Altera Agilex 2X FPGAs & SoCs
Altera Agilex 2X FPGAs and SoCs are a next-generation programmable portfolio designed for intelligent systems that require varying levels of performance, power efficiency, connectivity, and integration. These products from Altera span four optimized device families, enabling engineers to select the appropriate balance of compute capability, memory, I/O, and form factor while remaining within a common development environment. By utilizing Agilex architecture, the Agilex 2X portfolio incorporates advanced programmable fabric technology, AI tensor DSP blocks, embedded processing options, hardened connectivity, various memory interfaces, and security capabilities. Supported by Quartus® Prime Pro software and the QuartusIQ AI expert companion, these FPGAs and SoCs streamline development and enable design reuse across multiple project generations. Available device families include Agilex 27, Agilex 25, Agilex 23, and Agilex 22, each optimized for specific system requirements and performance targets.
Features
- Four optimized FPGA and SoC device families on a common architecture
- QuartusIQ AI expert companion support
- Advanced programmable fabric architecture with 3rd-Generation HyperFlex® technology
- AI tensor DSP blocks for compute and signal-processing acceleration
- Embedded Arm® processor support on applicable SoC families
- Nios® V soft processor support
- Unified Quartus Prime Pro development environment
- Hardened PCIe®, Ethernet, memory, and MIPI interfaces
- Common IP and embedded software foundation
- Functional-safety capabilities on supported families
- Security framework with secure boot support
- Portfolio scalability from I/O-centric control systems to high-performance compute platforms
- Visual Designer Studio, FPGA AI Suite, and DSP Builder ecosystem support
Applications
- Physical AI systems
- Digital AI infrastructure
- Embedded systems
- Robotics
- Industrial automation
- PLCs
- Autonomous mobile robots (AMRs)
- Automotive systems
- 4K and 8K video processing
- Low-latency sensing
- Datapath processing
- Beamforming
- Signal processing
- Network infrastructure
Capabilities
