Molex | Optimising signal integrity in high speed industrial, automotive and healthcare applications
Online, On Demand
Increasing amounts of data are being gathered from smarter industrial devices, driving a demand to increase networking speeds towards and beyond 10Gbps. Increasing bandwidth is obviously achievable; NRZ and PAM4 are modulation techniques used in high-speed telecommunications, data networking and datacentre applications, where speeds from 112Gbps and beyond are becoming commonplace. On the factory floor however, and in automotive and healthcare applications, maintaining signal integrity is critical in what are very demanding, dynamic environments.
This webinar will investigate the key challenges to signal integrity that engineers must factor in and mitigate against. It will detail how these issues can be addressed by having a clear understanding of the losses and interferences inherent to high speed applications, and how to combat them by choosing interconnect solutions that are superior in their mechanical and electrical design.
Topics covered:
- Key drivers for increased speed in industrial, automotive and medical applications
- Challenges in maintaining signal integrity
- Definition of key signal integrity parameters
- Risks and impacts of losses and interferences
- Designing for optimum signal integrity
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