About
As modern EV software grows in complexity, engineers need faster and more flexible access to ECU measurement and calibration data.
The VX1000 System is a scalable solution for accessing ECU internal variables via debug and trace ports with minimal impact on ECU runtime. It enables high-performance measurement and calibration in vehicles, test benches, and laboratory environments, acting as the interface between the ECU and tools like CANape.
This session is ideal for engineers developing next-generation EV control systems who are looking to modernize their measurement and calibration infrastructure.
The VX1000 System is a scalable solution for accessing ECU internal variables via debug and trace ports with minimal impact on ECU runtime. It enables high-performance measurement and calibration in vehicles, test benches, and laboratory environments, acting as the interface between the ECU and tools like CANape.
This session is ideal for engineers developing next-generation EV control systems who are looking to modernize their measurement and calibration infrastructure.
When
Wednesday, October 14, 2026 · 3:00 p.m. London (GMT +1:00)
Agenda
- Calibration of ECU parameters without address range limitations
- Measurement of fast signal cycles and configurations
- Very high measurement data throughput High-performance access to ECU-internal data
- VX1161 Multi Base Module high bandwidth ADAS applications
- Software Solutions to display data – now and an outlook
Presenters
Jonas Leserer
Senior Business Development Engineer
Jonas Leserer is Global Business Development Manager for Vector’s VX1000 product family. With over 15 years of experience in automotive measurement, calibration, and embedded development, he supports customers worldwide in implementing high-performance data acquisition solutions for ECU, software, and vehicle development. His areas of expertise include measurement and calibration technologies, ECU prototyping, and data acquisition for modern architectures.
Wesley Doyle
Editor, Electric & Hybrid Vehicle
