EPXA4F1020C3

Overview

The Altera EPXA4F1020C3 is a System-on-Programmable-Chip (SOPC) device belonging to the Excalibur family. It integrates an ARM922T processor core with 400,000 gates of programmable logic fabric. The component utilizes SRAM-based technology and is housed in a 1020-pin FineLine BGA package measuring 33 x 33 mm. It supports standard voltage levels for embedded processing and logic interfacing within industrial temperature ranges.

Feature Summary

• Integrated ARM922T RISC processor core for embedded control tasks
• 400,000 gates of reconfigurable programmable logic fabric
• 1020-pin FBGA package suitable for high-density board layouts
• Supports hardware-software codesign for network protocol stacks

Applications

• Network protocol stack implementation on SoC platforms
• Real-time system development requiring QoS functionality
• Telecommunication channel processing systems
• Embedded applications combining ARM processing with custom logic acceleration

Part Context

The EPXA4F1020C3 is part of the Altera Excalibur series, which bridges the gap between general-purpose processors and pure FPGA solutions. This specific model was documented in academic research regarding hardware-software codesign techniques for network protocols, highlighting its capability to handle periodic packet real-time performance alongside aperiodic packet response times through task decomposition.

FAQ

What processor core is integrated into the EPXA4F1020C3?

The device integrates an ARM922T processor core.

What is the logic capacity of this SOPC device?

It contains 400,000 gates of programmable logic.

Is this device suitable for network protocol implementation?

Yes, it has been specifically used in implementations of network protocol stacks to provide Quality of Service (QoS) functionality.