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EP2AGX45CU17I3G is listed in the Field Programmable Gate Array range at ChipApex. The manufacturer field lists Altera. Its product description is IC FPGA 156 I/O 358UBGA. Review the specifications below when checking this part for your BOM.
The Altera EP2AGX45CU17I3G is a Field Programmable Gate Array belonging to the Arria II GX family. It features 42,959 Logic Elements and 18,050 Adaptive Logic Modules within its fabric architecture. The device integrates 3.35 Mbits of embedded memory, including 564 kbits of embedded block RAM. It supports up to 156 I/O pins and includes eight high-speed transceivers capable of data rates ranging from 600 Mb/s to 6.375 Gb/s. Operating voltage ranges from 1.5 V to 3.3 V, with a maximum operating frequency of 390 MHz. It is housed in a 358-ball BGA package and operates within a commercial temperature range of 0°C to +70°C.
Verify component authenticity through authorized distributors or direct manufacturer channels due to end-of-life status. Request original datasheets and test reports to confirm electrical specifications and package integrity. Ensure supply chain documentation matches the specific suffix requirements for temperature grade and packaging format before finalizing procurement agreements.
Compare logic density and transceiver count against current Arria II or Agilex families for performance upgrades. Evaluate pin compatibility and power consumption differences when migrating designs. Confirm software toolchain support in Quartus Prime versions for legacy device programming and debugging requirements during the selection phase.
This component belongs to the Arria II GX series, designed for cost-sensitive high-performance applications. It bridges the gap between mid-range FPGAs and higher-end Stratix devices. The series emphasizes efficient transceiver utilization and embedded processing capabilities for telecommunications and industrial markets.
Publicly confirmed substitute part numbers are not available in verified sources. Consider migration to Agilex or Cyclone families based on design complexity and long-term availability requirements.
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