Salute8117 @lvkaige - Twitter Profile

LvKaige retweeted

about 2 months ago

If you are learning FPGA design, this book is worth reading. Digital Design: A Datapath and Control Approach is now available as an open educational resource. It teaches digital design systematically, from the basics through datapaths, control units and FSMs. The best part is the hands-on material: 11 FPGA projects covering things like a 7-segment display, Rock Paper Scissors, calculator, RAM, counters, traffic-light controller and a complete stopwatch datapath/control design. Repo: https://t.co/5I6EjEinOw Free textbook + exercises + FPGA labs = a pretty solid way to learn digital design by building.

Alacritic_Super's tweet photo. If you are learning FPGA design, this book is worth reading.

Digital Design: A Datapath and Control Approach is now available as an open educational resource. It teaches digital design systematically, from the basics through datapaths, control units and FSMs.

The best part is the hands-on material: 11 FPGA projects covering things like a 7-segment display, Rock Paper Scissors, calculator, RAM, counters, traffic-light controller and a complete stopwatch datapath/control design.

Repo: https://t.co/5I6EjEinOw

Free textbook + exercises + FPGA labs = a pretty solid way to learn digital design by building.

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LvKaige retweeted

Mustafa.

@oprydai

7 months ago

how to get started in FPGA most people start wrong. they buy a board open vivado and immediately get overwhelmed. fpga is not programming. it’s hardware design. you are literally describing circuits. start like this → 1. understand digital logic learn: • logic gates • flip flops • combinational vs sequential logic • finite state machines • timing without this, nothing will make sense. 2. learn a hardware description language pick one: • verilog • vhdl verilog is simpler for beginners. you are not writing software. you are describing how hardware should be wired. 3. learn simulation first before touching hardware. tools: • verilator • modelsim • iverilog write simple modules and simulate them. example progression: • led blinker • counter • uart transmitter • simple cpu 4. then buy a cheap fpga board good starter boards: • basys 3 • icebreaker fpga • tang nano 9k don’t start with expensive xilinx boards. 5. learn the full flow hdl → synthesis → place & route → bitstream → hardware this pipeline is the core skill. 6. study real designs read open source projects: • risc-v cores • gpu experiments • network accelerators reverse engineer them. 7. combine fpga with software the real power appears when fpga works with: • embedded cpu • robotics • signal processing • high speed compute fpga sits between software and silicon. once you understand that layer, you start thinking like a hardware architect.

oprydai's tweet photo. how to get started in FPGA

most people start wrong.

they buy a board
open vivado
and immediately get overwhelmed.

fpga is not programming.
it’s hardware design.

you are literally describing circuits.
start like this →

1. understand digital logic
learn:
• logic gates
• flip flops
• combinational vs sequential logic
• finite state machines
• timing

without this, nothing will make sense.

2. learn a hardware description language
pick one:
• verilog
• vhdl
verilog is simpler for beginners.
you are not writing software.
you are describing how hardware should be wired.

3. learn simulation first
before touching hardware.
tools:
• verilator
• modelsim
• iverilog
write simple modules and simulate them.

example progression:
• led blinker
• counter
• uart transmitter
• simple cpu

4. then buy a cheap fpga board
good starter boards:
• basys 3
• icebreaker fpga
• tang nano 9k
don’t start with expensive xilinx boards.

5. learn the full flow
hdl → synthesis → place & route → bitstream → hardware
this pipeline is the core skill.

6. study real designs
read open source projects:
• risc-v cores
• gpu experiments
• network accelerators
reverse engineer them.

7. combine fpga with software the real power appears when fpga works with:
• embedded cpu
• robotics
• signal processing
• high speed compute
fpga sits between software and silicon.

once you understand that layer,

you start thinking like a hardware architect.

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