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Premo-Flex FFC Jumpers

Molex Premo-Flex Flat Flexible Cable (FFC) Jumpers offer an extensive range of standard products that deliver flexibility and performance with various pitch sizes, cable lengths, plating options, and thicknesses. This range of options makes these cables ideal for use in virtually any industry. Combined with Molex Easy-On Connectors, these Premo-Flex FFC cables provide a flat, flexible connectivity solution.

Data/Computing Solutions

Molex Data/Computing Solutions offer seamless integration between servers, workstations, network hardware, and storage devices. Molex data and computing solutions use fast, small, efficient designs to provide superior signal integrity while meeting the high-speed and density demands of today's technology. Among solutions offered in this family are cable assemblies, connectors, flat flex cables, power connectors, multi-fiber solutions, and more. Molex Data / Computing solutions are ideal for applications ranging from the Internet of Things (IoT) to traditional networking performance.

Molex Premo Flex Jumpers

Molex has a complete line of Premo Flex Jumpers. The flat flex cable jumpers are used to connect two PC boards and terminate to either ZIF or Non-ZIF FFC connectors. The 30V Molex Premo Flex Jumpers are available in a wide variety of lengths and circuit sizes.

FFC/FPC Connectors

Molex Flexible Flat Cable / Flexible Printed Circuit (FFC/FPC) Connectors feature a variety of product line-ups that combine signal reliability, compactness, a wide circuit size range, and cable style. Molex FFC/FPC connectors have a one to 136 circuit design and a 0.2mm to 2.54mm pitch range, depending on the model.

Miniaturization Solutions

Molex Miniaturization Solutions are ideal for a vast array of applications such as automotive, smart devices, mobile devices, and medical technology. These connectors provide space savings, high-density signals, and durability. The miniaturization of Molex connectors offers the benefit of fitting more components into smaller spaces, leading to increased functionality without the increased size or weight.