LW008-MTE Small Size LoRaWAN Tracker
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Product Specifications
- Model: LW008-MTE
- Size: Small
- Usage: Indoor and outdoor positioning
- Features: Multiple installation options, long wireless
transmission distance, high durability, built-in accelerometer,
multiple working modes, IP67 rating
Product Usage Instructions
1. Installation
Multiple installation options are available for the LW008-MTE
tracker including hanging with screws, using the double-sided
sticker, tape, or magnetic (optional).
2. Access to the Device
The device can be accessed by following the LED indicators to
determine the network status, fix status, and power status. Refer
to the LED indicator table in the manual for details.
3. Packing List
The standard packing list includes the LW008-MTE individual
packing, a 3M adhesive pad, and an accessory packet containing
screws, hexagon nuts, spring shims, flat gaskets, and a stuck
needle. Optional accessory like the magnetic installation kit is
also available.
Frequently Asked Questions (FAQ)
Q: What is the wireless transmission range of LW008-MTE?
A: The LW008-MTE offers a long wireless transmission distance
for effective tracking.
Q: Can the device be used for both indoor and outdoor
tracking?
A: Yes, the LW008-MTE is suitable for both indoor and outdoor
positioning purposes.
Q: How do I know if the device is connected to the LoRaWAN
network?
A: The LED indicators on the device will show the status of the
LoRaWAN network connection. Refer to the LED indicator table for
detailed information.
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LW008-MTE User Guide
Version 1.0
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MOKO TECHNOLOGY LTD.
Content
1 Product Introduction………………………………………………………………………………………………………………………3 1.1 Overview …………………………………………………………………………………………………………………………….3 1.2 Key Feature …………………………………………………………………………………………………………………………3
2 Product specification ……………………………………………………………………………………………………………………..3 2.1 Appearance …………………………………………………………………………………………………………………………3 2.2 Dimensions………………………………………………………………………………………………………………………….2 2.3 LED Indicators ……………………………………………………………………………………………………………………..2
3 Packing List……………………………………………………………………………………………………………………………………3 4 Installation ……………………………………………………………………………………………………………………………………4 5 Access to the device……………………………………………………………………………………………………………………….4
5.1 Power On/Off………………………………………………………………………………………………………………………4 5.2 Enable Bluetooth Connect Function ……………………………………………………………………………………….4 6 APP Configuration Guide ………………………………………………………………………………………………………………..5 6.1 Connect to APP ……………………………………………………………………………………………………………………5 6.2 Configure LW008-MTE Parameters ………………………………………………………………………………………..5
6.2.1 LORA Parameters ……………………………………………………………………………………………………….5 6.2.2 Position Parameters……………………………………………………………………………………………………6 6.2.3 General Parameters ……………………………………………………………………………………………………8 6.2.4 Device Parameters ……………………………………………………………………………………………………10 7 Communication Protocol …………………………………………………………………………………………………………….10 7.1 Uplink Payload …………………………………………………………………………………………………………………..10 7.1.1 Common Payload Header ………………………………………………………………………………………….11 7.1.2 Heartbeat Payload ……………………………………………………………………………………………………11 7.1.3 Location Payload (Port 2)…………………………………………………………………………………………..12 7.1.4 Low-power Payload (Port 3) ………………………………………………………………………………………13 7.1.5 Location Failure Payload (Port 4)………………………………………………………………………………..13 7.1.6 Shut-Down Payload (Port 5) ………………………………………………………………………………………14 7.1.7 Shock Payload (Port 6) ………………………………………………………………………………………………15 7.1.8 Man Down Detection Payload ……………………………………………………………………………………15 7.1.9 Event Message Payload …………………………………………………………………………………………….15 7.1.10 Battery Consumption Payload ………………………………………………………………………………….15 7.2 Downlink Command……………………………………………………………………………………………………………16 7.2.1 Payload Format ………………………………………………………………………………………………………..16 7.2.2 Common Downlink Command……………………………………………………………………………………17 8 Decoder ……………………………………………………………………………………………………………………………………..18 9 Revision History …………………………………………………………………………………………………………………………..18
1 Product Introduction
1.1 Overview
LW008-MTE is small size LoRaWAN Tracker that can be used for indoor and outdoor positioning, for building construction, logistics tracking or other asset tracking.
Due to the smaller size, LW008-MTE can be used to track smaller size vehicles and assets than traditional trackers. For example, small precious assets tracking, shared balance bikes tracking, shared bicycles tracking, etc.
1.2 Key Feature
Multiple installation options (screws, double-sided sticker, tape or magnetic) Long wireless transmission distance High durability and impact resistance Built-in accelerometer Multiple working mode IP67 rating
2 Product specification
2.1 Appearance
2.2 Dimensions
LW008-MTE User Guide
2.3 LED Indicators
There are 3 LED indicators to indicate the network status, fix status and power status
Status
Power LED
Network LED
Fix LED
Power on
Solid green 3s
Power off
Flash green 3s
Lower-power
Flash green 500ms every 10s
Bluetooth broadcasting
Flash green slowly
Charging
Flash green
Full charged
Solid green
LoRaWAN network connected
LoRaWAN network connecting
Linkcheck
Fixing
Fix success
Fix fail
OTA upgrading OTA upgrade success OTA upgrade fail
Flash green slowly Solid green 3s Flash green quickly 3s
Solid white 3s Flash white 1s
Flash white 3s
Flash white slowly Solid white 3s Flash white quickly 3s
Flash blue slowly Solid blue 2s Flash blue quickly 2s Flash blue slowly Solid blue 3s Flash blue quickly 3s
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Factory reset Self-inspection fail
Flash green slowly 5s Solid green
3 Packing List
LW008-MTE User Guide
Flash white slowly 5s Flash blue slowly 5s
Solid white
Solid blue
Standard Packing List
No.
Description
1
LW008-MTE individual packing
2
3M adhesive pad
Accessory packet (including 2 screw, 2 Hexagon nut, 2 spring shim, 2 flat gasket 3
and 1 stuck needle)
Optional Accessory List
Sku
Description
Photo for reference
AE011MK0010000 Magnetic installation kit
Quantity 1 1
1
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LW008-MTE User Guide
4 Installation
Multiple installation options of LW008-MTE like hanging with screws, double-sided sticker, tape or magnetic(optional) can be selected by user.
5 Access to the device
5.1 Power On/Off
Power On: Approach and quickly move away from the Hall sensor area with a magnet 3 times (each approach needs to be held for about 0.5s at least)
Power Off: There are 2 ways to power off the device. 1. Power off the badge via MKLoRa APP. 2. Power off the badge via LoRaWAN downlink command. 3. Approach and quickly move away from the Hall sensor area with a magnet 3 times (each approach needs to be held for about 0.5s at least)
5.2 Enable Bluetooth Connect Function
The device can make a Bluetooth broadcast and can be connected in the following two cases.
Within the first N minutes after the device is turned back on. .LoRaWAN server sends LoRa command to turn on Bluetooth broadcast for N minutes.
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LW008-MTE User Guide
Note: N is the broadcast timeout duration which can be set via MKLoRa APP, the unit is s, can be configured by the user. If the device is successfully connected and then disconnected, the broadcast timeout will be refreshed, and the user can choose to establish Bluetooth connection with the device again within this time.
6 APP Configuration Guide
6.1 Connect to APP
Please download “MKLoRa” APP from app store directly. Please allow Bluetooth to be enabled during the installation process. This APP communicates with the device via Bluetooth, and it only supports above android 4.4 and IOS 9.0 system.
After the device is turned on, the device Bluetooth will start broadcasting. Open the MKLoRa APP and choose LW008, then you can search the LW008-MTE device by click the refresh icon. The default broadcast name of the device: LW008-MTE -XXXX. Then click “Connect” button, the default login password is Moko4321. The Edit Filter at the top can help user filter the keywords and RSSI. RSSI ranges from -127dBm to 0dBm;
6.2 Configure LW008-MTE Parameters
6.2.1 LORA Parameters
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LW008-MTE User Guide
Configure/Read the LoRaWAN mode and the key parameters, such as DevEUI, AppEUI and AppKey.
6.2.2 Position Parameters
In this page, users can set parameters for position strategies.
GPS Fix: Set GPS fix timeout and PDOP value
Positioning Timeout: OfBfluineetoFoixt:h maximum scan time. WThheethvearlutoe reannagbeles fprosmiti1o-n1i0nsg, wthheednetfhaeuldteisvi5cse is not connected to Lorawan network.
Number of MAC: GPMSaExximtreummeBMlueotdoeo:th MAC reported thTehreepvoalruteedraGnPgSeds afrtoamwi1ll-1b0e,sthhoertdeenfaeudlttoisa1chieve the maximum transmission distance. The default is ofBf luetooth Fix Mechanism:
RSSI priority: run out of fix time, rank the beacon BeinafcoonbyVRoSltSaIg, eanRderpeoprotritntBhleuehtigohoethstFNixb: eacon BLiEnffoix(dNa=tanuwmillbienrcolufdMe AthCe) beacon voltage infToimrmeaptrioionrity: when the number of scanned
beacon meets number of MAC, the scan ends immediately
RSSI Filter:
LW008-MTE will upload the beacon advertising
data with RSSI no less than the setting value.
The value ranges from -127~0dBm, the default is
-127dBm.
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LW008-MTE User Guide
BLE&GPS Fix: Step1: device start BLE fix with BLE fix timeout, if BLE fix success, report BLE fix payload Step2: if BLE fix failed, device report BLE fix failure payload, and start GPS fix Step3: the device will continue GPS fix with outdoor GPS report interval, and device scan the beacon data with outdoor BLE report interval at same time Step4: if BLE fix success with outdoor BLE report interval, report BLE fix payload, and back to step1, stop GPS fix.
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6.2.3 General Parameters
LW008-MTE User Guide
Device Mode: Various working mode can be chosen (standby mode, period mode, timing mode, motion mode and time segmented mode)
Auxiliary Operation: Man down, Alarm and shock detection parameters can be set
Bluetooth setting: Set Bluetooth broadcast adv name, interval and beacon mode
3-Axis Settings: Set 3-Axis wakeup threshold, duration parameters
Heartbeat Interval: The device will send heartbeat payload with the configured interval
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LW008-MTE User Guide
Time-Segmented Mode: User can set maximum 3 segment to report positioning data with configurable report interval.
Time period: Start from 00:00 to 24:00, user can choose the prefer time period.
Report interval: Device will report position data with the interval that set in the period.
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6.2.4 Device Parameters
LW008-MTE User Guide
Low power parameters: Set Low power threshold, and whether to report the low power payload, and the report interval of low-power payload.
Device Information: Check the device basic information and do the firmware upgrade and debug. Device Firmware Upgrade (DFU): To update the firmware via the DFU should use the upgrade package that MOKO provides with ZIP format. If you use an android phone, place the ZIP file of firmware upgrade package into the phone folder, select the upgrade package file from the OTA page of the APP, and click to upgrade. IOS phones need to share the upgrade package file with MKLoRa via computers and iTunes tools. and then select the upgrade package file from the OTA page of the APP, and click to upgrade.
Debugger Mode: Click start button to start debugging, around 1 minute later, click stop button to stop debugging, then share the file to moko support engineers.
Note: for more APP configuration details, pls refer to MKLoRa APP guide.
7 Communication Protocol
7.1 Uplink Payload
Each payload is composed by: A common header (Except GPS Limit Payload) The specific data parts
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Byte Index Content
Common header
Byte 0
Byte 1
Byte 2
Device Status Temperature ACK
LW008-MTE User Guide
Data
Variable Information
7.1.1 Common Payload Header
Byte Index Content
Common header
Byte 0 Device Status
Byte 1 Temperature
Byte 2 ACK and Device Voltage
Device Status:
Device Status
Bit Index Content
Bit 0~2
Bit 3 Bit 4 Bit 5 Bit 6
Operation mode: 000 — Standby mode 001 — Periodic mode 010 — Timing mode 011 — Motion mode 100 Time-Segmented mode Battery level: 0 — Normal; 1 — Low battery Man-Down status: 0 — Not in idle; 1 — In idle Whether the tracker is in motion state since the last payload is sent Positioning Type: (Only available for Location Payload) 0 — Normal; 1 — Downlink for position
ACK and Device Voltage
ACK and Device Voltage
Bit Index Content
Bit 0~3 Bit 4~7
ACK, 0~15 Battery voltage, based on 2.2V, unit is 100mV. If value =10, current battery is 3.2V
7.1.2 Heartbeat Payload
Heartbeat Payload will be sent in Port (Fport) 1. Common header Heartbeat Payload Data
Byte Index Content
Byte 0~2
Byte 3
Byte 4 Byte 5~8
Common payload Reason for last FW
Reserve, all bytes are 0
header
device reboot version
Reason for last device reboot: 00 — Restart after power failure 01 — Bluetooth command request
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02 — LoRaWAN command request 03 — Power on after normal power off 04 reboot after factory reset
LW008-MTE User Guide
FW version: Firmware version of the device. FW version
Bit Index Content
Bit 6~7 Bit 4~5 Bit 0~3
Major version number: 01 means V 1.X.X Sub-version number: 02 means V X.2.X Patch:0101 means V X.X.5
Example 1: If the data of FW version is 0x43, it means that the FW version is V1.0.3
7.1.3 Location Payload (Port 2)
Location Fixed Payload will be sent in Port 2.
Common header
Location Fixed Payload Data
Byte
Byte 0~2
Byte
Byte 5
Byte 6
Index
3~4
Content Common
reserved Positioning The length of
payload
success type location fixed
header
data
Byte 7~XX
Location fixed data
Timestamp Last 4 Bytes
Timestamp of successful positioning
Positioning success type: 02 — Bluetooth positioning success 03 — GPS positioning success
The length of location fixed data: Convert to decimal.
Location fixed data:
If positioning success type is 02(Bluetooth positioning success) and disable report beacon voltage, the
location data is as below:
Bluetooth Location Fixed Data
Byte 0~5
Byte 6
Byte 7~12
Byte 13
…….. ……..
MAC address of RSSI of Bluetooth MAC address of RSSI of Bluetooth …….. ……..
Bluetooth device 1 device 1
Bluetooth device 2 device 2
If positioning success type is 02(Bluetooth positioning success) and enable report beacon voltage, the
location data is as below:
Bluetooth Location Fixed Data
Byte 0~5
Byte 6
Byte 7~8
MAC address of RSSI of Bluetooth Beacon battery
Bluetooth device 1 device 1
voltage
Byte 9~14
MAC address of Bluetooth device 2
… …….. ….. … …….. …..
The numb er of report ed
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LW008-MTE User Guide
Bluetooth devices can be set by the customer. RSSI encoded rule: Convert to decimal and then minus 256, the unit is dBm.
If positioning success type is 03 — GPS positioning success, the location data is as below:
GPS Location Fixed Data
Byte 0~3
Byte 4~7
Byte 8
Latitude
Longitude
PDOP
Latitude and Longitude encoder rule: Big-Endian format. It is a singed number.
If the value > 0x80 00 00 00, minus 0x01 00 00 00 00 and convert to decimal, then divide by 10 00 00 00,
the unit is degree (°);
If the value<=0x80 00 00 00, convert to decimal and then divide by 10 00 00 00, the unit is degree (°);
PDOP encoder rule: Convert to decimal and divide by 10.
7.1.4 Low-power Payload (Port 3)
Low-power payload will be sent in Port (Fport) 3.
Common header
Low-power data
Power consumption data
Byte Index Byte 0~2
Byte3
Bytes4~7
Content Common payload header Low-power threshold Power consumption in current cycle
Low-power threshold: Convert to decimal, unit is %
Power consumption in current cycle: convert to decimal, unit is mAh
7.1.5 Location Failure Payload (Port 4)
Location Failure Payload will be sent in Port (Fport) 4. Common header Location Failure Payload Data
Byte Index Content
Byte 0~2
Byte 3
Common payload Reasons for
header
positioning failure
Byte 4 The length of location failure data
Byte 5~XX Location failure data
Reasons for positioning failure: 03 — Bluetooth positioning time is not enough (The location payload reporting interval is set too short, please increase the report interval of the current working mode via MKLoRa app) 04 — Bluetooth positioning strategies timeout (Please increase the Bluetooth positioning timeout via MKLoRa app) 06 — GPS positioning timeout (Pls increase GPS positioning timeout via MKLoRa app) 07 — GPS positioning time is not enough (The location payload reporting interval is set too short, please increase the report interval of the current working mode via MKLoRa app) 0A PDOP limit (Please increase the PDOP value via MKLoRa app) 0B — Interrupted by Downlink for Position 0C — Interrupted positioning at end of movement (the movement restarted too quickly, resulting in not enough time to complete the positioning) 0D — Interrupted positioning at start of movement (the movement ends too quickly, resulting in not
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enough time to complete the positioning)
LW008-MTE User Guide
The length of location failure data: Convert to decimal.
Location failure data:
If it is Bluetooth positioning failure, and disable report beacon voltage. the location data is as below:
Bluetooth Location Failure Data
Byte 0~5
Byte 6
Byte 7~12
Byte 13
…….. ……
MAC address of RSSI of Bluetooth MAC address of RSSI of Bluetooth …….. ……
Bluetooth device 1 device 1
Bluetooth device 2 device 2
If it is Bluetooth positioning failure, and enable report beacon voltage. the location data is as below:
Bluetooth Location Failure Data
Byte 0~5
Byte 6
Byte 7~8
Byte 9~14
…….. …
…
MAC address of RSSI of Bluetooth Beacon battery
MAC address of
…….. …
Bluetooth device 1 device 1
voltage
Bluetooth device 2
…
The information of the scanned Bluetooth devices which meet filter conditions will be reported. RSSI encoded rule: Convert to decimal and then minus 256, the unit is dBm.
If it is GPS positioning failure, the location data is as below:
GPS Location Failure Data
Byte 0 (Optional)
Byte 1
PDOP of GPS positioning failure
C/N 0
Byte 2 C/N 1
Byte 3 C/N 2
Byte 4 C/N 3
PDOP of GPS positioning failure encoder rule: Convert to decimal and divide by 10. 0xFF means that the PDOP is unknown.
C/N 0: Carrier over noise (dBm) for the strongest signal satellite seen. C/N 1: Carrier over noise (dBm) for the 2nd strongest signal satellite seen. C/N 2: Carrier over noise (dBm) for the 3rd strongest signal satellite seen. C/N 3: Carrier over noise (dBm) for the 4th strongest signal satellite seen.
C/N encoder: Convert to decimal, the unit is dBm.
7.1.6 Shut-Down Payload (Port 5)
Shutdown Payload will be sent in Port 5. Common header
Byte Index Byte 0~2 Content Common payload header
Shutdown Payload Data
Byte 3~4 Shutdown Type
0x00 — Bluetooth command to turn off the device 0x01 — LoRaWAN command to turn off the device
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Shutd own type:
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0x02 — Magnetic to turn off the device
LW008-MTE User Guide
7.1.7 Shock Payload (Port 6)
Vibration Payload will be sent in Port 6. Common header
Byte Index Byte 0~2 Content Common payload header
Shock Payload Data
Byte 3~4 Number of shocks since the last shock payload in case of continuous shock
an format. Convert to decimal directly, the unit is times.
Number of shocks: Big-Endi
7.1.8 Man Down Detection Payload
Man-Down detection Payload will be sent in Port 7.
Common header
Man-Down Detection Payload Data
Byte Index Byte 0~2
Byte 3~4
Content Common payload header
Total idle time
Total idle time: Big-Endian format. Convert to decimal, the unit is hour.
7.1.9 Event Message Payload
Event message Payload will be sent in Port 8.
Common header
Event Message Payload Data
Byte Index Byte 0~2
Byte 3
Content Common payload header Event type
of movement 0x01 — In movement 0x02 — End of movement 0x03 — Uplink Payload triggered by downlink message
Event type: 0x00 -Start
7.1.10 Battery Consumption Payload Battery consumption Payload will be sent in Port 9.
Byte Index Byte 0~2 Byte 3~6
15
Type
Common header
Working data
Content
Description
Device working time Convert to decimal, unit is S
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Byte 7~10 Byte 11~14 Byte 15~18
Byte 19~22
Bluetooth data
Reserved
3-axis sensor data
Bluetooth fix data
Bluetooth broadcast times 00
3-axis sensor wake up time
Bluetooth fix time
LW008-MTE User Guide
Convert to decimal, unit is times
Convert to decimal, unit is S Convert to decimal, unit is S
Byte 23~26 Reserved
00
Byte 27~30 GPS fix data
GPS fix time
Convert to decimal, unit is S
Byte 31~34 Byte 35~38 Byte 39~42
LoRaWan LoRaWan uplink times Convert to decimal, unit is times
uplink data
LoRaWan power
consumption data
Tatal power consumption
data
LoRaWan send and receive power consumption
Total power consumption
Convert to decimal, unit is mAS Convert to decimal, unit is 0.001mAH
7.2 Downlink Command
LW008-MTE supports to configure the device via downlink commands. Application port is 10 by default
7.2.1 Payload Format
The content of the downlink command consists of two parts: HEAD, CMD, LEN and DATA
Byte Index
Byte 0 Byte 1~2
16
Type HEAD CMD
Content
Description
0x00, 0x01, or 0x02
Command type. 0x01: Read device parameters; 0x02: Configure device parameters; 0x00: control command
0x0000 ~ 0xFFFF Message ID.
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Byte 3 Byte 4 XX
LEN DATA
LW008-MTE User Guide
Each parameter has a unique ID
0x00 ~ 0XF0 Maximum 240 bytes
The length of Command Data 0x00 means the “DATA” part is empty. Command Data The Command Data is available only if the instruction type is 0x01. Other instruction types don’t have this part.
7.2.2 Common Downlink Command
HEAD CMD LEN
Description
02 0000 0
Turn off the device
02 0001 0
Reboot the device
02 0002 0
Factory reset the device
Heartbeat interval, parse rule: convert to decimal, the unit is 01/02 0022 4
S
01/02 0203 1
Switch of beacon mode
01/02 0320 1
Position strategy of period mode
01/02 0321 4
Report interval of period mode
01/02 0820 1
Bluetooth fix mechanism
Example: 1. Turn off the device
02 00 00 00
HEAD
CMD
LEN
02
00 00
00
2. Reboot the device:
02 00 01 00
HEAD
CMD
LEN
02
00 01
00
3. Factory reset the device:
HEAD 02
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02 00 02 00
CMD 00 02
LEN 00
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4. Set heartbeat interval as 100s:
HEAD 02
LW008-MTE User Guide
02 00 22 04 00 00 00 64
CMD
LEN
00 22
04
DATA 00 00 00 64=>100
5. Enable beacon mode
HEAD 02
02 02 03 01 01
CMD
LEN
02 03
01
6. Set position strategy of period mode as GPS
02 03 20 01 01
HEAD
CMD
LEN
02
03 20
01
7. Set report interval of period mode as 600s
02 03 21 04 00 00 02 58
HEAD
CMD
LEN
02
03 21
04
8. Set Bluetooth fix mechanism as time priority
02 08 20 01 00
HEAD
CMD
LEN
02
08 20
01
DATA 01
DATA 01=>GPS
DATA 00 00 02 58=>600
DATA 00 =>time priority
Note: For more downlink command, user can refer to LW008-MTE Downlink Command v1.0
8 Decoder
Users can download decoder from github via the following link: https://github.com/LoRaWAN-Product-Decoder/MOKOSMART-LoRaWAN-Product-Decoder/tree/main/LW 008-MTE%3APTE%3ALW001-BGE%3ALW011-MT
9 Revision History
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LW008-MTE User Guide
Version
1.0
Description
Initial version
Editor Date
Damon 2024-07-20
FCC Caution: This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception,which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: — Reorient or relocate the receiving antenna. — Increase the separation between the equipment and receiver. — Connect the equipment into an outlet on a circuit different
from that to which the receiver is connected. — Consult the dealer or an experienced radio/TV technician for help.
RF warning statement:
The device has been evaluated to meet general RF exposure requirement. The device can be used in portable exposure condition without restriction.
MOKO TECHNOLOGY LTD.
4F,Buidling2, Guanghui Technology Park, MinQing Rd, Longhua, Shenzhen, Guangdong, China Tel:86-755-23573370-829 Support_lora@mokotechnology.com
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LW008-MTE User Guide
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Documents / Resources
 |
MOKO LW008-MTE Small Size LoRaWAN Tracker [pdf] User Guide 2AO94-LW008-MTE, 2AO94LW008MTE, LW008-MTE Small Size LoRaWAN Tracker, LW008-MTE, Small Size LoRaWAN Tracker, LoRaWAN Tracker, Tracker |