AGFB014R24B1I1V

Overview

The AGFB014R24B1I1V is an FPGA SoC belonging to the Intel Agilex 7 F series, manufactured by Altera. It features a logic capacity of 1,437,000 Logic Elements (LE). The device utilizes a surface-mount FBGA-2340 package and is classified under Programmable Logic ICs and SOC - Systems on a Chip categories. It supports SMD/SMT installation and exhibits moisture sensitivity. The component is part of the Agilex trademark family.

Feature Summary

• Integrates programmable logic with system-on-chip capabilities within the Agilex 7 architecture.
• Utilizes a high-density FBGA-2340 package for surface-mount technology applications.

Applications

• High-performance programmable logic designs
• System-on-Chip implementations requiring integrated FPGA fabric

Procurement Notes

Verify the specific ordering suffix B1 against official datasheets to confirm pinout and electrical characteristics. Confirm availability status as distribution channels may indicate restricted supply or discontinuation. Ensure compliance with RoHS requirements and handle according to moisture sensitivity level protocols during storage and assembly.

Selection Notes

Select this model when a logic density of approximately 1.4 million LEs is required within the Agilex 7 F series. Compare against the AGFA014R24B1I1V variant to determine if System-on-Chip integration is necessary versus pure FPGA functionality. Verify that the FBGA-2340 package dimensions fit the target PCB layout constraints.

Part Context

This component belongs to the Intel Agilex 7 F series, which provides scalable performance for various design needs. The Agilex platform combines FPGA and SoC technologies to offer flexibility in hardware acceleration and processing integration. This specific part represents a mid-range logic density option within the broader Agilex portfolio.

Replacement Considerations

The AGFA014R24B1I1V serves as a related alternative within the same series but lacks the SoC integration found in the AGFB variant. Designers should evaluate whether the additional processing resources of the SoC version are required for the application before substituting.