Customer Solution: Mid-Size Car HPC for Smart Logging

By using the Mayflower^®-Q5aW, relevant data can be preprocessed directly inside the vehicle. This significantly reduces the volume of data that must be permanently stored, thereby lowering storage requirements as well as transfer and analysis efforts.

At the same time, the selective processing of recorded data enables faster identification of relevant events after test drives. This simplifies downstream data analysis and supports more efficient development and validation processes in the ADAS field.

The system also offers advantages at the hardware level: compared to conventional full-size Car HPC systems, it reduces power consumption and simplifies vehicle integration. The smart mid-size form factor requires up to 47% less installation space while also reducing thermal load inside the vehicle.

In addition, the high interface density provides sufficient capacity for complex test setups involving multiple synchronized data sources and Ethernet-based vehicle systems. Liquid cooling also ensures stable continuous operation during extended test drives under demanding environmental conditions.

Another key advantage is the integrated QuickTray®-v3, which offers high storage capacity of up to 240 TB combined with a high write rate of up to 26 GB/s, thereby reliably handling even data-intensive test cycles. Its seamless integration into the InoNet QuickTray® ecosystem also enables fast and efficient data exchange between the test vehicle and the copy station, significantly accelerating data evaluation and handover processes.