+86-17821156847
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+86-17821156847
Applications
● Fleet management and vehicle tracking
● Automotive maintenance and diagnostic services
● Vehicle manufacturers and 4S service networks
● Taxis, rental vehicles, passenger transport, and EV applications
Key Features
● 4G LTE communication with built-in antenna
● GPS + BeiDou positioning and AGPS support
● OBD vehicle data acquisition and fault-code diagnostics
● Built-in 3-axis sensor for driving behavior detection
● Support customize eSIM & GNSS module
Advantages
● Intelligent sleep/wake and low-power operation
● Offline data storage and blind-zone data retransmission
● Remote firmware upgrade and parameter configuration
● Wide 9-48V DC input for different vehicle platforms
The XW05CN is an intelligent vehicle information collection terminal developed for connected vehicle and IoV applications. It integrates 4G LTE communication, GPS/BeiDou positioning, OBD vehicle data acquisition, a built-in 3-axis sensor, and intelligent low-power control in a compact automotive device.
The terminal supports real-time vehicle tracking, operating data collection, fault diagnosis, driving behavior monitoring, remote parameter configuration, and vehicle status reporting, making it suitable for fleet management, automotive services, vehicle manufacturers, and connected mobility applications.
XW05CN combines positioning, wireless communication, vehicle-bus data acquisition, sensing, and embedded processing to provide a unified vehicle monitoring solution. The device can collect vehicle operating data, analyze selected vehicle conditions, and transmit information to remote service platforms for tracking and management.
LTE communication supports remote data transmission between the vehicle terminal and connected service platforms.
Dual-system satellite positioning provides real-time location, tracking, speed, and timing information.
Vehicle data streams can be collected and processed for operational monitoring, diagnostics, and status analysis.
The terminal uses an STM32-based control platform and a vehicle data acquisition algorithm to read and process OBD information. It supports vehicle operation monitoring as well as functions such as fault-code detection and VIN reading.
Acquire and process vehicle operating data for connected diagnostics and vehicle management applications.
Support remote vehicle fault monitoring and abnormal-condition reminders through connected platforms.
Read vehicle identification information for vehicle identification and management systems.
Monitor operating conditions such as speed, coolant temperature, ignition status, and selected vehicle parameters.
Vehicle-bus data can be used to calculate fuel consumption, mileage, and speed for fleet and management applications.
Connected platforms can receive vehicle operating information and provide abnormal fault reminders.
The device combines LTE wireless communication with GPS and BeiDou positioning. Built-in antennas simplify vehicle integration while supporting remote vehicle tracking and data transmission.
| Capability | Specification |
|---|---|
| Cellular Communication | 4G LTE, built-in FPC antenna |
| LTE-FDD Bands | B1 / B3 / B5 / B8 |
| LTE-TDD Bands | B34 / B38 / B39 / B40 / B41 |
| Positioning | BeiDou + GPS |
| GPS Cold Start | Average 32 seconds |
| GPS Hot Start | Average 1 second |
| Tracking Sensitivity | -162 dBm |
| Positioning Accuracy | < 10 m (1σ) |
A built-in 3-axis acceleration sensor enables the terminal to detect vehicle motion and posture changes. Combined with embedded algorithms, it can support driving-behavior analysis and abnormal vehicle-condition monitoring.
Detect sudden acceleration behavior through real-time acceleration data.
Monitor rapid deceleration events for driving behavior analysis.
Identify selected vehicle posture changes during driving.
Use acceleration information to support abnormal impact detection.
Support vehicle-speed monitoring and configurable overspeed alerts.
Monitor vehicle power conditions and support abnormal power alerts.
Connected vehicle terminals must continue working reliably even when vehicle power states and wireless coverage change.
XW05CN uses intelligent sleep and wake-up logic to reduce average system power consumption. It also supports offline FLASH storage and blind-zone data retransmission, allowing operating data to be temporarily stored when wireless communication is unavailable and uploaded after the connection recovers.
The device adjusts its reporting behavior according to vehicle operating status, helping balance real-time data requirements with power consumption.
| Vehicle State | Terminal Status | Data Upload Interval |
|---|---|---|
| Static / Engine Off | ACC Off, OBD Off | Every 5 minutes |
| Driving / Ignition On | ACC On, OBD On | Every 20 seconds |
The XW05CN uses a compact integrated enclosure designed for convenient installation in vehicle applications. Its built-in communication and positioning antennas help reduce external wiring requirements and simplify system integration.
XW05CN product appearance and compact 58 × 45 × 22 mm enclosure dimensions.
| Item | Specification |
|---|---|
| Processor | ARM STM32 |
| Operating Voltage | DC 9V-48V |
| Operating Current | 12V / Average 70mA |
| Sleep Current | 12V / Average 17mA |
| Optional Battery | 140mAh / 3.7V Li-polymer battery |
| Operating Temperature | -20°C to 75°C |
| Storage Temperature | -30°C to 80°C |
| Operating Humidity | 10%-85% RH, non-condensing |
| OBD Protocol | ISO15765-4 |
| CAN Interface | 1 channel |
| SIM Card | Micro SIM |
| Dimensions | 58 × 45 × 22mm |
| Housing | ABS plastic |
| Weight | 54g |
The XW05CN uses a Micro SIM card for cellular communication. The SIM card slot uses a self-ejecting design for convenient installation and maintenance.
When installing the SIM card, insert it in the correct orientation with the card notch facing inward, as shown in the illustration below.
Micro SIM card installation for the XW05CN vehicle positioning terminal.
The XW05CN uses three LED indicators to show charging, cellular communication, and positioning status. These indicators help users quickly confirm whether the device is powered, connected to the mobile network, and successfully positioned.
| LED Status | Meaning |
|---|---|
| Solid On | Charging |
| Off | Charging / Power Off |
| LED Status | Meaning |
|---|---|
| Quick Flash Once Within 2 Seconds | GSM/GPRS Initializing |
| Solid On | GSM/GPRS Communication Normal |
| Off | GSM/GPRS Sleep / Power Off |
| LED Status | Meaning |
|---|---|
| Quick Flash Once Within 2 Seconds | Searching GPS Signal |
| Solid On | GPS Positioned |
| Off | GPS Sleep |
XWONDER supports automotive embedded electronics projects involving vehicle data acquisition, GPS/BeiDou positioning, 4G communication, firmware, and PCBA manufacturing.
