5CEFA5U19C6N

Overview

The Altera 5CEFA5U19C6N is a Cyclone V E Field Programmable Gate Array (FPGA) IC featuring 77,000 logic elements and 29,080 Adaptive Logic Modules. It integrates 4.884 Mbit of embedded memory with 240 I/Os in a 484-UBGA package. The device operates at a supply voltage of 1.1V and supports a maximum frequency of 925 MHz. Designed for commercial applications, it functions within a temperature range of 0°C to +85°C.

Feature Summary

• Optimized for general-purpose logic and DSP applications to achieve system cost and power efficiency
• Integrates M10K memory modules for efficient data storage and processing

Applications

• General-purpose logic implementation
• Digital signal processing tasks

Procurement Notes

Verify the specific speed grade suffix C6 against project timing requirements before ordering. Confirm that the UBGA-484 package dimensions align with the PCB footprint design. Ensure the commercial temperature rating meets the operational environment specifications. Cross-reference the manufacturer part number with authorized distributors to avoid counterfeit components.

Selection Notes

Select this model when a balance of moderate logic density and high-speed performance is required for commercial-grade systems. Compare the 4.884 Mbit memory capacity against application buffer needs. Evaluate the 240 I/O count to ensure sufficient connectivity without requiring additional interface chips. Consider the 925 MHz maximum frequency for clock domain requirements.

Part Context

This component belongs to the Cyclone V E series, which targets low-power and cost-sensitive FPGA markets. It utilizes a 28nm process technology to deliver improved performance per watt compared to previous generations. The E variant specifically focuses on optimizing resource utilization for standard logic and DSP workloads.

Replacement Considerations

Compatible alternatives within the same family include the 5CEFA5U19C7N and 5CEFA5U19C8N, which offer higher speed grades. For pin-compatible upgrades, verify if the increased performance justifies the potential change in power consumption profiles.