The in car T-BOX is mainly used for communication with backend systems/mobile apps to achieve vehicle information display and control on mobile apps.
When the user sends a control command through the mobile app, the TSP backend will send a monitoring request command to the onboard T-BOX. After the vehicle receives the control command, it sends a control message through the CAN bus and controls the vehicle. Finally, the feedback operation result is sent to the user's mobile app. This function can only help the user remotely start the vehicle, turn on the air conditioning, adjust the seat to the appropriate position, etc.
Main materials: 304 stainless steel and plastic (customizable)
Installation method: fixed with screw holes (customizable)
Output information: resistance signal, voltage signal, current signal
Working temperature: -40~+85 ℃
Size range: 150 * 240mm (customizable)
Connector: optional with Amp, Delphi, Tyco, or other brands
Protection level: IP66 (customizable IP67)
OTA upgrade: supports remote flashing of T-BOX firmware ECU, BMS car machine, etc
Anti disassembly lock car: T-BOX can achieve unique binding with the engine ECU, playing a role in anti disassembly, anti replacement, anti cracking, etc
Quick adaptation: T-BOX has a built-in message parsing function for locking the car, which allows for quick adaptation to different vehicle models by remotely configuring DBC files
Remote diagnosis: supports remote fault diagnosis and fault data storage
Remote control: including remote start, air conditioning control, remote car lock, flashing lights and honking, remote appointment for charging, battery pre heating, etc
Load analysis: Integrated load analysis in T-BOX based on experience in the commercial vehicle field
Power input: The algorithm adopts a 6-36V design, compatible with passenger and commercial vehicle applications
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