The next stage in the process is the creation of a model of the design. However, it is always worth considering the architecture closely before starting detailed design work. In this case, we should consider this an integral part of the process.įor smaller projects, we don't need to formally carry out this step. This involves breaking the design into a number of smaller blocks in order to simplify the VHDL coding process.įor large designs, this is especially beneficial as it allows engineers to work in parallel. The first stage of the design process is architecting the our design.
Fpga simulation estimate gates verification#
We talk about the FPGA implementation process and FPGA verification in more detail in separate posts. This includes architecting our chip and testing our model. Whilst the main task here is writing code to create a model, there are other important aspects of this process.
In the rest of this post we talk about the tasks which form the design process. We saw from this how there are three main processes involved in an FPGA project - design, verification and implementation. In the previous post in this series, we saw an overview of the entire FPGA development process. We also look at the differences between the two major hardware description languages (HDL) - verilog and VHDL.
This includes a discussion of all of the main stages of the design process - architecting the design, modelling the FPGA design and testing our design. In this post we talk about the FPGA design process in more detail.