Automotive Ethernet Testing Solutions
Automotive companies need to validate how connected vehicle systems, devices, applications, and in-vehicle networks perform before production launch or field use.
Why Automotive Ethernet Requires Real-World Network Testing
Consumers expect smarter, safer, and more connected vehicles. Automakers and suppliers now need to support advanced infotainment, driver assistance, collision avoidance, camera, sensor, gateway, and connected vehicle systems without compromising performance or reliability.
As vehicles adopt Ethernet for higher-bandwidth and latency-sensitive systems, engineering groups need repeatable ways to test traffic behavior, capture packets, measure latency, recreate network impairments, and verify that systems can handle real-world operating conditions.
Aukua Systems works with automotive semiconductor companies, Tier 1 suppliers, and OEM manufacturers that need to bring robust Automotive Ethernet products and systems to market with less risk.
Common Automotive Ethernet Testing Challenges
Functional and Performance Testing
Customers need to verify Automotive Ethernet devices, links, and systems across supported interface rates, workloads, and test conditions.
Packet and Protocol Visibility
Customers need inline packet capture, real-time traffic monitoring, protocol analysis, and visibility into hard-to-find behavior.
Latency and Timing Behavior
Customers need to measure one-way latency, round-trip latency, link-up time, packet timing, and timing-sensitive behavior.
Real-World Impairment Testing
Customers need to add delay, bandwidth limits, packet loss, jitter, and impairments to validate real-world network behavior.
How Aukua Products Support Automotive Ethernet Testing
Aukua products give customers a repeatable way to test, validate, monitor, and troubleshoot Automotive Ethernet workflows in the lab and during support.
The Aukua 3-in-1 Automotive Ethernet test solution supports traffic generation and analysis, inline PCS and packet capture, protocol visibility, and network impairment emulation for bandwidth limits, delay, and impairment testing. The current page also states that only the MGA8410 supports BASE-T, BASE-T1, and BASE-RH interface rates.
Generate Traffic
Perform functional testing, throughput performance testing, Bit Error Rate integrity testing, link-up timing, time-to-first-packet measurement, and latency characterization
Capture and Analyze Traffic
Sit transparently inline to capture packets, monitor traffic in real time, troubleshoot hard-to-find problems, and analyze event timing behavior
Emulate Real-World Conditions
Add delay, bandwidth limits, packet impairments, and real-world network conditions to validate application performance and reproduce issues in the lab
Relevant Aukua Capabilities
- Traffic generation and analysis
- Layer 1 PCS bit capture
- Inline packet capture and protocol analysis
- Network impairment emulation
- One-way and round-trip latency characterization
- Bit Error Rate integrity testing
- Real-time statistics and graphical analysis
- Filters and triggers
- RFC2544 benchmark testing
- PTP / TSN testing support
- Media conversion between BASE-T Ethernet and BASE-T1 Automotive Ethernet
- Open Alliance TC10 Sleep/Wake test case coverage
Supported Automotive Ethernet Interfaces
The Aukua Automotive Ethernet test solution supports a broad set of Automotive Ethernet and related interfaces for validation, visibility, and performance testing.
- 10GBASE-T1
- 5GBASE-T1
- 2.5GBASE-T1
- 1000BASE-T1
- 100BASE-T1
- 10BASE-T1S
- Optical 1000BASE-RH
- BASE-T Ethernet
- BASE-T1 Automotive Ethernet
- BASE-RH Automotive Ethernet
Relevant Aukua Product: Aukua MGA8410
The MGA8410 is the key Aukua product for Automotive Ethernet testing workflows.
Aukua Systems’ MGA8410 supports Automotive Ethernet testing with traffic generation, network impairment emulation, inline packet capture, protocol analysis, monitoring, and support for BASE-T, BASE-T1, and BASE-RH interface rates.
Aukua Applications
Ethernet Traffic Generator and Analyzer
Generate Ethernet traffic, validate throughput, run Bit Error Rate testing, measure latency, and support RFC2544 benchmark testing
Ethernet Network Impairment Emulator
Add delay, packet loss, jitter, bandwidth limits, corruption, and congestion to recreate real-world network behavior
Inline Network Capture and Protocol Analyzer
Capture packets inline, analyze protocols, measure latency, monitor traffic, and troubleshoot Ethernet behavior