As more systems rely on electronic control, ensuring reliable connectivity in harsh environments has become increasingly complex. In this webinar, experts from Cinch and PEI-Genesis will examine key challenges engineers face when designing sealed control modules and highlight important considerations that can impact long-term performance. Attendees will gain insights to help inform their next design.
Overview
As industries continue to shift toward electronically controlled systems, design engineers are facing increasing challenges when developing reliable control modules for harsh environments. Exposure to moisture, vibration, temperature extremes, and contaminants can significantly impact performance if not properly addressed during the design phase.
This webinar brings together experts from Cinch Connectivity Solutions and PEI-Genesis to explore the evolving demands placed on connectivity systems in industries such as construction, agriculture, transportation, and industrial equipment. The session will examine common challenges engineers encounter when designing sealed electronic control modules and highlight key considerations that can influence reliability, performance, and development timelines.
Attendees will also gain perspective on how industry trends, such as increased electrification and system monitoring, are shaping the requirements for ruggedized interconnect solutions. Whether you are developing a new system or evaluating improvements to an existing design, this webinar will provide valuable context to help guide your approach to connectivity in harsh environments.
Key Takeaways
- Understand the key challenges of designing electronic control modules for harsh environments
- Learn important considerations that impact reliability in sealed connectivity systems
- Identify what to evaluate when selecting connectors and enclosures for demanding applications
Speakers
Will Salmon has been with the company for 3 years, serving as both a sales engineer and an applications engineer. Prior to joining PEI, he held several engineering roles in the aerospace manufacturing industry. He holds a bachelor's degree in Engineering Mechanics. At PEI, Salmon focuses on new custom connector and cable assembly projects across various industries, including rail, energy, and military.
Tibor Urbanek is a seasoned professional in the field of RF and microwave design, with a career spanning nearly three decades. He began his journey in 1994 and has since navigated through various acquisitions, ultimately becoming an integral part of Cinch Connectivity Solutions. With a profound expertise in managing three diverse product lines, including Midwest Microwave, Semflex, and ModICE. Urbanek's leadership has been pivotal in driving innovation and growth. He holds a B.S. in Networking and Telecommunication along with an MBA from the University of Phoenix. Beyond his professional life, Urbanek finds solace in his hobbies of cooking, traveling, hiking, and woodworking. Together with his wife, he passionately pursues their goal of exploring all the lower states of the U..S National Parks.