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The NQE7230 is a memory controller integrated circuit manufactured by Altera, now part of Intel. It is designed for high-performance computing applications, specifically associated with the Intel Xeon Phi processor family. The device utilizes a CMOS technology and is housed in a PBGA1202 package, providing 1202 connection points for system integration. This component serves as a critical interface for managing memory subsystems within complex processor architectures.
Verify the manufacturer designation carefully, as the component is historically linked to Altera but currently falls under Intel's portfolio. Confirm the specific package type PBGA1202 matches your board design requirements. Ensure compatibility with the target processor generation, as this controller is tied to specific legacy or specialized processor families rather than general-purpose use.
Select this component only when designing for systems requiring the specific memory control capabilities of the Intel Xeon Phi ecosystem. The PBGA1202 package imposes strict PCB layout constraints regarding ball grid array routing and thermal dissipation. Evaluate if the specialized controller functions are necessary compared to standard memory controllers for other processor types.
This component originates from Altera, which was acquired by Intel. It represents the intersection of programmable logic heritage and processor-specific peripheral control. The NQE7230 is not a standalone FPGA but a supporting IC within a larger processor subsystem, highlighting Intel's strategy of integrating specialized controllers into its high-performance computing offerings.
Publicly confirmed substitute part numbers are not available in the provided documentation. Due to the specialized nature of this memory controller tied to specific processor architectures, direct cross-referencing requires official Intel support channels or detailed electrical pinout comparison with equivalent legacy components.