What are the most effective tools and platforms for FPGA programming?

Learning of verilog is very important for any rtl design. I would suggest first learn verilog with the help of hdlbits website which cover every things from basic to advance and well defined integrated ide. Then try basic hdl code use edaplayground website as it is open source and well integrated simulator. Then move to Xilinx vivado /intel quartus /microchip libero /lattice tool for synthesis as well as simulation.

I have used Vivado many times and prefer using it over Quartus as I prefer Xilinx, but few tools are still available for FPGAs that make an engineer's life easier. The software lack many of the features offered in new development tools like Jetbrains and Visual Studio Code. I hope someone gives FPGA tools some AI makeover so they are easier for beginners to pick up.

Verilog's C-like syntax and VHDL's strict typing offer unique benefits; Verilog is often favored for its ease of use and faster prototyping, while VHDL's strong typing system can lead to fewer errors in complex designs. The choice of IDE is crucial as it directly affects productivity. Quartus, Vivado, and ISE are tailored to their respective hardware, offering deep integration that can significantly streamline the FPGA development cycle from design entry to deployment.

HDLs and IDEs. HLS tools. Simulation and verification tools. Hardware platforms. Online platforms. Here's what else to consider.

The most popular HDLs are Verilog and VHDL. I prefer Verilog since it is much shorter and the number of bugs typically grows faster than the code size. There is a great push towards C/C++-like HLS HDL. However, in my opinion, it (Vivado/Vitis) is not that great yet beyond demos and packaged ML black boxes. There are a few vendors that provide good IDEs: First tier: - AMD/Xilinx – Vivado/Vitis, ISE(old stuff) – great SoCs starting with Zynq in 2013 – first on the market - Intel/Altera – Quartus – awesome chips Second tier: - Lattice - Radiant/Diamond/… - great video support, low power, other niche markets - Efinity FPGAs and SW – great cheap low-end solutions - Others Simulation/Verification - ModelSim, Icarus, Verilator, GTK Wave tools

I prefer, like everyone else, a High-Level language like C++ because it makes it easier for people to get into programming. Considering how famous FPGA have become, I believer there should be an even Higher Level language for FPGAs to program in.

A typical FPGA design looks like a multi-layer hierarchical block diagram/schematic with the low-level blocks codded in HDL. The idea of switching to pure has been around for a long time. I think I saw the C to HDL compiler over 15 years ago. The main goal is to use SW skills/processes and eliminate EE background requirements to increase the resource pool and reduce the cost. A secondary goal is to better handle larger complex designs. The third goal is to automate the conversion of algorithms developed/simulated in SW into FPGA/ASIC. The SW approach is serial by nature and does not have a notion of time flow. In FPGA everything happens in parallel at the same time on the clock edge. This contradiction presents a challenge for HLS.

As ferramentas e plataformas mais eficazes para programa??o FPGA variam de acordo com o tipo de projeto que você está tentando construir. No entanto, algumas das ferramentas mais populares e eficazes incluem: Vivado Design Suite da Xilinx Intel Quartus Prime Altera Quartus II

Simulation and verification are the key to successful design. Most texts will mention verification far too late in the game. Building a solution without a solid plan (or blueprint) is a recipe for long debug and product failure. Yet, far too many engineers seem to choose that path. McGuivering a solution rarely leads to a well designed product. Similarly, the first step in a good implementation is writing the test bench. Yet, far too many FPGA cores are written before the test bench.

I might be biased here, but I prefer Xilinx over Intel and Lattice because they have more support over the internet, and they are more famous than their counterparts. But if you want to get started TinyFPGA is a good place to start.

Ferramentas e plataformas eficazes para programa??o FPGA variam de acordo com o tipo de projeto que você está tentando construir. As mais populares e eficazes incluem: Vivado Design Suite da Xilinx: é uma plataforma completa para desenvolvimento de FPGA que inclui ferramentas para design, síntese, simula??o e depura??o. Intel Quartus Prime: é uma plataforma semelhante ao anterior que oferece ferramentas para design, síntese, simula??o e depura??o. é uma ferramenta popular para projetos FPGA da Intel. Altera Quartus II: é uma plataforma de programa??o FPGA que oferece ferramentas para design, síntese, simula??o e depura??o. é a mais popular das ferramentas para projetos FPGA da Altera.

Existem várias plataformas online que podem ser usadas para programa??o FPGA. Algumas das plataformas mais populares incluem: Xilinx WebPACK: é uma vers?o online do Vivado Design Suite que oferece acesso a todas as ferramentas e recursos da plataforma. Intel FPGA Online Compiler: é uma plataforma online que permite aos desenvolvedores compilar e baixar código para FPGAs da Intel. Altera Cloud Development Kit: é uma plataforma online que permite aos desenvolvedores criar, depurar e testar projetos FPGA. Recursos limitados: geralmente oferecem recursos limitados em compara??o com as ferramentas de programa??o FPGA tradicionais.

FPGA programming is not an easy skill to cultivate and build. Most software people incorrectly believe it is simply a matter writing software for a programmable chip. Nothing could be further from the truth! What most software people fail to realize is an FPGA is a hardware instance. It is riddled with issues such as timing, performance, concurrency, reentrancy, and more. The hard reality is seldom acknowledged and the nuances are often overlooked, by programmers.

FPGA is a very lucrative job and a great skill to pick up if you are good at programming. They are harder to program then Arm chips since Arm have a lot of support and are actively used in microcontrollers but hopefully someone creates a FPGA board for beginners.