iTPMS
  • Pure software solution
     
  • high performance-price ratio
     
  • Under pressure tire position indication
     

As a product with completely independent intellectual property rights, the iTPMS indirect tire pressure monitoring system of Pick up Technology deeply integrates local research and development wisdom, independently develops from algorithm design to software architecture, breaks through technical barriers, and injects Chinese "intelligent" manufacturing strength into mobile travel safety.


· Minimalist technology, disruptive experience
No additional hardware is required, relying directly on the original tire speed signal to calculate the tire pressure status in real-time through precise algorithms. Say goodbye to the troubles of traditional sensor maintenance, the system runs automatically and provides intelligent warnings, making driving easier and safety more "seamless".


· Excellent performance, economical choice
Accurate monitoring: millisecond level data capture, stable identification of tire pressure anomalies even under complex road conditions, leading the industry in alarm accuracy;
Ultra low power consumption: zero hardware load, no loss of original vehicle performance, green and environmentally friendly, more worry free;
Cost optimization: No hardware investment or subsequent maintenance is required, and the cost-effectiveness far exceeds traditional solutions, making high-end security configurations within reach.


Breaking boundaries with innovation and building a solid foundation with self-reliance - iTPMS, a technology that uses software to define mobile travel safety, making every trip start with wisdom and end with peace of mind.



ACC Sensor
  • MEMS sensing technology
     
  • High sensitivity, high transmission
     
  • Low power consumption, low signal-to-noise ratio
     

· Wide measurement range (0-16g)

· PSI5 communication

· Signal support fault diagnosis

· Protection level IP6K9K

· Suitable for active suspension (shock absorption) systems

3-Axis ACC Sensor
  • MEMS sensing technology
     
  • High sensitivity, high transmission
     
  • Low power consumption, low signal-to-noise ratio
     

· Wide measurement range (0-16g)

· A2B Digital Communication Protocol

· Compatible with multiple transceivers

· Protection level IP6K9K

· Suitable for source vibration signal acquisition required for active road noise reduction function of RNC

Leveling Sensor
  • Hall technology
     
  • High precision, high transmission
     
  • Low power consumption, low signal-to-noise ratio
     

· Absolute angle measurement (90 °/120 °/180 °/360 °)

· PWM/PSI5 communication

· Signal support fault diagnosis

· Protection level IP6K9K

· Suitable for active suspension (air spring) system and horizontal headlight adjustment system

Torque Angle Sensor
  • High precision resolution
     
  • Two independent torque signal outputs
     
  • Modular Design of TAS/TOS
     

Torque Angle Sensor collects the torque and angle of the driver's steering wheel rotation to output torque and angle signals to the EPS system controller