Technica Engineering GmbH’s Post

A crucial capability for any modern validation strategy: capturing every signal across the entire validation journey. Deterministic in‑vehicle network logging from bench, to HiL, to fleet is essential to ensure traceability, repeatability, and high‑quality insights at scale. This level of end‑to‑end data consistency is what truly enables faster development cycles, higher product quality, and the foundation for software‑defined vehicles and robust validation workflows. To know more visit the link below. KPIT Technica Engineering GmbH #AutomotiveValidation #InVehicleNetworking #DeterministicLogging #HardwareTimestamping #CANbus #LINbus #AutomotiveEthernet #HILTesting #ECUDevelopment #VehicleDiagnostics #SoftwareDefinedVehicle #SDV #AutomotiveArchitecture #TimeSynchronization #MultiBusCorrelation #TC10 #NetworkCapture #EmbeddedSystems

Reliability metrics like MTBF help engineers predict how long embedded systems will operate before failure occurs. #EmbeddedSystems #ReliabilityEngineering #RichGrowthHub #RGHDeepLearner #EngineerYourWorth

Anritsu has launched a test solution compliant with the EN 18052:2025 Hybrid eCall certification standard that fully automates complex certification test cases. Automating complex standard-compliant test procedures, including communication system switching and multi-stage test sequences, using one-button operation, halves overall test times compared to conventional methods while assuring both reliability and high reproducibility. Read more - https://ow.ly/T42J50YQu2q #testandmeasurement #rf #certification #automation #automotive #ecall

Struggling to diagnose CAN-bus issues? Even small misconfigurations, like incorrect bit rates or missing termination, can lead to major problems and downtime. In this video, Martin Andersson demonstrates how the PCAN-Diag tools from PEAK-System Technik GmbH give you immediate visibility into your CAN network. From real-time monitoring to error detection and logging, this handheld tool makes troubleshooting significantly faster and more reliable. 👉 Watch the demo: https://lnkd.in/dUBdjRpg #CANbus #EmbeddedSystems #EmbeddedEngineering #Automotive

Most validation programs encounter challenges not due to engineering, but because the network evolves faster than the capture setup. Issues such as mixed protocols, startup blind spots, and increasing bus complexity can quickly overwhelm tools that fail to keep pace. The indicators are clear: missing first-cycle events, misaligned timestamps, and packet loss during peak traffic times. As we move from bench testing to hardware-in-the-loop (HIL) and ultimately to fleet operations, complexity increases, along with the cost of every signal that remains uncaptured by your tools. In the coming weeks, we will demonstrate how a measurement architecture can effectively keep pace from the first packet to the final mile. Reserve your spot now at https://lnkd.in/gjW4AkSx #TechnicaEngineering #CaptureModule #AutomotiveValidation #InVehicleNetworks #OneStepAhead

Meike Gallant is working on a new approach to hardware validation ++ Her goal is to use #VirtualRobustDesign to test how components, such as those exposed to extreme heat and cold or humidity, perform over their entire lifecycle. By integrating simulations long before a component enters the climate chamber, she and her team aim to identify potential weaknesses earlier in the process. This transition is about complementing traditional trials with digital tools to make the validation of future hardware more efficient and #resourcefriendly. If you had to validate a critical component today, where would you place your primary trust? A) Physical test results B) Digital simulation models C) A hybrid approach #AudiCareers #DrivenbyTech #SystemsEngineering

Engineer Your Own Servo Logic with User‑Defined Algorithms ACS is launching User‑Defined Algorithms — enabling engineers to customize or replace default servo loops for advanced, application‑specific motion control. ▫️MIMO control with multiple coordinated drives ▫️Unique applications such as autofocus ▫️Novel algorithm development & testing ▫️Built‑in IP protection ensures security for proprietary algorithms Ready to explore next‑gen control flexibility? Connect with us to learn more! #MotionControl #PrecisionEngineering #SmarterMotion #UserDefinedAlgorithms

As more data centers come online, HIL testing of data centers before buildout will be key for derisking and deployment.

Signal Edge Solutions SI/PI Engineer Marshall Haynes introduces StepLoad Pro™, a VRM and test automation software that takes hours of measurements and post-processing and automates it in 30 seconds. The software drives test equipment to measure the step load response of a VRM or power supply across a wide range of frequencies, and displays the worst-case response waveform and the surrounding seven measured frequencies on the oscilloscope. The integration of SEPIA, invented by Steve Sandler of Picotest, allows the software to simulate a SPICE model of the VRM, automatically analyzing the impedance, Q, and phase margin in a time domain analysis. Q and phase margin results are presented in different colors based on defined thresholds for stability. StepLoad Pro then identifies the necessary design fixes to reach stability. Learn more at the link below https://lnkd.in/e7uuiHdu #powerintegrity #signalintegrity #testautomation #testandmeasurement #engineeringsolutions

Engineers often lose time on something that shouldn’t be a problem. Connections. Intermittent signals Poor fitment Unreliable data When you’re diagnosing or logging, that becomes more than an inconvenience, it affects confidence in the result. That’s why something as simple as an OBD cable matters more than it should. A stable, repeatable connection means: - Consistent data - Fewer interruptions - Less time second-guessing results It’s not the most complex part of the setup. But it’s one of the easiest places to introduce problems. 👉 What’s the most frustrating issue you’ve had with diagnostic connections? #AutomotiveEngineering #Diagnostics #OBD #AutomotiveTesting #SystemIntegration