Industries
COMMERCIAL AEROSPACE
TE's Aerospace Interconnect Systems and Components Lighten-the-Load, Save Space and Boost Performance. TE is your advantage for performance, lower costs, and greater efficiency in designing, building and maintaining aircraft electronic interconnects.
Advanced Aerospace Connectivity with Next-Generation Interconnect Systems
Controlling aircraft design and operation costs is an increasing challenge for the commercial aerospace industry. TE consistently delivers proven value and performance and increasingly lighter weight solutions for customer applications.
Innovating for the next generation of aerospace. Whether it’s a UAM, corporate jet, eVTOL, Widebody / Narrow body aircraft, or military aircraft, we are continually innovating to give you the best combination of cost, increased reliability, and performance. We lead the industry in innovation by bringing together expertise in materials, processes, physics, and manufacturing. We use sophisticated computer modeling of the magnetic, thermal, mechanical, and electrical parameters of a design to ensure optimum performance. Then we engineer the aerospace product for easier use, longer reliability, and lower applied cost.
AEROSPACE INDUSTRY APPLICATIONS
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The Connected Aircraft Story
Designing the Connected Aircraft for smarter, faster connectivity. Today’s aircraft are more connected than ever before to make flight more efficient and safe. Pilots and ground crews require more information at faster speeds to manage increasingly complex aircraft systems. To meet these demands, TE Connectivity (TE) has developed technologies that provide reliable performance in harsh environments to make modern air travel faster, more efficient and enjoyable.
PRODUCTS CATEGORIES FOR COMMERCIAL AEROSPACE
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PODCASTS AND VIDEOS ON AEROSPACE INNOVATION AND AVIATION TRENDS
Single Pair Ethernet (SPE) enables Ethernet transmission with two wires, rather than eight. Specified in ARINC 854, TE Connectivity (TE) is now bringing its pioneering Mini-ETH interconnect system to the Commercial Aerospace market. This smaller, lighter, smarter technology provides size, weight and performance advantages for today’s and tomorrow’s aircraft, because the connected aircraft starts with fewer wires.
A distributed avionics system creates flexible capabilities in a smaller, lighter package. The Mini Modular Rack Principle (MiniMRP), standardized in ARINC 836A, is fast emerging as the leading choice for packaging of distributed systems. The MiniMRP provides standardized modules that can be easily deployed through an aircraft, allowing information to be collected and distributed around a fiber optic or copper backbone.
CONTACT OUR AEROSPACE EXPERTS
Martin specializes in bringing solutions to electric power distribution and power & data interconnections in rugged and highly constrained environments.
Read Q&A with Martin on optmizing electric sub-systems
Applications:
Electric Verticle Take Off and Landing (eVTOL), commercial and defence aerospace, military ground vehicles
Industry Affiliations and Organisations:
ADS, the UK trade organisation, Royal Aeronautical Society
Ask Martin about:
Partnering and collaborating across multiple skillsets and teams for innovating new products and new markets.
Matt specializes in solving for power and signal connectivity, especially when it involves high-speed connectors, PCB interconnects, compliant pin technology, and VME/VPX system solutions.
Mark Benton
Rugged Fiber Optics
Marks specializes in Rugged Fiber Optics Applications, Optoelectronic Transceivers and Media Conversion, Wavelength and Time Domain Multiplexing. His over 4 decades of diverse R&D and Product Development experience in these areas helps him to understand the intricasies about the product & its applications
Read Q&A with Mark on Rugged Fiber Optic Solutions
Ask Mark about
- Rugged Fiber Optics Applications
- Optoelectronic Transceivers and Media Conversion
- Wavelength and Time Domain Multiplexing
Robert Moore
Wire and Cable
Robert specializes in solving for technical solutions for wiring and high speed data communication in the military and commercial aerospace, military shipboard, military ground systems, truck and bus, and automotive markets.
Read Q&A with Robert on solving for connectivity in aerospace
Speciality:
Wire and cable
Applications:
Data Communication in Aerospace, Defense, Marine
Ask Robert about:
High Speed Data Cables
Data communication over copper
Signal integrity
Michael Walmsley
Rugged High Speed Board Level Solutions
Michael specializes in solving for interconnect solutions for embedding computing, rugged high speed board level and RF Connectors.
Speciality:
Interconnect solutions for embedding computing
Member of board of directors of the VITA Organization
Applications:
Rugged high speed in ground defense applications
Ask Michael about:
High-speed backplane and high-speed copper solutions
RF connectors
VPX Standards
INSIGHTFUL READS ON AIRCRAFT CONNECTIVITY AND TECHNOLOGIES
