It's too early for this board. Examples and resources are somewhat limited. If you want to work directly with the FPGA, you need to install and use Quartus in addition to the Arduino IDE and develop your own SPI code to make the FPGA communicate with the processor. The process of setting bitstreams is a bit complicated. The Arduino developers intend to provide pre-made templates that can be downloaded, but I haven't seen or used any of them yet. Although I learned a lot from working with the board and was able to build a simple frequency counter, I decided to switch to the Zynq board. If you do Arduino projects you probably don't need this, if you want to learn about FPGA there are better options.
55" TV LG OLED55C2RLA 2022 HDR, OLED, dark titanium
38 Review
GeeekPi Raspberry Pi Cluster Case with Cooling Fan and Heatsink for Pi 4 Model B, 3 Model B+ & 3/2 Model B
11 Review
Gikfun Screw Shield Expansion Board: Enhance Arduino UNO R3 with the EK7007 Add-On
11 Review
🌐 MCIGICM 2 Channel DC 5V Relay Module: Optocoupler Low Level Trigger Expansion Board for Arduino UNO R3, DSP, ARM, PIC, AVR, STM32, Raspberry Pi
11 Review
36-Pack Black Rubber PC CPU/Case Fan Screws/Rivets Set for Computer
11 Review
M.2 Screw Kit: Easy Mounting for NVMe SSDs on ASUS Motherboards
19 Review
🖥️ Helifouner 450-Piece Computer Standoffs Spacer Screws Kit: Ideal for Hard Drive, Motherboard, Fan, Power Graphics & Computer Cases
10 Review
uxcell 3.5" HDD Screw Black 200pcs for Computer PC Case - Flat Phillips Head - 6#-32 - Hard Drive Fasteners
10 Review