Input/Output (I/O) pin assignment is one of the main challenges facing designers integrating large FPGA devices onto PCBs. Many designers find the process of defining the I/O pin configuration, or ...

The FPGA pin assignments on the top are not conducive for an easy and quality route. I/O optimization is pin swapping and pin re-assignment based on actual PCB layout.

Today's advanced, complex, high pin count fpgas require a 21st Century fpga-pcb codesign methodology that provides a correct by construction, automated flow for optimised pin assignment, automated ...

FPGAs are complex beasts these days, and the once trivial task of assigning signals to pins can be complicated and iterative. These guidelines for assigning signals to multipurpose ...

Looking at the growth of FPGA pin counts and device complexity over the past 15 years, it's easy to view them as modern-day, high-tech Tribbles. And, like Tribbles, solutions for dealing with them, at ...

The Pico2-Ice development board combines a Raspberry Pi RP2350B MCU with a Lattice iCE40UP5K FPGA for exploring HDLs and ...

In order to understand the ramifications of your pin assignment choices, you need to be able to visualize both the PCB placement and FPGA physical device pins, along with the internal FPGA I/O pads ...