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5SGXMA7N3F45I3WN is listed in the Field Programmable Gate Array range at ChipApex. The manufacturer field lists Altera. Its product description is IC FPGA 840 I/O 1932FBGA. Review the specifications below when checking this part for your BOM.
The Altera 5SGXMA7N3F45I3WN is a Stratix V GX Field Programmable Gate Array (FPGA) designed for high-performance digital signal processing and networking applications. This device features 622,000 logic elements and 234,720 Adaptive Logic Modules (ALMs). It integrates 51.2 Mbits of embedded memory and supports up to 840 I/O pins. The FPGA includes 48 transceivers capable of data rates up to 14.1 Gb/s. It operates within a supply voltage range of 0.82V to 0.88V and functions reliably across an industrial temperature range of -40°C to 100°C TJ. The component is housed in a 1932-ball FineLine BGA package.
Verify the specific suffix 'WN' against official Altera documentation to confirm temperature grade and package variations. Ensure compatibility with Quartus Prime software versions supporting the Stratix V family. Confirm RoHS compliance status through authorized distributors or manufacturer datasheets prior to procurement.
Compare the 5SGXMA7N3F45I3WN with other Stratix V GX variants based on required I/O count and transceiver availability. Evaluate power consumption profiles against system thermal constraints. Consider pin-to-pin compatible alternatives if lead times are critical, ensuring logical resource requirements are met by the substitute part.
This component belongs to the Stratix V GX family, optimized for general-purpose high-speed serial communications. It shares architectural similarities with other 5SGXMA7 devices but differs in package size and I/O density. The N3 designation typically indicates a specific speed grade and resource configuration within the broader Stratix V portfolio.
Direct pin-compatible substitutes may include other 5SGXMA7 series parts with matching 1932-ball FCBGA packages. Verify that alternative models offer equal or greater logic resources and transceiver counts to maintain functional equivalence in existing designs.
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