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The EP20K1000EFC672-3 is a high-density Field Programmable Gate Array (FPGA) belonging to the APEX 20KE family, manufactured by Altera. It features a MultiCore architecture integrating Look-Up Table (LUT) logic, product-term-based macrocells, and Embedded System Blocks (ESBs). The device provides 38,400 Logic Elements (LEs), 2,560 macrocells, and up to 327,680 RAM bits. It operates at a maximum system frequency of 170 MHz with a 1.8 V internal supply voltage (VCCINT). The component utilizes a 672-pin FineLine BGA package and supports MultiVolt I/O standards for interfacing with various voltage levels.
Verify component authenticity through authorized distributors or direct manufacturer channels. Confirm the specific suffix '3N' against official datasheets to ensure correct speed grade and environmental rating. Check for End-of-Life (EOL) status and lead times due to the legacy nature of the APEX 20K family. Ensure handling guidelines for moisture sensitivity are followed during storage and assembly.
Select this model for applications requiring high logic density and mixed-mode programmability. Compare the 38,400 LE count and 672-pin package against alternative APEX 20K variants like the EP20K600E or EP20K1500E based on resource needs. Consider the 1.8 V core voltage requirement and MultiVolt I/O capabilities when designing power domains. Evaluate the -3 speed grade performance against timing constraints of the target design.
The EP20K1000EFC672-3 is part of the APEX 20KE series, an evolution of the original APEX 20K family. It represents one of the highest density options in this lineage, offering significant logic resources before the transition to Stratix and Cyclone families. The 'E' suffix denotes enhanced features such as additional global clocks and broader I/O standard support compared to non-E variants.
No direct public substitute part numbers are confirmed in the provided documentation. Legacy replacements may require migration to newer Intel FPGA families such as Cyclone or Arria, necessitating design adaptation.