Altera Guarantees Support for Key FPGA Families Through 2045

Extended lifecycle support for Agilex, MAX 10, and Cyclone V families aims to provide decades of stability for mission-critical applications. By Embedded Systems Engineering / 12 Apr 2026
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Altera has announced a significant extension of product lifecycle support for several of its prominent FPGA families, guaranteeing availability through 2045. The commitment covers the Agilex, MAX 10, and Cyclone V series, targeting industrial, communications, aerospace, medical, and transportation sectors where systems often remain in active deployment for decades.

This move is intended to provide supply stability and long-term support for mission-critical applications. By ensuring these semiconductor platforms remain available for the next 20 years, Altera aims to help customers avoid the risks and expenses associated with premature component obsolescence, such as costly hardware redesigns and the need for new regulatory recertifications.

The extension applies to a broad range of Altera’s portfolio. The MAX 10 FPGAs, which have been in production for over a decade, are frequently utilized in cost- and power-sensitive designs that require instant-on functionality. The Cyclone V FPGAs and SoCs are established platforms used across various end markets for maintaining existing designs. The newer Agilex series is designed to offer scalability, ranging from power-efficient configurations to high-performance solutions for evolving system requirements.

“Customers developing long-life systems need both performance and predictability,” said Mike Fitton, vice president of marketing and enablement group at Altera. “By extending support of these FPGA families through 2045, we’re providing the stability and flexibility required to support systems over decades of deployment.”

As an independent FPGA solutions provider, Altera stated that this decision reflects a focused approach to prioritizing the long-term needs of its users. The extended support simplifies maintenance planning and ensures continuity across deployed platforms that typically operate for 10 to 20 years or longer.

Posted by Embedded Systems Engineering Connect