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In-vehicle network diagram of electric car

Data Centers on Wheels

Today’s vehicles run not only on electricity or fuel, but on data.

The reliable transfer of data among sensors and ECUs has long been critical for maintaining safety and reliability. However, the volume of data flowing over in-vehicle networks is increasing exponentially as designers incorporate cameras, radar and lidar. Advances in V2X communications and infotainment systems are also driving unprecedented demand for throughput.

High Speed Serial Technology

Tektronix is an established leader, helping engineers ensure reliable communication of mission critical data with instruments and software for evaluating signal integrity and debugging complex embedded systems.

Automotive Ethernet signal eye diagram

In-Vehicle Networking Standards

Automotive Ethernet

Today’s vehicles generate vast amounts of data, supporting ADAS, infotainment and other advanced vehicle systems. Designer are moving away from legacy standards towards faster IVN standards such as Automotive Ethernet. Careful debugging and compliance testing are needed to ensure reliability and interoperability

  • Compliance testing for 100BASE-T1, 1000BASE-T1, MultiGBASE-T1, and 10BASE-T1S
  • Fully automated systems perform tests per industry standards and generates pass/fail reports
  • Quickly toggle between validation testing mode and integrated debugging

Explore automotive ethernet debug & compliance solutions

Automotive ethernet for in-vehicle networks

CAN Bus Troubleshooting

CAN and CAN FD are trusted to reliably deliver data throughout many of today’s vehicles. Decoding and triggering on these buses provide important insights into system performance and timing.

Explore CAN bus troubleshooting

CAN Bus troubleshooting

SENT Sensor Bus Troubleshooting​

The ability to decode the SENT protocol on oscilloscopes enables visualization of critical interactions between sensors and ECUs.

Explore SENT sensor bus troubleshooting

SENT Bus protocol troubleshooting
DPO70000SZX ATI performance oscilloscope

DPO70000SX

Полоса пропускания 70 ГГц. Частота дискретизации 200 Гвыб/с: самый низкий шум. Самая высокая точность. Максимальная производительность.

6 Series B MSO Mixed Signal oscilloscope

Осциллограф смешанных сигналов MSO Серии 6 B

Прибор с широкой полосой пропускания — от 1 ГГц до 10 ГГц — может обеспечить диагностику и проверку высокоскоростных устройств.

4 Series MSO Mixed Signal oscilloscope

Осциллограф смешанных сигналов MSO Серии 4

MSO Серии 4 — это осциллограф смешанных сигналов с полосой пропускания до 1,5 ГГц, сенсорным экраном высокой чёткости, цифровыми входами, а также функциями декодирования сигналов последовательных шин, анализа частотных характеристик сигналов и анализа источников питания

Resources

Product Demo

1000BASE-T Gigabit Ethernet Testing with Disturber

Watch a demonstration of 1000BASE-T (Gigabit Ethernet) transmitter (Tx) testing with a disturber.  Gayland Pounder …
Product Demo

1000BASE-T Gigabit Ethernet Return Loss Demo

Watch a demonstration of 1000BASE-T (Gigabit Ethernet) return loss testing.  Gayland Pounder, Tektronix Application …
Product Demo

1000BASE-T Gigabit Ethernet Testing Demo

Watch a demonstration of 1000BASE-T (Gigabit Ethernet) testing.  Gayland Pounder, Tektronix Application Engineer, uses …
Примечание по применению

Measuring MDI Mode Conversion Loss for Automotive Ethernet Compliance

Manufacturers are transitioning to automotive Ethernet for in-vehicle networks to support the data speed performance …