AGFB022R31C2I2V

Soc System On Chip Overview

The Altera AGFB022R31C2I2V is an Agilex 7 F-Series System-on-Chip FPGA featuring a 2.2M logic element array and an integrated quad-core ARM Cortex-A53 processor running at 1.4GHz. It utilizes a 3184-ball BGA package with dimensions of 56x45mm and supports up to 720 I/Os. The device includes 256KB of embedded RAM and operates within a junction temperature range of -40°C to 100°C.

Soc System On Chip Feature Summary

• Integrates a quad-core ARM Cortex-A53 MPCore processor with CoreSight technology for embedded control applications
• Provides high-density programmable logic resources suitable for complex digital signal processing tasks
• Supports diverse connectivity interfaces including Ethernet, USB OTG, SPI, and UART/USART

Soc System On Chip Applications

• Industrial automation controllers requiring real-time processing
• Telecommunications infrastructure equipment
• Medical imaging systems

Soc System On Chip Procurement Notes

Verify the specific suffix 'C2' against official datasheets to confirm commercial temperature rating compliance. Ensure the 3184-BGA footprint matches your PCB design constraints. Confirm moisture sensitivity levels and reflow soldering profiles prior to assembly.

Soc System On Chip Selection Notes

Compare the 2.2M LE capacity against project requirements to avoid over-specification. Evaluate the necessity of the integrated ARM cores versus external processors. Consider the 3184-pin density for routing complexity and thermal management solutions during the initial architecture phase.

Soc System On Chip Part Context

This component belongs to the Agilex 7 family, representing Intel's advanced FPGA architecture. It combines traditional FPGA flexibility with embedded processing capabilities, targeting high-performance computing and communication sectors that demand both parallel processing and deterministic control.

Soc System On Chip Replacement Considerations

Check for Agilex 7 series variants with similar pin counts. Verify if higher-tier models offer backward compatibility or if lower-tier models meet reduced resource needs without sacrificing interface support.