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Automotive Ethernet Compliance Solutions
Keysight Automotive Ethernet measurement solutions perform end-to-end functional and standard-compliance conformance testing of Automotive Ethernet chipsets and devices.
Automotive Ethernet - Driving the Future
Modern vehicles generate more data than ever before and demand increasing data speed and bandwidth. Automotive Ethernet adapts standard high-speed Ethernet networking for use in vehicles with improved stability for harsh operating conditions, electromagnetic interference (EMI), low latency, and robust security protocols. Automotive Ethernet is designed meet the increasing demands of advanced technologies for connected cars and autonomous sensors. Unlike the slower speed backplanes of CAN and LIN, Automotive Ethernet requires rigorous compliance testing. Keysight’s full suite of automotive Ethernet solutions automate testing and validation across transmitter (Tx), receiver (Rx) and channel testing from 10 Mb/s to 10Gb/s automotive Ethernet, providing increased test accuracy and saving time.
Achieve Reliable, High-Performance Automotive Ethernet
Keysight’s automotive Ethernet solutions provide automated testing for automotive Ethernet designs.
These automotive Ethernet electrical test software packages let you automatically execute tests and display the results in a flexible report format. In addition to the measurement data, the report provides a margin analysis that shows how closely your device passed or failed each test.
The following automotive ethernet compliance solutions are available:
- Transceiver testing for Open Alliance TC1, TC8, TC12, TC15 and IEEE 802.3cg, 802.3bw, 802.3bp, and 802.3ch
- Receiver testing for OPEN Alliance TC1, TC12, IEEE 802.3bw and 802.3bp
- Protocol trigger & decode for IEEE 802.3bw and 802.3bp
- Channel testing for Open Alliance TC1, TC9, TC15, IEEE 802.3bw, 802.3bp and 802.3ch
Novus mini
Novus mini, a network test platform in a compact form factor, addresses the needs of network engineers as they deploy automotive and industrial internet of things (IoT) devices.
As organizations transition to Industry 4.0 business models to take advantage of digitalization, their reliance on connected IoT devices becomes critical for business operations. Industries such as automotive and manufacturing can improve safety and efficiency by connecting IoT machines and sensors to business systems. However, when connectivity and network issues cause system failures and downtime, it can result in high-risk, life-threatening situations. To mitigate any potential problems, network engineers must fully test the connectivity and performance of network components before deploying them.
Keysight’s Novus mini, a compact, quiet, and affordable platform for testing the performance and conformance of industrial networks, meets these needs. The Novus mini also supports testing based on time sensitive networking (TSN) standards, a critical safety component in IoT applications, including advanced driver assistance systems employed in autonomous vehicles.
Find the Automotive Ethernet Solution that's Right for You
Related Use Cases
Validate Systems for In-vehicle Infotainment
The infotainment system runs all the communication and entertainment functions of a car, from phone calls and navigation to music, driver assistance, comfort control, and emergency systems. This webinar covers the challenges these systems face as data requirements increase and how to test for them ahead of time for both the physical layer as well as the network or protocol layer.
Featured Resources for the Automotive Ethernet Compliance Solutions
Automotive Ethernet – Frequently Asked Questions
Automotive Ethernet adapts standard high-speed Ethernet networking for use in vehicles with improved stability for harsh operating conditions, electromagnetic interference (EMI), low latency, and robust security protocols. Automotive Ethernet uses a single twisted-pair of wires for transmitting and receiving messages instead of two twisted-pairs of wires like standard Ethernet.
Automotive Ethernet is crucial for the modern automotive industry due to its ability to support high-speed data transfer, enable networked systems, reduce wiring complexity, support future technologies, and improve safety. In essence, automotive Ethernet provides the backbone for the connected and intelligent vehicles of today and tomorrow.
Automotive Ethernet has become a cornerstone of modern vehicle communications, enabling a wide range of applications. Automotive Ethernet includes the high-speed data rate and low latency necessary to facilitate Advanced Driver Assistance Systems (ADAS), autonomous vehicle sensors, infotainment system multimedia and connectivity, vehicle-to-everything (V2X) communication, powertrain control, and safety systems.
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