a randomly generated address from the router or coordinator device that allows the join. This value can change if an address conflict is detected where two devices are found to have the same address or a device leaves the network and later joins.>;
At Command = AT+SHORTADDR;

[Node Information/Operating Channel]
Type = Get;
Description = 
<Get the operating channel number used for transmitting and receiving between RF modules. It uses 802.15.4 channel numbers. A value of "0" means the device has not joined a PAN and is not operating on any channel.>;
At Command = AT+OPCH;

[Node Information/Operating PAN ID]
Type = Get;
Description = 
<Get the operating 16-bit PAN ID. If PAN ID is set specific value not 0s, operating PAN ID will equal designated PAN ID. A value of "FFFF" means the device is not joined a network.>;
At Command = AT+OPPANID;

[Node Information/Operating EPID]
Type = Get;
Description = 
<Get the operating 64-bit extended PAN ID. A value of "FFFFFFFFFFFFFFFF" means the device is not joined a network.>;
At Command = AT+OPEPID;

[Node Information/Version]
Type = Get;
Description = 
<Get firmware version of the module. It is returned a form of "PTvx.x".>;
At Command = AT+VERSION;

[Node Information/Product Name]
Type = Get;
Description = 
<Get the product name. It can be used to distinguish among different hardware platforms.>;
At Command = AT+PRODUCTNAME;

[Network Settings/Node Type]
Type = 10;
Combo_list = None:ZC:ZR:ZED:SED;
Description = 
<Set the node type as below.

1. ZC: It is responsible for forming the network included selection of an appropriate channel after scanning available channels and selecting a PAN ID.
2. ZR: It provides routing services to network devices.
3. ZED: It is leaf node which communicates only with its parent and will not relay messages.
4. SED: It is an end device whose radio can be turned off to save power.>;
At Command = AT+NODETYPE;

[Network Settings/Channel Mask]
Type = 16(8);
Range_min = 0x00001000;
Range_max = 0x03FFF000;
Description = 
<Set the channel mask to use. Bits set as 1 indicate that this particular channel can be used. Bits set as 0 indicate that this particular channel should not be used. For example, a channel mask value of "00000001" indicates that only channel 0 should be used. Valid channels range from 12 to 25 inclusive. This translates to a channel mask value of "03FFF000".>;
At Command = AT+CHMASK;

[Network Settings/PAN ID]
Type = 16(4);
Range_min = 0000;
Range_max = FFFF;
Description = 
<Set the 16-bit PAN ID. If it is set to "0000", the coordinator will select a random 16-bit hexadecimal number as PAN ID, and the router/end-device will join any existing network if it is allowed.>;
At Command = AT+PANID;

[Network Settings/EPID]
Type = 16(16);
Range_min = 0000000000000000;
Range_max = FFFFFFFFFFFFFFFF;
Description = 
<Set the 64-bit extended PAN ID. If the node is a coordinator and the EPID is set to "0s", it will take the rearranged IEEE address as random number.>;
At Command = AT+EPID;

[Network Settings/Group ID]
Type = 16(4);
Range_min = 0000;
Range_max = FFFF;
Description = 
<Set the 16-bit group ID. It is used for multicast data reception.>;
At Command = AT+GROUPID;

[Network Settings/TX Power]
Type = 10;
Range_min = -43;
Range_max = 3;
Description = 
<Set the TX power at which the RF module transmits conducted power.>;
At Command = AT+POWER;

[Network Settings/Boost Mode]
Type = 10;
Combo_list = Disabled:Enabled;
Description = 
<Set the power boost mode of the module. If enabled, boost mode improves sensitivity by 1dB and increases output power by 2dB, improving the link margin and range.>;
At Command = ATS23;

[Network Settings/Stack Profile]
Type = 10;
Combo_list = Custom:ZigBee:ZigBee-Pro;
Description = 
<Set the ZigBee stack profile value. This value must be set the same on all devices that should join the same network.

1. Custom: Network specific.
2. ZigBee: It is formed around a central coordinator and uses tree addressing to establish the network.
3. ZigBee-Pro: It is formed around a central coordinator but uses a stochastic addressing scheme to avoid limitations with the tree.>;
At Command = AT+STACK;

[Network Settings/Node Name]
Type = String(16);
Description = 
<Set the node name up to 16 characters. It can be used to make a clear distinction role or functionality of local node from others.>;
At Command = AT+NODENAME;

[Network Settings/Permit Joining Timeout]
Type = 10;
Range_min = 0;
Range_max = 255;
Description = 
<Set the timeout to permit joining. It determines the time in seconds that the device will allow other devices to join to it when it starts network but an end-device cannot perform it. If set to 255, the device will always permit joining.>;
At Command = ATS22;

[Network Settings/Sink Advertise]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the sink node and the sink advertise period in seconds. When a node is defined as a sink, it can multicast its address to the destination group. If set to 0, sink advertise is disabled.>;
At Command = ATS61;

[Network Settings/Many-to-One Routing]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the many-to-one routing period in seconds. MTOR is a single broadcast transmission configured reverse routes on all devices into the device that sends the broadcast. It is useful when many remote devices must send data to a single gateway or collector device.>;
At Command = ATS62;

[Data Mode Settings/Transmit Mode]
Type = 10;
Combo_list = None:Unicast:Multicast:Broadcast:To Sink;
Description = 
<Set the data transmission mode as below.

1. None: Command mode
2. Unicast: Send to a specific node based on the destination address
3. Multicast: Send to all devices based on the destination group
4. Broadcast: Send to all devices based on the broadcast mode
5. To Sink: Send to a designated sink node>;
At Command = AT+TRANSMITMODE;

[Data Mode Settings/Destination Address]
Type = 16(16);
Description = 
<Set the 64-bit destination IEEE address for unicast data transmission or periodic GPIO monitoring.>;
At Command = AT+DESTLA;

[Data Mode Settings/Destination Group]
Type = 16(4);
Range_min = 0000;
Range_max = FFFF;
Description = 
<Set the 16-bit destination group ID for multicast data transmission.>;
At Command = AT+DESTGROUPID;

[Data Mode Settings/Display Mode]
Type = 10;
Combo_list = Disabled:Enabled;
Description = 
<Set the display mode. It determines to display incoming message in command mode>;
At Command = ATS11;

[Data Mode Settings/Inter Character Timeout]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the inter character timeout in milliseconds. It determines to send data packet after this time.>;
At Command = ATS21;

[Data Mode Settings/Application-ACK]
Type = 10;
Combo_list = Disabled:Enabled;
Description = 
<Set the application-ACK mode. If it is enabled, a node retransmits data packet when it is failed to send. A node sends next packet after receiving ACK from receiver node.>;
At Command = ATS31;

[Data Mode Settings/Transmission Retrials]
Type = 10;
Range_min = 0;
Range_max = 10;
Description = 
<Set the transmission retries. If application-ACK is enabled, a sender tries to retransmit up to this value.>;
At Command = ATS32;

[Data Mode Settings/Transmission Timeout]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the transmission timeout in milliseconds. If application-ACK is enabled, a sender retransmits data packet after this time.>;
At Command = ATS33;

[Data Mode Settings/Indirect Transmission Timeout]
Type = 10;
Range_min = 0;
Range_max = 30000;
Description = 
<Set the indirect transmission timeout in milliseconds. It is the maximum amount of time that the MAC will hold a message for indirect transmission to a child.>;
At Command = ATS34;

[Data Mode Settings/Broadcast Range]
Type = 10;
Combo_list = All Routers:All Non-Sleepy Nodes:All Devices;
Description = 
<Set the broadcast range. ZigBee specifies three different broadcast addresses that reach different collections of nodes. Broadcasts are normally sent only to routers. Broadcasts can also be forwarded to end devices, either all of them or only those that do not sleep. Broadcasting to end devices is both significantly more resource- intensive and significantly less reliable than broadcasting to routers.>;
At Command = ATS35;

[Data Mode Settings/Radius]
Type = 10;
Range_min = 0;
Range_max = 30;
Description = 
<Set the maximum number of hops the message will be relayed. The message will be delivered to all nodes within this number of hops of the sender. A value of zero is converted to maximum value(30). It is used to multicast/broadcast.>;
At Command = ATS36;

[Data Mode Settings/Nonmember Radius]
Type = 10;
Range_min = 0;
Range_max = 7;
Description = 
<Set the number of hops that the message will be forwarded by devices that are not members of the group. A value of 7 or greater is treated as infinite. There is no longer a separate limited multicast API call.>;
At Command = ATS37;

[Data Mode Settings/Recv Local MSG]
Type = 10;
Combo_list = Disabled:Enabled;
Description = 
<Set the receive message mode. If it is enabled, a local node can receive message when it send multicast or broadcast data packet.>;
At Command = ATS38;

[Data Mode Settings/Recv Local Mode]
Type = 10;
Combo_list = Disabled:Enabled;
Description = 
<Set the receive mode. If it is enabled, a local node can only receive message by its data mode.>;
At Command = ATS39;

[Power Management Settings/Poll Timeout]
Type = 10;
Range_min = 0;
Range_max = 4177920;
Description = 
<Set the poll timeout in seconds. If an end device or a sleepy end device does not send a poll request to its parent coordinator or router within the poll timeout, the end device is removed from the child table. Every node has the same value.>;
At Command = ATS51;

[Power Management Settings/Poll Period(ZED)]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the end device poll period in seconds. Adaptive polling may allow the end device to poll more rapidly for a short time when receiving RF data.>;
At Command = ATS56;

[Power Management Settings/Poll Period(SED)]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the sleepy end device poll period in milliseconds. Adaptive polling may allow the end device to poll more rapidly for a short time when receiving RF data.>;
At Command = ATS52;

[Power Management Settings/Sleep Duration]
Type = 10;
Range_min = 0;
Range_max = 16711680;
Description = 
<Set the sleep duration in quarter seconds. An end-device sleeps at this time and turns off radio every sleep cycle. If a node sleeps over poll timeout of parent node, the device will be removed from the child table.>;
At Command = ATS53;

[Power Management Settings/Standby Timeout]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the standby timeout in seconds. When an end-device wakes up and polls with the parent node, the node will wait for another data from the ZigBee network or from the serial port for this time period before it goes to sleep mode again. If any serial or RF data is sent or received, the timer will reset and wait for next again. It is used only with cyclic sleep mode or external interrupt.>;
At Command = ATS54;

[Power Management Settings/Rejoin Option]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description = 
<Set the rejoin timeout. If it is enabled, an end-device tries to rejoin the current network when contact with the network has been lost for setting value in seconds. The most common usage case is when an end device can no longer communicate with its parent and wishes to find a new one.>;
At Command = ATS55;

[Power Management Settings/LED Mode]
Type = 10;
Combo_list = OFF:OFF when Sleep:ON;
Description =
<Set the LED mode. It causes the LED operation if the device is ZS10 or ZE10 set GPIO1, 2 to specific functionality.

1. OFF: LEDs are always off regardless of configuration or status.
2. OFF when Sleep: LEDs are on when the node is under sleep status.
3. ON: LEDs always operate by the case.>;
At Command = ATS14;

[Security Settings/Security Level]
Type = 10;
Combo_list = Disabled:Enabled;
Description =
<Set the security status. Every node must be under the same security level in the network.>;
At Command = AT+SECURITY;

[Security Settings/Link key]
Type = 16(32);
Description =
<Set the 128-bit link key. The trust center (normally coordinator in network) requests link key before a device is trying to join network. If link key the device has is wrong, joining process will be denied.

0: generate random 128-bit number>;
At Command = AT+LINKKEY;

[Security Settings/Network key]
Type = 16(32);
Description =
<Set the 128-bit network key. It is the network-wide key used to secure transmissions at the Network Layer. The network key encrypts all transmissions at the Network Layer. It is valid for trust center (normally coordinator in network).

0: generate random 128-bit number>;
At Command = AT+NWKKEY;

[GPIO Settings/GPIO0]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:Func;
Description =
<Set the configuration status of GPIO0.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. Func: Permit Joining/Interrupt>;
At Command = AT+GPIO0;

[GPIO Settings/GPIO1]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:Func;
Description =
<Set the configuration status of GPIO1.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. Func: Power LED>;
At Command = AT+GPIO1;

[GPIO Settings/GPIO2]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:Func;
Description =
<Set the configuration status of GPIO2.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. Func: Network Status>;
At Command = AT+GPIO2;

[GPIO Settings/GPIO3]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:ADC:None;
Description =
<Set the configuration status of GPIO3.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. ADC: Analog Input>;
At Command = AT+GPIO3;

[GPIO Settings/GPIO4]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:ADC:None;
Description =
<Set the configuration status of GPIO4.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. ADC: Analog Input>;
At Command = AT+GPIO4;

[GPIO Settings/GPIO5]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:ADC:None;
Description =
<Set the configuration status of GPIO5.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. ADC: Temperature Sensor>;
At Command = AT+GPIO5;

[GPIO Settings/GPIO6]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:ADC:None;
Description =
<Set the configuration status of GPIO6.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. ADC: Light Sensor>;
At Command = AT+GPIO6;

[GPIO Settings/GPIO7]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:None;
Description =
<Set the configuration status of GPIO7.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High>;
At Command = AT+GPIO7;

[GPIO Settings/GPIO8]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:Func;
Description =
<Set the configuration status of GPIO8.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. Func: UART CTS>;
At Command = AT+GPIO8;

[GPIO Settings/GPIO9]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:Func;
Description =
<Set the configuration status of GPIO9.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. Func: UART RTS>;
At Command = AT+GPIO9;

[GPIO Settings/GPIO10]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:Func;
Description =
<Set the configuration status of GPIO10.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. Func: UART DTR>;
At Command = AT+GPIO10;

[GPIO Settings/GPIO11]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:Func;
Description =
<Set the configuration status of GPIO11.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High
5. Func: UART DSR>;
At Command = AT+GPIO11;

[GPIO Settings/GPIO12]
Type = 10;
Combo_list = None:DI:DO_L:DO_H:None:None;
Description =
<Set the configuration status of GPIO12.

1. None: GPIO Disabled
2. DI: Digital Input
3. DO_L: Digital Ouput, Low
4. DO_H: Digital Ouput, High>;
At Command = AT+GPIO12;

[GPIO Settings/GPIO Status]
Type = 10;
Combo_list = Pull-Down:Pull-Up;
Description =
<Set the GPIO status. If GPIOs are set to DI, it is possible to pull-up or pull-down with this value.>;
At Command = ATS41;

[GPIO Settings/GPIO Monitoring]
Type = 10;
Range_min = 0;
Range_max = 10000;
Description =
<Set the GPIO monitoring period in seconds. If it is enabled, a node send GPIO values to a remote node based on preconfigured destination IEEE address periodically and it is possible to monitor the GPIO status at the remote node. If set to 0, GPIO monitoring is disabled.>;
At Command = ATS42;

[GPIO Settings/GPIO Monitoring node]
Type = 10;
Combo_list = Destination Node:Sink Node;
Description =
<Set the GPIO monitoring node. If GPIO monitoring is enabled, the monitoring node can be selectable, set 0 to a node of destination IEEE address and 1 to a sink node.>;
At Command = ATS43;

[UART Settings/Baud Rate]
Type = 10;
Combo_list = 300:600:1200:2400:4800:9600:14400:19200:28800:38400:57600:76800:100000:115200:230400:460800;
Value_list = 300:600:1200:2400:4800:9600:14400:19200:28800:38400:57600:76800:100000:115200:230400:460800;
Range_min = 300;
Range_max = 460800;
Description =
<Set the serial port speed for communication between the module serial port and host.>;
At Command = AT+BAUDRATE;

[UART Settings/Data Bit]
Type = 10;
Combo_list = 7 bit:8 bit;
Value_list = 7:8;
Description =
<Set the serial data bit setting on the module.>;
At Command = AT+DATABIT;

[UART Settings/Parity]
Type = 10;
Combo_list = None:Odd:Even;
Description =
<Set the serial parity setting on the module.>;
At Command = AT+PARITY;

[UART Settings/Stop Bit]
Type = 10;
Combo_list = 1 bit:2 bit;
Value_list = 1:2;
Description =
<Set the serial stop bit setting on the module.>;
At Command = AT+STOPBIT;

[UART Settings/Flow Control]
Type = 10;
Combo_list = None:XON/XOFF:CTS/RTS;
Description =
<Set flow control status as below.

1. None: Flow control disabled
2. XON/XOFF: S/W flow control
3. CTS/RTS: H/W flow control>;
At Command = AT+FLOWCTRL;