Electronics & Semiconductors
Electronics & Semiconductors
With cutting-edge semiconductor and electronics solutions, Parker empowers customers to turn engineering breakthroughs into tangible success across the expanding electronics industry and rapidly evolving semiconductor market.
Innovations in Electronics & Semiconductors
With expertise in motion control and advanced control systems, EMI shielding, heat dissipation and materials resistant to corrosion, Parker helps businesses drive innovation that meets today’s demanding performance and reliability standards. Our engineers support fabricators and producers in optimizing semiconductor manufacturing processes to meet stringent requirements used by leading semiconductor equipment company partners and major semiconductor fabs in the U.S., helping strengthen global semiconductor supply.
Liquid Cooling Solutions for Data Centers
Innovative cooling systems play a significant role, ensuring supercomputers and data centers continue to operate without overheating. Discover how Parker's fluid conveyance thermal management connector systems are here to help.
FEATURED WHITE PAPER
Trends Shaping Electronics and Semiconductors
Electronics are used daily in thousands of applications by businesses and consumers across the world. This white paper focuses on the largest segments and those that are driving growth in both sales and technology.
Electronics & Semiconductor Education
Adhesive Technologies: 2026 Engineering Playbook
Blog
Electrically Conductive Plastics for EMI Shielding
Webinar
Elastomer EMI Gasket Design
Webinar
EMI Shielding Air Vent Panels
Webinar
EMI Shielding and Thermal Considerations for Test Fixtures
Blog
EMI Shielding and Thermal Management for Robotics
Blog
EMI Shielding for Finely Calibrated Test and Measurement Equipment
Blog
High Performance Metal Seals
Webinar
Intro to Electrically Conductive Adhesives, Fillers, Sealants
Webinar
Intro to Electrically Conductive Coatings, Paints, Inks
Webinar
Intro to Form-in-Place Electrically Conductive Gaskets
Webinar
Limiting Corrosion with Electrically Conductive Materials
Webinar
Meeting the EMI Requirements of the NSA TEMPEST Certification Program
Blog
Metal-to-Plastic Conversions for Automotive
Webinar
Propelling Robotics with EMI Shielding Solutions
Blog
Seal Failure Modes
Webinar
Selecting Thermal Gel or Gap Pad
Webinar
The Bond Behind the Build: Texas A&M Formula Electric and CoolTherm® TC-2002
Blog
Electronics & Semiconductors FAQs
What are the recent trends affecting the development of the semiconductor industry?The semiconductor industry is being shaped by rising global chip demand, advances in AI and high-performance computing, continued node shrinking, increased automation and a push for greater supply-chain resilience and domestic manufacturing capacity.
What challenges are electronics and semiconductor manufacturers facing today?Manufacturers are navigating rapid demand growth, shrinking feature sizes, stricter contamination control requirements and the need for higher throughput while maintaining exceptional precision and yield.
What key components support semiconductor manufacturing equipment reliability?Reliable semiconductor tools depend on high-purity fluid management systems, advanced sealing and filtration, precision motion control and thermal management components engineered for ultra-clean, high-accuracy environments.
What factors should engineers consider when selecting components for high-precision electronics equipment?Engineers should evaluate contamination control performance, material compatibility, accuracy, thermal stability and the ability of each component to maintain repeatability under demanding cleanroom conditions.
How is digitization and automation transforming electronics and semiconductor manufacturing?Digitization and automation enable real-time monitoring, tighter process control, predictive maintenance and faster, more consistent production—helping fabs boost yield, reduce defects and meet growing global chip demand.
Asset Intelligence
Asset Intelligence serves as the cornerstone of modern industrial transformations. Parker's digital solutions integrate asset identification, tracking, semantic modeling and digital twin technology to establish a cohesive and reliable digital representation of each physical asset. Leveraging Asset Intelligence, organizations obtain the visibility, precision, and context necessary to enhance operations, optimize workflows and foster advanced automation. Whether the goal is to monitor assets across various facilities, maintain comprehensive lifecycle documentation, or standardize digital data using methods like Asset Administration Shell (AAS), Parker's platform delivers the digital foundation that drives data-informed decision-making across all industries.