Current Trainings

Reliable Wi-Fi communication is a key requirement for connected products, cyber-physical systems, and industrial applications. In practice, however, Wi-Fi systems are often affected by physical effects, environmental conditions, and protocol-related factors. Without a structured approach, identifying the root causes of such issues can be difficult. This three-day workshop provides a practical overview of typical challenges in Wi-Fi systems and shows how problems can be systematically investigated and assessed. Participants learn which factors influence the performance and stability of Wi-Fi connections and how typical fault patterns can be identified in real-world scenarios.

This two-day training course provides participants with a compact and practice-oriented introduction to digital wireless communication. The course covers key fundamentals of signal processing, modulation techniques, antennas, radio wave propagation, and modern transmission methods such as OFDM and MIMO.

Designing analogue/mixed-signal ICs is a major challenge in ASIC development, with tight specifications and ambitious tapeout schedules that are challenging to meet. Many manual design steps from architecture to layout verification limit early insight and drive time-consuming design iterations. In this webinar, we will provide you with an overview of approaches that support and simplify A/MS design. The methods cover reuse, early layout insights, and layout automation. The webinar will include demonstration parts to showcase the approaches.