Reliable jet performance pairs with high-speed connectivity to power first-class amenities.
A luxury experience in the skies is what passengers in private corporate jets
and regional airlines expect. TE Connectivity (TE) puts you in a prime position to indulge those expectations. Our solutions enable flexible in-flight entertainment (IFE), automated galley systems, high-speed networking, and strong Wi-Fi access, as well as modular cabin configurations for passenger comfort and crew efficiency.
Save space, reduce weight, and handle tight radii easily with secure, reliable cable and connectors. TE products are designed to install faster, perform better, and increase in-cabin technology capabilities through sophisticated avionics solutions and plug-and-play IFE amenities.
Shorter flight ranges and less passenger or cargo capacity doesn’t exclude
regional airlines from depending on the same level of performance,
convenience, and connectivity as larger, longer-haul aircraft.
Already used on major commercial jets, TE’s custom power distribution units
(PDU) can also be leveraged in smaller aircraft to consolidate multiple contactors,
circuit breakers, sensing and protective devices, and related components into
modular packages. High-power, high-voltage contactors, along with high temperature, vibration-resistant connectors, help make regional flights more
efficient, reliable, and comfortable.
Delight your corporate jet customers and their first-class passengers with upgraded in-flight connectivity and bandwidth. From connectors to relays and contactors to wire and cables, each TE solution set is custom configured to help your aircraft design achieve the right combination of performance, flexibility, weight, space-saving, and connectivity speed, plus easy installation for better jet maintenance.
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.
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