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The Amphenol ICC (FCI) part number 10125112-400024CLF is a dual edge card connector designed for high-performance computing applications. It features 28 positions, comprising 24 signal and 4 power contacts, arranged in a single row configuration. The connector utilizes a through-hole, right-angle mounting style with solder termination for secure PCB attachment. Constructed from durable materials, it supports an operating temperature range of -55°C to 105°C. This component belongs to the HPCE series, indicating suitability for heavy-duty environments requiring robust electrical interconnections.
Verify the exact part number against official Amphenol ICC documentation to ensure compatibility with specific PCB stack-up requirements. Confirm that the right-angle through-hole termination matches your assembly process capabilities. Check for any recent lifecycle status updates, as electronic components may undergo discontinuation or replacement cycles. Ensure environmental compliance certifications align with your regional regulatory standards before finalizing procurement orders.
Select this connector when a dual-edge interface is required for both signal integrity and power delivery in a single housing. The right-angle form factor is ideal for vertical mating scenarios where horizontal clearance is limited. Consider the thermal rating of -55°C to 105°C for operation in varied environmental conditions. Evaluate the mechanical retention strength provided by the through-hole solder joints against vibration and shock requirements of the target application.
This component is part of the HPCE series from Amphenol ICC, formerly FCI, a leader in interconnect solutions. The series targets demanding markets such as data centers and industrial automation. Amphenol acquired FCI to expand its portfolio in high-speed and high-power connectivity. This specific model represents a standard solution for dual-edge card applications requiring robust mechanical and electrical performance.
Consult official Amphenol ICC cross-reference guides for verified substitute part numbers. Do not assume generic equivalents are functionally identical due to precise dimensional and material specifications. Verify pinout configurations and mating force requirements before substituting.