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FPGA Software and Tools
Explore Altera FPGA development tools for hardware design, embedded software, AI, and IP generation. Choose tools that fit each stage of your project.
FPGA Software and Tools
A complete suite of development tools for every stage of your Altera® FPGA, SoC, or CPLD design. Whether you're building hardware, writing embedded software, modeling DSP algorithms, or architecting full systems, the right tool is ready to accelerate your workflow.
Explore FPGA Software and Tools
Explore Altera FPGA development tools for hardware design, embedded software, AI, and IP generation. Choose tools that fit each stage of your project.
AI Development Tools
FPGA Design & Simulation Tools
Embedded Design Tools & Software
IP Development Tools
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Agilex 3
Bringing the high-performance Hyperflex™ architecture to cost-optimized, compact form factor FPGAs, enabling innovators to reach the next level of performance.
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Agilex 5
The first FPGA fabric infused with AI tensor blocks for higher compute density, optimized for high performance, lower power, and smaller sizes.
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Agilex 7
The highest-performance FPGAs deliver industry-leading fabric and IO speeds, ideal for most bandwidth, compute, and memory-intensive applications.
Developer Communities
Nios Developers
The Nios System Forum is a dedicated space for developers working with Nios II and Nios V soft-processor systems on FPGAs to ask technical questions, share configurations (BSP/HAL/FreeRTOS) and troubleshoot embedded-processor challenges.
Acceleration Developers
The Acceleration forum is a community space for engineers working with FPGA-based acceleration stacks such as the Open FPGA Stack (OFS), FPGA AI Suite and high-level design flows, to ask questions, share insights and troubleshoot issues together.
Resources
Software Download and Licensing
Training and Learning
Common Questions
Start with the Quartus edition supporting your device, a supported HDL simulator, and programming hardware. Add embedded tools when your design includes a processor. Add DSP or AI tools as needed.
Use RiscFree to build and debug SoC processor software. Use Quartus to implement the SoC FPGA hardware and peripherals, using either the embedded Hard Processor System or Nios V, and to generate the programming file.
Choose HLS IP Gen for custom C++/SYCL kernels or AI and FPGA AI Suite for supported pretrained neural-network deployment workflows.
Use Open FPGA Stack (OFS) when building a customizable acceleration board or platform requiring reusable FPGA infrastructure and host software.
Check the edition and release support matrix, then install the matching device package. A newer release does not necessarily support every family.