The safety foundation for smart mobility
The foundation for safe, intelligent mobility
From 77 GHz millimeter-wave radar to autonomous-driving domain controllers, we provide highly reliable test hardware for intelligent cockpits and powertrain systems.
Pain points & challenges
Industry pain points and challenges
The evolution of automotive electrical and electronic (E/E) architectures has introduced unprecedented testing complexity. Expensive automotive qualification test equipment, the safety risks of high voltages and high currents, and the demands of validating multiple protocols in parallel are challenges facing every automotive electronics engineer.
Stringent safety standards
Automotive testing demands exceptional instrument accuracy and stability, resulting in substantial equipment acquisition costs.
High-voltage testing risks
Testing EV battery, motor and motor control systems involves high voltages and high power, requiring specialized equipment protection and electrical isolation.
Concurrent bus analysis
Simultaneously decoding protocols such as CAN FD and Automotive Ethernet places demanding performance requirements on oscilloscopes.
Complex simulation environments
Radar and ADAS validation require complex scenario simulation, while specialized equipment is expensive and has long lead times.
Recommendations
Recommended test instrument categories
Core hardware combinations to help reduce costs and improve efficiency in automotive R&D.
Multichannel Mixed-Signal Oscilloscopes
Simultaneously observe Automotive Ethernet, CAN FD and analog sensor signals to analyze timing relationships across buses.
High-Power DC Power Supplies / Electronic Loads
Simulate EV traction battery charge and discharge characteristics, and test the conversion efficiency of high-voltage electric drive systems.
Automotive Radar Target Simulators
Reproduce echoes from real-world road obstacles in the laboratory to validate the obstacle-avoidance response of ADAS algorithms.
Application cases
Industry application cases
See how customers use TXRX solutions to address real-world testing challenges.
Real-world scenario simulation for 77 GHz millimeter-wave radar
An emerging Tier 1 supplier in autonomous driving needed to validate the target-detection algorithms for its 77 GHz forward-looking radar. TXRX deployed a high-performance automotive radar target simulation system. By accurately reproducing echoes from multiple targets at different distances in the laboratory, the customer shortened its on-road vehicle testing cycle by 35%.
Trusted by OEMs and Tier 1 suppliers
We provide essential test resources for electrification roadmaps and cockpit innovation, serving major automotive technology R&D centers around the world, including Shenzhen, Shanghai and Europe.
- Traceable calibration available
- Global logistics
- Technical support from experienced application engineers
Discuss This Solution
Share your test requirements and we will review the right equipment and configuration for your project.
Discuss This Solution
Share your test requirements and we will review the right equipment and configuration for your project.
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