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Details the physical and technical specifications of the SenseCAP T1000 tracker, including product model, backhaul, and environmental ratings.
Explains the internal structure and data flow, covering positioning, networking, and cloud connectivity of the SenseCAP T1000.
Describes how the tracker obtains location data using GNSS, Wi-Fi, and Bluetooth technologies.
Details the LoRaWAN network coverage and how the SenseCAP tracker connects to it for data transmission.
Explains how the tracker uses Bluetooth beacons for indoor positioning, scanning MAC addresses and RSSI.
Details the different operating modes of the tracker: Standby, Periodic, and Event modes, and their use cases.
Provides information on the available sensors (Temperature, Light, Accelerometer) and how they can be utilized.
Explains the data caching mechanism, allowing data storage when network connectivity is poor or unavailable.
Details the button actions, corresponding LED status indicators, and buzzer alerts for various device functions and events.
Guide on how to download and install the SenseCAP Mate mobile application for device configuration.
Step-by-step instructions for quickly adding and configuring the device using the SenseCAP Server and mobile app.
Explains how to set various tracker parameters like frequency, uplink interval, and work mode via the SenseCAP Mate App.
Procedure for pairing the SenseCAP tracker with the mobile device via Bluetooth for initial setup and configuration.
Instructions on how to test the onboard sensors (Temperature, Light) to verify their functionality after configuration.
Guidance on configuring LoRaWAN parameters such as platform, frequency plan, and packet policy for network connection.
Explains LoRaWAN activation modes (OTAA, ABP) and the parameters like Device EUI, App EUI, and App Key.
Details on configuring the tracker's work mode (Standby, Periodic, Event) and associated parameters like heartbeat and uplink intervals.
Instructions on configuring the device's geolocation strategy, selecting between GNSS, Wi-Fi, and Bluetooth for positioning.
Steps for sending the configured parameters and exiting the Bluetooth pairing mode to initiate LoRaWAN network access.
How to view the tracker's location and data using the SenseCAP Mate mobile application after binding.
Guide on accessing the SenseCAP Portal for device management, data monitoring, and accessing API services.
Steps for creating an account on the SenseCAP Portal and retrieving device data.
Information on using SenseCAP APIs (HTTP, MQTT, Websocket) to manage devices and retrieve data programmatically.
Provides links to decoder scripts for interpreting data payloads from The Things Network and Helium platforms.
Explains the structure and format of uplink data packets sent by the tracker, including byte order and content.
Details the structure and meaning of the Device Status Packet when the tracker is in Event Mode (ID 0x01).
Details the structure and meaning of the Device Status Packet when the tracker is in Periodic Mode (ID 0x02).
Explains the format of the Heartbeat Packet (ID 0x05), which is uploaded when no other data is sent.
Details the packet structure for uploading GNSS location, sensor data, and battery status (ID 0x06).
Describes the packet format for Wi-Fi location data, including MAC addresses, sensor readings, and battery level (ID 0x07).
Details the packet structure for Bluetooth location data, including beacon MAC addresses, sensor data, and battery level (ID 0x08).
Explains the packet format for GNSS location data only, without sensor measurements (ID 0x09).
Details the packet structure for Wi-Fi location data only, excluding sensor measurements (ID 0x0A).
Describes the packet format for Bluetooth location data only, without sensor readings (ID 0x0B).
Explains the packet format for positioning timeouts and error codes when location acquisition fails (ID 0x0D).
Command to set the SOS mode of the tracker to single or continuous alerts.
Command to configure the heartbeat, periodic, and event mode uplink intervals for data transmission.
Command to enable the buzzer for a specified duration, providing audio feedback for alerts.
Command to set the tracker's operational work mode (standby, periodic, event).
Command to configure various parameters related to work modes, including sensor events and intervals.
Command to trigger the tracker to initiate location acquisition and upload based on current settings.
Command to set the preferred positioning strategy (GNSS, Wi-Fi, Bluetooth) for the tracker.
Command to request the current event parameters configured on the tracker.
Command to request the current device status packet (Event or Periodic mode).
Command to reboot the tracker and rejoin the network, to be used with caution.
Command to enable or disable data collection and upload for the temperature and light sensors.
Command to enable SOS continuous mode with alarms, positioning, and timed stops.
Addresses common issues related to GPS, Wi-Fi, and Bluetooth location data not being displayed or acquired correctly.
Discusses battery life factors and potential charging problems encountered with the tracker.
Explains common reasons why the tracker's battery may not be charging, including temperature limitations and LED indicators.
Details the physical and technical specifications of the SenseCAP T1000 tracker, including product model, backhaul, and environmental ratings.
Explains the internal structure and data flow, covering positioning, networking, and cloud connectivity of the SenseCAP T1000.
Describes how the tracker obtains location data using GNSS, Wi-Fi, and Bluetooth technologies.
Details the LoRaWAN network coverage and how the SenseCAP tracker connects to it for data transmission.
Explains how the tracker uses Bluetooth beacons for indoor positioning, scanning MAC addresses and RSSI.
Details the different operating modes of the tracker: Standby, Periodic, and Event modes, and their use cases.
Provides information on the available sensors (Temperature, Light, Accelerometer) and how they can be utilized.
Explains the data caching mechanism, allowing data storage when network connectivity is poor or unavailable.
Details the button actions, corresponding LED status indicators, and buzzer alerts for various device functions and events.
Guide on how to download and install the SenseCAP Mate mobile application for device configuration.
Step-by-step instructions for quickly adding and configuring the device using the SenseCAP Server and mobile app.
Explains how to set various tracker parameters like frequency, uplink interval, and work mode via the SenseCAP Mate App.
Procedure for pairing the SenseCAP tracker with the mobile device via Bluetooth for initial setup and configuration.
Instructions on how to test the onboard sensors (Temperature, Light) to verify their functionality after configuration.
Guidance on configuring LoRaWAN parameters such as platform, frequency plan, and packet policy for network connection.
Explains LoRaWAN activation modes (OTAA, ABP) and the parameters like Device EUI, App EUI, and App Key.
Details on configuring the tracker's work mode (Standby, Periodic, Event) and associated parameters like heartbeat and uplink intervals.
Instructions on configuring the device's geolocation strategy, selecting between GNSS, Wi-Fi, and Bluetooth for positioning.
Steps for sending the configured parameters and exiting the Bluetooth pairing mode to initiate LoRaWAN network access.
How to view the tracker's location and data using the SenseCAP Mate mobile application after binding.
Guide on accessing the SenseCAP Portal for device management, data monitoring, and accessing API services.
Steps for creating an account on the SenseCAP Portal and retrieving device data.
Information on using SenseCAP APIs (HTTP, MQTT, Websocket) to manage devices and retrieve data programmatically.
Provides links to decoder scripts for interpreting data payloads from The Things Network and Helium platforms.
Explains the structure and format of uplink data packets sent by the tracker, including byte order and content.
Details the structure and meaning of the Device Status Packet when the tracker is in Event Mode (ID 0x01).
Details the structure and meaning of the Device Status Packet when the tracker is in Periodic Mode (ID 0x02).
Explains the format of the Heartbeat Packet (ID 0x05), which is uploaded when no other data is sent.
Details the packet structure for uploading GNSS location, sensor data, and battery status (ID 0x06).
Describes the packet format for Wi-Fi location data, including MAC addresses, sensor readings, and battery level (ID 0x07).
Details the packet structure for Bluetooth location data, including beacon MAC addresses, sensor data, and battery level (ID 0x08).
Explains the packet format for GNSS location data only, without sensor measurements (ID 0x09).
Details the packet structure for Wi-Fi location data only, excluding sensor measurements (ID 0x0A).
Describes the packet format for Bluetooth location data only, without sensor readings (ID 0x0B).
Explains the packet format for positioning timeouts and error codes when location acquisition fails (ID 0x0D).
Command to set the SOS mode of the tracker to single or continuous alerts.
Command to configure the heartbeat, periodic, and event mode uplink intervals for data transmission.
Command to enable the buzzer for a specified duration, providing audio feedback for alerts.
Command to set the tracker's operational work mode (standby, periodic, event).
Command to configure various parameters related to work modes, including sensor events and intervals.
Command to trigger the tracker to initiate location acquisition and upload based on current settings.
Command to set the preferred positioning strategy (GNSS, Wi-Fi, Bluetooth) for the tracker.
Command to request the current event parameters configured on the tracker.
Command to request the current device status packet (Event or Periodic mode).
Command to reboot the tracker and rejoin the network, to be used with caution.
Command to enable or disable data collection and upload for the temperature and light sensors.
Command to enable SOS continuous mode with alarms, positioning, and timed stops.
Addresses common issues related to GPS, Wi-Fi, and Bluetooth location data not being displayed or acquired correctly.
Discusses battery life factors and potential charging problems encountered with the tracker.
Explains common reasons why the tracker's battery may not be charging, including temperature limitations and LED indicators.
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General