10142333-10103MLF

Edgeboard Connectors Overview

The Amphenol ICC (FCI) 10142333-10103MLF is a PCI Express card edge connector designed for high-speed data transmission. It features 98 positions with a 1.00mm pitch, supporting PCIe Gen 4 applications. The component utilizes gold-plated contacts and a vertical through-hole mounting style for secure board integration.

Edgeboard Connectors Feature Summary

• Supports PCIe Gen 4 signal integrity requirements
• Vertical through-hole termination for robust mechanical stability
• Gold-plated contacts ensure reliable electrical performance

Edgeboard Connectors Applications

• High-performance computing systems
• Server motherboards requiring PCIe Gen 4 expansion
• Industrial automation control boards

Edgeboard Connectors Procurement Notes

Verify the specific pin configuration and mating force requirements against the official datasheet before procurement. Confirm that the selected variant matches the required PCB thickness and mounting tolerance specifications to ensure proper assembly and long-term reliability in the target application environment.

Edgeboard Connectors Selection Notes

Select this connector when designing systems requiring PCIe Gen 4 compatibility with vertical mounting constraints. Ensure the design accommodates the 1.00mm pitch and verify that the host board supports the necessary signal routing density for 98 positions without compromising impedance control or thermal management during operation.

Edgeboard Connectors Part Context

This component belongs to the Amphenol FCI PCI Express connector family, engineered for next-generation computing architectures. It provides a standardized interface for high-bandwidth peripheral connections, ensuring compatibility with modern industry standards for server and workstation hardware expansion slots.

Edgeboard Connectors Replacement Considerations

Direct substitutes include the 10142333-10033MLF for similar form factors. Verify pin count and pitch compatibility before substitution to maintain electrical continuity and mechanical fit within the existing chassis design.