I-PEX 82901-100B-02-D CABLINE®-UM 40AWG/50Ω series ultra-thin coaxial cable alternative

Product Overview: 60Pin ultra-fine coaxial cable assembly for internal connections of high-speed equipment

In the internal interconnection design of high-speed display, industrial vision, AI equipment, and other high-density electronic devices, cables not only need to meet the wiring requirements within a limited space but also need to consider high-speed signal transmission, connection stability, and EMI control. The I-PEX 82901-100B-02-D is a product number/model of the 60Pin ultra-thin coaxial cable product in the CABLINE®-UM series, using 40AWG Micro-Coaxial Cable (ultra-thin coaxial cable), with a cable length of 100mm, wire position defined as 1-N, and the connector model used at the wire end is 20878-060T-01. This series adopts a 0.4mm spacing and 90° out-line, vertical insertion and extraction structure, and is aimed at high-speed data transmission applications. Our company focuses on the production and manufacturing of ultra-thin coaxial cables and can be customized according to the original product's Pin quantity, wire specifications, cable length, wire position definition, termination structure, and actual installation requirements. Our company can provide I-PEX 82901-100B-02-D compatible and alternative cable solutions, providing corresponding domestication and compatible alternative choices for engineering development, sample verification, and bulk procurement.

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The effect of increased length: High-speed signals in extremely thin coaxial cable bundles are not "the longer, the better"

For engineers, the length of extremely thin coaxial cable束 is a parameter that must be focused on in high-speed interconnect design. Taking the product number/model I-PEX 82901-100B-02-D as an example, its standard cable length is 100mm; as the length of the extremely thin coaxial cable束 increases, the signal transmission path also increases accordingly, which usually results in higher transmission loss and may make the amplitude attenuation, insertion loss, crosstalk, and timing margin of high-speed signals subject to stricter design constraints. Especially in applications with higher transmission rates, an increase in cable length means that the difficulty of signal integrity control is further increased, so when purchasing personnel are conducting substitute procurement, they should not simply compare "whether the number of pins is the same" or "whether the connector can be inserted." The engineering team should also simultaneously confirm the actual length, cable specifications, impedance requirements, and application rate. The advantage of extremely thin coaxial cables lies in the fact that each signal line has an independent shielding structure, which can help reduce interference between adjacent high-speed signals. However, when the cable length increases, it is still necessary to reduce the risk of high-speed transmission by reasonably selecting cables, optimizing shielding and grounding design, and controlling the overall processing consistency.

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Key product configurations: 82901-100B-02-D, 20878-060T-01 and 1-N line position definition cannot be ignored

In compatible replacement projects, the material number/model of the I-PEX 82901-100B-02-D ultra-fine coaxial cable assembly, the connector model of 20878-060T-01, and the 1-N wire position definition are important technical identification information. Among them, the 60Pin configuration determines the number of signal channels and the overall connection structure of the cable assembly, the 40AWG ultra-fine coaxial cable is suitable for miniaturization and high-density internal wiring requirements, and the 1-N wire position definition is directly related to the actual signal correspondence at both ends of the cable assembly. Therefore, a truly suitable replacement cable for engineering projects cannot be simply understood as "a 60Pin connector plus a 100mm cable," but should also confirm whether the Pin Assignment, wire sequence correspondence, shielding grounding treatment, termination size, and assembly structure match the target device. For procurement personnel, clearly providing the original product material number I-PEX 82901-100B-02-D, connector model 20878-060T-01, cable length, and 1-N wire position definition at the quotation stage can effectively reduce communication errors in the early stage and improve sample confirmation and subsequent mass production efficiency.

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Selection and compatibility with reference to alternative solutions and suggestions

Selecting and Compatibility with Alternative Solutions Reference and Recommendations: For the compatibility and alternative requirements of the I-PEX 82901-100B-02-D ultra-thin coaxial cable assembly, engineers are advised to first confirm the original cable assembly's 60Pin specification, 40AWG wire, 100mm length, 1-N pin definition, and actual mating requirements with the device connector; if it is applied to high-speed display, industrial cameras, AI computing, or other high-speed data links, it is also necessary to further evaluate the signal integrity requirements based on the actual interface rate, especially not to ignore the loss changes caused by the increase in length when replacing it with a longer cable assembly. Purchasing personnel suggest making technical inquiries in the form of "original product material number + connector model + pin definition + length + application scenario", that is, to clarify core information such as I-PEX 82901-100B-02-D, 20878-060T-01, 1-N, 100mm, and then have the cable assembly manufacturer confirm the drawings, samples, or physical products. Our company can evaluate the cable length, ultra-thin coaxial cable specification, pin count, pin definition, and processing structure in combination with the actual project requirements of customers, and provide customized production services that match the application requirements of the target products.

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Upgraded from "Size Compatibility" to "High-Speed Performance Compatibility"
I-PEX 82901-100B-02-D is a CABLINE®-UM series ultra-thin coaxial cable assembly product with a core configuration defined by 60Pin, 40AWG, 100mm, and 1-N wire position, accompanied by the cable end connector model 20878-060T-01. For internal connections of high-speed equipment, the replacement of ultra-thin coaxial cable assemblies cannot only focus on appearance and dimensions; it should also comprehensively consider the impact on high-speed signal loss and signal integrity after the cable length is increased, as well as the consistency of wire material, wire sequence, shielding, grounding, and termination processing. I am[3W Electronic Components Network]Focused on the research and development of high-speed, ultra-fine coaxial cable assemblies and connectors and alternative solutions. If you have selection or verification requirements or product needs, please contact:Manager Zhang 18913228573 (WeChat same number)Our company, as a manufacturer of ultra-fine coaxial cable assemblies, can provide compatible alternative cable solutions for the I-PEX 82901-100B-02-D that meet specific customer application requirements. This helps engineers obtain more targeted customization support and also provides purchasing personnel with reference options for product development, sample verification, and bulk supply.