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• Clock Divider Circuits & Their Timing Constraints
• Verilog Code for Basic Logic Gates
• Synchronous vs Asynchronous Flip Flops
• Logical vs Bit wise Operations in RTL
• Blocking vs Nonblocking Statements in Verilog

Collaborated with

Path III is the third session in the element14 Community’s structured FPGA-based SoC training. Thefirst Path was held in 2018 and focused on programmable logic devices PLDs and featured the AVNETMiniZed development board, based on AMD’s Zynq-7000 SoC.

Path II convened in 2019 and offered more advanced learning opportunities and featured the AVNETUltra96-V2 development board, based on AMD’s Zynq UltraScale+ MPSoC.

Path III will double the fun by offering structured training on both the MiniZed and Ultra96-V2 boards. Each training track will be followed by a design/build phase.

Learn More

• Adaptive Computing
• The Bulls Eye® High Performance Test System
• Samtec Flyover® Technology for FPGA Apps
• Memory Storage for FPGA Applications
• Accelerating Embedded Vision with the CrossLink^™-NX FPGA

• PYNQ-Z2 Workshop Series: FPGA Experiments With Xilinx Pynq-Z2
• Power Integrity Effects on FPGA Functionality and Performance
• Leveling-Up Your FPGA Skills: An Expert Panel Discussion
• Getting Started with FPGAs: An Expert Panel Discussion
• Summer of FPGA: Software and FPGA: How to Get the Bits to Flip?
• Intro to Smart Embedded Vision (SEV) Using a PolarFire^® FPGA
• Building Processor Based Systems on Lattice FPGAs Using Propel