Connectors used in developing next-generation EVs, especially for infotainment, need to be compact as well as to meet high-speed transmission and durability requirements, as these requirements increase each year.
KEL produces connectors optimized for next-generation EVs, using ultimate reliability cultivated through the development of connectors for infrastructure and advanced transmission technology acquired through the development of connectors for cameras.
We have a proven track record in the automotive market with our floating connectors as well as for our micro coaxial cable connectors which are used globally.
Infotainment
As the complexity of in-vehicle systems increases with new vehicle screens and vehicle navigation systems, connectors must allow high degree of freedom in product design.
KEL’s connectors offer the industry’s smallest sizes, multiple positions, multiple mating methods, and high reliability, making new infotainment devices possible.
Automotive Devices
KEL connectors have long been applied in in-vehicle devices requiring stable performance and high durability. This is because they meet the necessary compactness and high-speed transmission performance while maintaining a high level of durability.
Standard Products
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8900 Series
1.27 mm pitch connector/Low-profile type
The 8900 Series is a 1.27 mm pitch, low-profile, board-to-board connector. Straight and right angle types are available. The straight type has five variations of height ranging from 7 mm to 12 mm. It is also available with or without a metal hook.
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XSLS Series
0.25 mm Pitch, Stack Mating, Ultra-Compact
Our XSLS Series is the industry’s most miniature connector with a 0.25 mm pitch and stack mating, which saves more space on the board.
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ASLS Series
0.4mm pitch micro coaxial cable connector/stack connection type
The “ASLS Series” is a connector for 0.4 mm pitch micro coaxial cable (AWG#42).
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TSL Series
0.55 mm Pitch, 32 Gbps High-Speed Transmission Next-Generation Harness
Our TSL Series is a harness that enables 32 Gbps high-speed differential transmission at 1,000 mm length. The connector design is optimized to achieve high-speed transmission over long wires for 5G, IoT, and AI.
