New to FPGAs? Learn what an FPGA is and explore customer benefits.
| Course Title | Description |
|---|---|
| How to Begin a Simple FPGA Design | This 19-minute online training is for engineers who have never designed an FPGA before. You will learn about the basic benefits of designing with FPGAs and how to create a simple FPGA design using the Intel® Quartus® development software 15.0. If you have an Intel® MAX® 10 FPGA Development Kit, you can transfer the programming file created during the tutorial to the development board. |
| Become an FPGA Designer in 4 Hours | This longer online course gives you basic skills to design with Intel® FPGAs. The course uses lecture, demonstrations, and labs (elapsed time ~4 hours). There is an option to download your design to hardware. Learn architectural features of Intel devices and how the Intel® Quartus® development software works. |
Recommended set of classes to take over a period of time, depending on your background or specialty:
| Title | Description |
|---|---|
| University Program | If you aren’t designing FPGAs as a full-time job, this content is intended for you. Students or professors can go here to learn about our program, review educationally focused boards and associated content (tutorials, labs, exercises), or check out membership benefits. |
Pick from over 100 boards or cards that best meet your technical requirements here.
Don’t know where to start? Check out these two low-cost boards featuring the latest FPGAs to hit the market.
Lowest-cost, low density FPGA projects. Limited connections, switches, and LEDs. Offers on-board flash, analog-to-digital conversion, and motion sensors.
Use a powerful combination of FPGA and a complete ARM* processor subsystem, integrated on a single die, for projects needing more density or processing power. University program course work is targeted for this kit.
BeMicro Intel® MAX® 10 FPGA |
DE0-Nano-SoC |
|
|---|---|---|
Price |
$30 (Price subject to change) |
$99 / $90 academic discount (Price subject to change) |
FPGA Featured |
Intel® MAX® 10 FPGA 10M08D, 484-ball FBGA |
Cyclone® V SoC FPGA 5CSEMA4, 672-ball UBGA |
FPGA Resources Available Logic Elements: Internal Memory: Internal Flash: Processor Subsystem: |
8,000 378 Kb 1.37 Mb (for configuration and user) N/A |
40,000 2,931 Kb 64 KB boot ROM ARM* Cortex-A9 MPCore processors with cache, on-chip memory, and peripherals |
External Memory |
8 MB SDRAM |
1GB DDR3 SDRAM |
External Flash |
None |
Micro SD memory card slot |
Expansion Connectors |
Two digital PMOD, 80-pin BeMicro* card edge connector, two 40-pin prototyping headers |
two 40-pin prototyping headers, UART to USB Mini-B, Arduino (Uno R3 compatibility) |
ADC |
8 inputs (12-bit resolution) |
8 inputs (12-bit resolution) |
I/O Interfaces |
USB port |
Gigabit ethernet, USB OTG port |
Other |
Three-axis Accelerometer, temperature sensor, thermal resistor, photo resistor, built-in Intel FPGA Download Cable II for FPGA configuration | Three-axis Accelerometer, built-in Intel FPGA Download Cable II for FPGA configuration |
Buttons & LEDs |
Two push buttons, two LEDs |
Four slide switches, two push buttons, eight LEDs |
Power Supply |
Through USB |
5V DC Adapter included |
| Literature | Board documentation, kit details, and downloads | Board documentation, kit details, and downloads |
Find technical documentation, videos, and training courses for Intel® FPGAs.
Learn how these powerful devices can be customized to accelerate key workloads and enable design engineers to adapt to emerging standards or changing requirements.
Read the free ebook FPGAs for Dummies to increase your understanding of FPGAs or check out other resources in ‘Getting Started’ to learn how to use/design with FPGAs.