Automotive Electronics Testing Solutions

With the rapid development of intelligent vehicles, autonomous driving, and Internet of Vehicles (IoV) technologies, automotive electronic systems are undergoing accelerated transformation. This evolution covers multiple areas including smart cockpits, intelligent driving, powertrain systems, and body electronics. Accordingly, the demand for comprehensive automotive electronics testing is also increasing. RIGOL provides an extensive range of testing solutions, covering automotive bus testing such as CAN/CAN-FD, FlexRay, and Automotive Ethernet, high-speed data interface testing including LVDS, MIPI, and eDP, peripheral interface testing such as USB and SD, as well as power integrity analysis.

Automotive Electronics Testing Solutions

RIGOL Test Advantages

Based on a wealth of test instruments and experience, RIGOL offers:

  • Bus and protocol debugging solutions: RIGOL oscilloscopes provide comprehensive protocol analysis solutions, enabling precise triggering and hardware decoding of various in-vehicle and general communication protocols such as CAN/CAN FD, LIN, FlexRay, SPI, I²C, etc., thereby improving debugging efficiency.
  • Power integrity and high-speed signal testing solutions: RIGOL's high-performance digital oscilloscopes can be paired with high-performance probes and functional modules such as power analysis. They can achieve precise analysis of indicators such as power supply ripple, voltage drop, and switching noise, and support the measurement of high-speed differential signals such as DDR, LVDS, and MIPI.
  • EMI pre-compliance testing solutions: Based on RIGOL's real-time spectrum analyzer, in conjunction with near-field probes, EMI filters, and software analysis tools, it helps users quickly identify electromagnetic interference sources and improve the EMC design efficiency of products.
  • RF device testing solutions: Spectrum measurement, S-parameter analysis, filter debugging, and other tasks are completed through spectrum analyzers and vector network analyzers, which are suitable for RF performance verification from device to system level.
Smart Cockpit

Smart Cockpit

RIGOL’s Smart Cockpit Test Solutions cover every aspect of multi-screen interaction, audio systems, infotainment systems, navigation systems, and more. This includes a variety of testing needs such as cockpit electronic architecture testing, touchscreen testing, and audio testing. RIGOL provides customers with efficient testing solutions that ensure safety, reliability, and high-precision measurements, delivering a complete suite of test support for smart cockpits.


RIGOL LVDS Test Solution
Test Solution of FM Stereo in Automotive Electronics
USB 2.0 Compliance Test Solution
USB2.0 Signal Quality Testing

ADAS

ADAS

RIGOL’s ADAS Test Solutions address the testing requirements for various sensor systems—including millimeter-wave radar, LiDAR, and cameras. They deliver precise measurements of sensor signals to ensure stable and reliable data transmission, thereby safeguarding driving safety. The test portfolio includes signal integrity testing, power integrity testing, and EMI/EMC testing, offering comprehensive support for the development and validation of advanced autonomous driving systems.

Application of RSA5065N Spectrum Analyzer in Electromagnetic Shielding Material Testing
EMI Test Solution
USB2.0 Signal Quality Testing

Powertrain

Powertrain

RIGOL’s Powertrain Test Solutions cover key domains such as the Vehicle Control Unit (VCU), Motor Control Unit (MCU), and energy recovery systems. Through high-precision, multi-channel synchronized acquisition and electrical signal analysis, they support the validation of control strategies including PWM waveform, switching loss, and current-loop/speed-loop control. This empowers engineers to optimize control logic, enhance response speed and system stability, and provides robust support for the power performance and driving experience of new energy vehicles.

Dynamic Performance Analysis of Power Semiconductors
Power Quality and Efficiency Analysis Test
Technical Analysis of Automotive CAN-FD Bus
Test Solution for On-board Charger (OBC) in New Energy Vehicles

DSG3000B
Max. Frequency
13.60 GHz
Amplitude Accuracy (typical)
<0.5
Phase Noise
<-116
IQ Modulation
Yes
DS80000
Bandwidth
13 GHz
Analog Channels
4
Max Sample Rate
40 GSa/s
Max Memory Depth
500 Mpts (std)
2 or 4 Gpts (opt)
Waveform Capture Rate
250 Kwfms/s
Digital Channels
N/A
DHO/MHO5000
Bandwidth
1 GHz
Analog Channels
8
Max Sample Rate
4 GSa/s
Max Memory Depth
500 Mpts
Waveform Capture Rate
1 Mwfms/s
Digital Channels
16
RSA6000
Frequency
5 kHz ~ 8.5 GHz
Real-Time Bandwidth
1 Hz~200 MHz
RBW
N/A
Phase Noise
N/A
DANL
N/A
Tracking Generator
Yes