Arduino nano pinout sd card software#
Arduino nano pinout sd card Pc#

Now that the FPGA has been successfully configured, you're now ready to connect your host PC to the board. If you've made it this far, it means everything is working. What that means is that Linux now knows about the LEDs (so why not blink them.). Indicates that the device tree overlay has been loaded. Green user LEDs : Counts down from LSB to MSB.Green “Heartbeat” LED: A pulsing or 'heartbeat' LED indicates that the Linux* OS has been loaded.Amber LED: Indicates that the FPGA has been configured.

Note The board does not have a dedicated 'power button' and powering on the board here means inserting the power plug into a wall outlet. You should see the following boot sequence (of flashing LEDs): Now, watch for the onboard LEDs to light up. To power on the board connect the power adapter and plug in the power cable (DC 5V) into a wall outlet.

Arduino nano pinout sd card software#

Here, the MSEL control pins are set to configure the FPGA by the processor under software control. Once the board is powered on, the mode select (MSEL) pins (implemented as the 6 pin DIP switch on the board) determine how the FPGA will be configured-from EPCS or HPS (hard processor system). Note If the switch settings are not as shown, you can use a wooden toothpick to change the 6 pin DIP switch (SW10 on the Terasic DE10-Nano board) for the FPGA Configuration Mode Switch settings.

For board stability, attach the silicon (rubber) feet to the copper standoffs (underside of board).

Note The Intel® Quartus® Prime Software Suite supports Windows* 7, 8.1, and Windows® 10.

Compatible Operating Systems: Linux or Windows®.

Bag of four rubber (silicon) foot stands.

Terasic DE10-Nano Kit Contentsīefore you begin, inventory and verify the kit contents. Whether you are an FPGA developer, software developer, maker, seasoned IoT developer, coding newbie, or just curious about FPGAs, we hope your experience with the Terasic DE10-Nano kit is both informative and fun. For more ambitious developers, head straight to My First FPGA section or check out the On-board Accelerometer Tutorial section (be careful when you shake the board.). After familiarizing yourself with the demos, head to the Projects section and check out some of the tutorials where you can learn more about the GPIO LED framework, details of the Fast Fourier Transform (FFT), and debugging applications with the ARM* DS-5 debugger. Then we take you to the webpages hosted by board where you can play with the interactive web demos. We walk you through the assembly and set up, configuring the FPGA and then connecting your host PC to the board. While the HPS is a general purpose processor (based on a dual-core ARM Cortex-A9* processor), the FPGA is a parallel processing engine on which you can create custom hardware to accelerate fixed function algorithms or for extending the I/O capabilities of the device.įollow along with the chapters (pages) of this Get Started Guide to get your board up and running. Divided into two distinct parts, the Intel® Cyclone® FPGA SoC device is made of a hard processor system (HPS) and a Field Programmable Gate Array (FPGA). Featuring two GPIO expansion headers, an Arduino* header, high-speed DDR3 memory, an HDMI* port and ethernet networking, the board provides a robust and feature rich platform to create many exciting IoT applications.ĭevelopers and makers are invited to discover the performance of a low-power embedded processor integrated with the flexibility of programmable logic. The Terasic DE10-Nano development board, based on an Intel® SoC FPGA, provides a reconfigurable hardware design platform for makers, IoT developers and educators.