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The Amphenol ICC (FCI) 10146243-140BLF is a high-speed backplane connector system component designed for demanding data center and telecommunications applications. This specific part number represents a receptacle assembly featuring a 140-position configuration, optimized for signal integrity in high-density environments. It supports advanced transmission standards required for modern server infrastructure, ensuring reliable connectivity between motherboards and daughter cards or backplanes.
Verify the complete part number against official Amphenol FCI documentation to ensure correct housing, contact plating, and termination style specifications. Confirm that the BLF suffix aligns with the required environmental compliance and material composition for your specific project constraints before finalizing procurement orders.
Select this component based on strict adherence to the 140-pin count requirement and compatible mating header specifications. Ensure that the mechanical footprint and retention forces match the system design guidelines. Validate that the connector meets the necessary electrical performance thresholds for the intended data rate applications.
This component belongs to the broader family of high-speed backplane connectors offered by Amphenol ICC. These systems are typically utilized in modular chassis architectures where reliability and signal integrity are paramount. The specific model integrates precision engineering to support next-generation interface protocols used in enterprise-grade hardware solutions.
Consult official cross-reference guides for direct substitutes. Verify mechanical compatibility and electrical performance equivalence if considering alternative manufacturers. Ensure any replacement maintains the same pin count and mating interface specifications.
It serves as a high-speed receptacle for establishing reliable electrical connections in backplane applications requiring 140 positions.
Yes, it is engineered to maintain signal integrity at high frequencies typical of modern server and telecom infrastructure.