ETAS ADAS measurement solution

The ADAS measurement solution from ETAS for assisted and automated driving control units (ADCUs) and sensors offer you high performance and scalable tools for data acquisition and processing. These tools can be efficiently integrated into existing development environments.

Your benefits

AI-based

Enables faster software development during pre-SOP thanks to AI-based data management.

Scalable

Fulfills numerous requirements and use cases.

Value-adding

Allows you to focus on business value (software development) instead of on the measurement system.

Modular and scalable high-performance data acquisition solution

Infographic visualizing the set-up and interaction of the different hardware and software components of the modular and scalable end-to-end solution for pre-SOP in-vehicle DAQ for ADAS/AD. — The ADAS measurement solution from ETAS enables early development and continuity along the development cycle with both software and hardware.

ETAS tools for ADAS measurement: improve your efficiency

ETAS offers a modular and scalable data acquisition platform for automated driving and driver assistance that ensures reliable, synchronized, and efficient measurement of large data sets. The solution minimizes the need for ECU computing resources, supports early and continuous development through integrated hardware and software tools, and provides high compatibility with third-party and in-house solutions via defined APIs.

Measurement of raw video data

The image shows the MHD2.0 raw-video-data measurement and replay hardware component.

Measurement of raw video data

The MHD2.0 enables you to efficiently collect raw video data for development, testing, and validation in the context of advanced driver assistance systems (ADAS) and highly automated driving (HAD) in the vehicle as well as in the laboratory.

High performance data acquisition of raw video sensor data via "man-in-the-middle" approach
Support of different sensor interfaces (TI FPD-Link III, TI FPD-Link IV, Maxim GMSL2, and more)
Data acquisition of up to eight cameras per MHD device with up to 20 Gbps; up to 36 Gbps possible with use of an available lossless compression IP core
Scalable design: multiple MHD devices can be used in parallel
Time synchronization via IEEE1588 precision time protocol (PTP)
MHD device is replay ready (HoL/HiL)

L5 – Lossless video compression (PLC2)

The PLC2 lightweight, low latency, low power and lossless L5 Compression IP is an image compression IP for FPGAs. It comes with Xilinx AXI-streaming interfaces to be seamlessly integrated into existing image processing applications.

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Measurement of internal ADCU data

The image shows the GETK-P4.0A hardware measurement adapter.

Measurement of internal ADCU data

The GETK-P4.0A enables the acquisition of ECU-internal middleware data within the scope of the development of advanced driver assistance systems (ADAS) and highly automated driving (HAD) both in the vehicle and in the laboratory.

Shortening of test drives on the road thanks to very high bandwidth with PCIe 4.0
Full compatibility with common microprocessor manufacturers
Very low CPU load on the ADCU due to DMA transfer on the GETK-P4.0A
Parallel use of multiple synchronized devices possible due to scalable design
Seamless integration thanks to component compatibility of ETAS HAD/ADAS measurement software
Time synchronization via IEEE1588 precision time protocol (PTP)

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Configuration and management of the measurement network

The picture shows a computer with the ETAS logging network suite icon.

Configuration and management of the measurement network

The ETAS logging network suite is a software that allows you to manage the overall measurement network. It configures, controls, and monitors multiple data sources such as GETK-P4 and multiple data sinks like data recorders and visualization applications. Additionally, the ETAS logging network suite supports "service-discovery" to identify measurable data from the ECU software and supports the online and offline data access. A modular approach allows a flexible deployment in either a Windows and/or Linux operating system.

Reduced complexity through a holistic and modular solution approach
Investment security through future-oriented scalability
Flexible integration in the tool chain through well-defined APIs

Webinar: “How to master the challenges in ADAS development”

In our recorded webinar “Challenges in ADAS development” you will learn how efficient data logging enables ADAS developers to measure, log, and process relevant data, especially in later development phases. Understand the different challenges for ADAS measurement technology in the development and validation phase. Learn why data integrity and data compression is no contradiction. Discover how efficient data logging can accelerate function development by using AI-supported processes.

Watch webinar