Many manufacturers struggle to scale vision solutions beyond the pilot line. This expert roundtable demonstrates how modern AI vision systems achieve consistency and flexibility across multiple sites. Backed by new research, we’ll show how companies, particularly mid-sized manufacturers, are leveraging modular architectures, cloud + edge infrastructure, and adaptive AI models to deploy applications across an entire enterprise.
Join us for this webinar to learn how to design robust, reliable, and low-power home appliance user interfaces using the PSOC™ 4100T Plus and Multi-Sense technology. With its advanced capacitive sensing capabilities, including 5th Generation CAPSENSE™ and inductive sensing, the PSOC™ 4100T Plus enables modern and sleek user interface for home appliances.
Infineon presents its latest 12V motor control solutions, addressing key trends in automotive. Discover the new MOTIX™ MCU platform, which offers highly integrated solutions for compact designs. With all-in-one motor drivers enabling designs smaller than a postage stamp, scalable performance, and a comprehensive ecosystem, it ensures efficient development for modern motor control applications.
A system-level design approach treats diagnostic instruments as interconnected ecosystems—aligning hardware, software, user interfaces, and motion systems to work in harmony. By integrating motion early, engineers can boost throughput, streamline workflows, and reduce risk, accelerating time to market and regulatory approval. This coordinated approach enables more efficient, reliable instrument design while proactively mitigating risks early in development.
Modern satellite, aerospace, defense, and 5G systems demand RF signal chains that deliver high power, exceptional linearity, and minimal SWaP-C. This webinar explores beamforming architectures, GaN-on-SiC power amplifiers, and advanced RF components that enable next-generation phased-array, mmWave and RF systems. Learn how innovative RF solutions are transforming performance across mission-critical applications.
Driven by ever-increasing computing power requirements, demand for data center AI accelerators is experiencing unprecedented, explosive growth. However, as AI chip designs evolve rapidly through advanced architectures and ultra-large formats, they are also creating an entirely new set of challenges for mass production testing.
Displacement measurement in harsh environments achieving micrometer accuracy? Learn how eddy current sensors from Micro-Epsilon perform in challenging applications where other techniques fail.
This webinar details the integration of the EiceDRIVER™ 1EDI3040AS gate driver’s new slew-rate control features with the HybridPACK™ Drive™ G3 power modules. It explores how these enhancements improve inverter efficiency and also optimize chip-to-chip thermal behavior. Another key aspect of this session is how slew-rate control affects dead-time requirements, enabling peak performance without compromising inverter robustness.
Complex AI inspection in manufacturing isn't new — Cognex has been solving hard applications for years with VisionPro Deep Learning on PC hardware. What's changed is where that capability can live. In this interview, Cognex Product Manager traces the journey from PC-based deep learning to fully embedded AI ecosystems — covering what Edge AI on the In-Sight 3900 makes accessible, why the IS6900 brings proven advanced AI capability to the factory floor without the PC overhead, and how OneVision ties model development, validation, and global deployment into a single managed platform. For engineers who've lived with the integration and maintenance burden of PC-based vision systems, this is the conversation about what's now possible without those tradeoffs
Industrial coatings are often selected based on temperature rating, substrate, or chemical exposure alone, yet many failures occur because real-world environmental and operating conditions were not fully considered. This webinar will help engineers, specifiers, and industrial professionals better understand how factors such as moisture, contaminants, thermal cycling, surface preparation, and system design influence long-term coating performance and durability. Attendees will gain a more practical framework for evaluating coating systems in demanding industrial environments.
As the world seeks renewable energy alternatives, wind power has become a growing industry. To remain competitive, wind turbine operators must find ways to optimize equipment performance, increase reliability, and reduce maintenance costs. In this webinar, Waukesha Bearings introduces the NordAlign™ Fluid Film Bearing for wind turbine main shafts and how this new technology improves main shaft reliability, cuts costs, and is easy to install.
This webinar explores the fundamentals of industrial cybersecurity with a focus on IEC 62443 standards and protecting operational technology (OT) environments to maximize uptime. Attendees will gain clarity on regulatory expectations, risk management strategies, and real-world threats impacting critical infrastructure. Learn how to strengthen resilience through secure design and best practices.
Conventional RF switch technologies force trade-offs between power handling, switching speed, bandwidth, and loss, making it difficult to optimize modern aerospace and defense systems. In this webinar, attendees will learn how Marki Microwave’s advanced RFSOI switch architecture overcomes these limitations to improve RF performance, increase system agility, and optimize SWaP in demanding signal-chain applications.
This webinar will show how proven EPO-TEK® solutions built on the legacy of 353ND—along with advancements like 353NDP and the PROPEL™ platform—address these reliability challenges through optimized material performance and process compatibility. Attendees will gain insights into selecting and implementing high-reliability adhesive solutions to improve product durability, reduce failure risks, and support scalable manufacturing.
Modern data centers face growing contamination risks as power densities increase as well as their reliance on liquid cooling architectures. This webinar shows how airborne and liquid particle monitoring can be used as a continuous diagnostic and early warning tool, helping identify developing issues before they impact reliability, cooling performance, or uptime. Learn practical strategies to apply proven monitoring concepts from cleanroom industries to real-world data center environments.
This webinar will walk design engineers through the innovative Industrial Battery Connector (IBC) Series, a DIN battery connector that simplifies service, maintenance, and future upgrades. Attendees will explore the full range of IBC configurations—including auxiliary signal options, air tube capability, inline and panel-mount housings, latching handles, IP68 sealing kits, and temperature sensing—and learn why these features make IBC ideal for outdoor and harsh-environment equipment. The session will also cover why IBC is well-suited for lithium-ion battery systems and review the key ratings and global standards this high-current DIN connector complies with to support confident spec-in decisions.
Many industrial facilities struggle with high energy costs, inefficiencies, and unknown performance issues in their compressed air systems, often without clear visibility into where losses or problems exist. In this webinar, we discuss how a data-driven compressed air audit identifies these hidden issues (like leaks, improper pressure settings, and inefficient equipment) and provides actionable recommendations to reduce operating costs, improve system reliability, and optimize performance. Attendees will learn the step-by-step audit process from system walkthroughs and data logging, to analysis and reporting, so they can make informed decisions that drive measurable energy savings and productivity improvements.
Learn how FaultBreak, an innovative resettable, passive fault protection technology, is reshaping high voltage EV system design. This webinar explores an alternative to traditional single use protection devices, showing how engineers can clear high magnitude fault currents while reducing system cost, weight, and architectural complexity and improve safety and serviceability.
Engineers designing optical systems across applications must reliably manage light while balancing mass, manufacturability, and durability. Vantablack® 310 from Surrey NanoSystems (SNS) is purpose-built for those realities, offering a practical path to ultra-black performance when ease of integration and durability are a core part of the equation. Attendees will learn how Vantablack® 310 fits within the wider Vantablack® lineup as a customer-applied, scalable ultra-black option, along with its core performance characteristics, how to evaluate it with aerosol cans, and how to scale application using production-ready dispensing systems.
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.
Industrial electrification is driving a fundamental shift in how power is generated, converted, and applied across industrial systems. This webinar examines the seven-stage industrial electrification chain—from renewable generation and energy storage to motor drives, robotics, mobile electrification, and industrial heating—showing how the move to inverter-based architectures is reshaping system design. With capacitors serving as the common enabling technology at every stage, the session highlights where and why aluminum electrolytic, film, and supercapacitors are used, how they address demands such as lifetime, ripple handling, and fast transient response, and how hybrid approaches are unlocking new performance and reliability gains as industry accelerates its transition away from fossil fuels.
Join us to discuss how Time-of-Flight (ToF) 3D depth sensing technology can be used to make robots smarter across applications such as obstacle avoidance, SLAM, path planning, and object manipulation. The session covers Infineon's ToF research and demonstrates real-world results, including autonomous navigation tests and map generation with accuracy as precise as 6 cm. A direct comparison with active stereo vision systems highlights ToF's key advantages in size, latency, sunlight performance, and depth data reliability, making it a strong choice for robotics applications.
Delve into an in-depth exploration of the battery protection unit, protection topologies, short circuit protections, protection functionalities, and solutions. Our application engineer will provide a comprehensive overview of the key features and capabilities of the range of products available, as well as provide practical insights into how to integrate with connected devices.
This flexible heater webinar is led by Flexible Circuit Technologies industry experts to guide engineers and product teams in overcoming common challenges in flexible heater design and manufacturing. Attendees will gain practical insights into material selection, circuit design, thermal uniformity, and manufacturability — learning how to avoid costly design pitfalls, improve reliability, and accelerate time to production. Through real-world examples and expert guidance, participants will leave better equipped to translate performance requirements into robust, scalable flexible heater solutions.
Why do engineering teams invest heavily in simulation, yet struggle to turn the resulting data into lasting value? As organizations push toward AI-driven engineering, disconnected data increasingly limits impact. This session will dive into how teams are closing the gap between simulation output and engineering impact by:
Register here to learn how to build a trusted foundation where engineering data compounds over time – supporting AI/ML readiness, supplier collaboration, and faster, more confident engineering decisions.
Discover how Marki Microwave’s new glass filters overcome the limitations of traditional filter technology. This webinar highlights key design tradeoffs, high-rejection topologies, and measured thermal and power performance enabling cleaner, more robust RF designs in the MHz and low-GHz range.
Discover TE Connectivity’s complete USB connector portfolio — from legacy Type-A and B to USB Type-C — supporting USB 2.0 through USB4 for scalable, future-ready designs. Learn about how TE’s USB technology helps enable high-speed data transmission and power delivery with USB PD 3.1 (up to 240 W) and USB4 (up to 40 Gbps), backed by TE’s global support and trusted expertise. Available in multiple configurations to simplify integration, TE’s USB connectors are engineered for reliability and flexibility, built to perform in demanding environments. IPX7/IPX8 waterproof and IPX4 splash-proof options help facilitate consistent performance under vibration, moisture, and temperature stress. EMI-shielded versions protect electronic equipment and systems from interference caused by electromagnetic fields.
Engineering teams often struggle with scattered calculation tools and inconsistent documentation. In this webinar, you can see how Maple Flow 2025 brings calculations and design documentation together in one clean, reliable workspace. With automatic unit checking, equation validation, flexible formatting, and new connectivity features, Maple Flow helps engineers boost accuracy, improve clarity, and collaborate more effectively.
This class covers useful tips and tricks for industrial part marking, we’ll look at the many ways you can improve your marking capabilities with a laser. From material selection to advanced techniques, this master class gives you the tools you need to create high-quality marks on all types of metals using Epilog’s fiber flatbed and galvo laser engraving systems.
Are your displacement measurements in harsh environments achieving micrometer accuracy? Learn how eddy current sensors from Micro-Epsilon perform in challenging applications where other techniques fail.
