XCMECH-FF1513

Overview

The AMD XCMECH-FF1513 is a specialized mechanical sample integrated circuit designed for evaluation purposes. It utilizes a 1513-ball Flip Chip Ball Grid Array (FCBGA) package with a 40x40 mm footprint. This component serves as a physical prototype to verify mechanical fit, thermal characteristics, and board layout compatibility prior to full production deployment. As a mechanical sample, it does not contain functional silicon or electrical capabilities, focusing solely on physical dimensions and mounting specifications.

Feature Summary

• 1513-ball FCBGA package configuration
• 40x40 mm surface mount form factor
• Mechanical-only evaluation unit without functional logic

Applications

• PCB mechanical fit verification
• Thermal interface material testing
• Assembly process validation

Procurement Notes

This item is classified as a mechanical sample intended strictly for engineering evaluation. Verify that the procurement request aligns with non-functional hardware requirements. Confirm availability through official AMD channels or authorized distributors specializing in development samples. Ensure handling procedures account for its status as a prototype component.

Selection Notes

Select this part only when physical verification of the 1513-FCBGA package is required. It is unsuitable for functional testing or system integration due to the absence of operational circuits. Use this sample to validate solder paste profiles, reflow temperatures, and mechanical stress points during the design phase.

Part Context

The XCMECH-FF1513 belongs to AMD's portfolio of specialized ICs designated for mechanical characterization. These samples support the development lifecycle by allowing engineers to assess packaging constraints before committing to mass production volumes of functional devices.

Replacement Considerations

No direct replacement exists as this is a unique mechanical evaluation tool. Functional equivalents require selecting standard production parts from the corresponding AMD device family.