The higher port density and FPGA-based architecture offer greater levels of accuracy and performance for testing automotive Ethernet switching ECUs, PHYs, and semiconductors, while still delivering Auku's nanosecond timestamp accuracy and line-rate performance
Aukua's platforms stand out for their 3-in-1 capability, which combines a traffic generator/analyzer, a network deterioration emulator, and an online packet capture and analyzer in a single device.
The MGA8410 introduces a new feature: the ability to simultaneously perform traffic generation and online packet capture or network degradation emulation. This means engineers can use the traffic generator/analyzer to test devices under specific conditions, such as interference, performance validation, and latency or jitter measurement, while simultaneously capturing and analyzing real-time data streams without interruption.
To ensure comprehensive coverage, the MGA8410 supports BASE-T, BASE-T1, BASE-R, BASE-X, and BASE-RH interfaces for all speeds from 10 Mbps to 10 Gbps, including the new multigigabit Automotive BASE-T1 standard for 2.5G/5G/10GBASE-T1 (IEEE 802.3ch).
“The MGA8410 represents a significant advancement for our customers developing next-generation vehicle networking technologies,” said Sudarshan Rajagopal, co-founder and vice president of Aukua Systems. “By combining increased port density with our proven generation, degradation, capture, and monitoring capabilities in a cost-effective 3-in-1 platform, engineers can now perform rigorous, complex, and reproducible validation with unparalleled accuracy and efficiency.”
