5SEE9H40C2N

Overview

The Altera 5SEE9H40C2N is a Stratix V E Field Programmable Gate Array (FPGA) featuring 840,000 logic elements and 31,700 Adaptive Logic Modules. It provides 696 I/Os and includes 52 Mbit of embedded memory within a 1517-pin BGA package. The device operates at a core voltage of 900 mV and supports an industrial temperature range from 0°C to +70°C. This component is part of the Stratix V E series, designed for high-density programmable logic applications.

Feature Summary

• Contains 840,000 logic elements and 31,700 LABs for complex logic implementation
• Integrated 52 Mbit embedded memory capacity
• Supports 696 input/output pins in a 1517-ball BGA package
• Operates with a fixed core voltage of 900 mV

Applications

• High-density digital signal processing systems
• Industrial control and automation hardware
• Telecommunications infrastructure equipment

Procurement Notes

The 5SEE9H40C2N is officially designated as End-of-Life (EOL). Distribution channels indicate restricted availability or discontinuation status. Verification of current stock levels and valid source documentation is required before procurement planning due to the discontinued lifecycle stage.

Selection Notes

Select this component only if legacy compatibility with the Stratix V E architecture is mandatory. Verify that the 900 mV core voltage requirement aligns with the target power supply design. Consider alternative available devices if new production volume is needed, given the EOL status.

Part Context

This part belongs to the Altera Stratix V E family, which targets cost-sensitive, high-performance applications. The 'C2' suffix typically denotes commercial temperature grading, while 'N' may indicate specific packaging or material compliance variations within the manufacturer's coding system.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided data. Due to the End-of-Life status, direct pin-to-pin replacements must be identified through official Intel/Altera migration guides or by evaluating newer FPGA families with comparable logic density.