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MP3 playback on a custom Linux RISC-V FPGA SoC. What more could you want?

Logic Destroyer — Proven in Silicon.

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22,279 görüntüleme • 2 ay önce •via X (Twitter)

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Allow me to introduce my RISC-V #KianV machine, which boots #Linux on the FPGA with SDRAM. It's a simple design, but powerful. Starting with my vacation. How awesome... Linux and RISC-V forever... #Verilog is my life. #riscv

Allow me to introduce my RISC-V #KianV machine, which boots #Linux on the FPGA with SDRAM. It's a simple design, but powerful. Starting with my vacation. How awesome... Linux and RISC-V forever... #Verilog is my life. #riscv

Logic Destroyer

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Wrote a brutal C++23 CPU monitor for my KianV RISC-V Linux SoC on FPGA. It uses 8 GPIO LEDs to show live CPU load. Clean modern C++, signal-safe shutdown, no mercy , just pure hardware feedback.

Wrote a brutal C++23 CPU monitor for my KianV RISC-V Linux SoC on FPGA. It uses 8 GPIO LEDs to show live CPU load. Clean modern C++, signal-safe shutdown, no mercy , just pure hardware feedback.

Logic Destroyer

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I can't believe I dared to do it: an iCE40HX8K FPGA that boots a mainline 6.13.0-rc1 #Linux kernel via OpenSBI, running 100% KianV SV32 (MMU) RV32IMA Zicntr Zicsr Zifencei SSTC RISC-V. Incredible... amazing board, thanks to Machdyne UG's Kuchen iCE40HX8K FPGA board. #ice40 RISC-V International YosysHQ

I can't believe I dared to do it: an iCE40HX8K FPGA that boots a mainline 6.13.0-rc1 #Linux kernel via OpenSBI, running 100% KianV SV32 (MMU) RV32IMA Zicntr Zicsr Zifencei SSTC RISC-V. Incredible... amazing board, thanks to Machdyne UG's Kuchen iCE40HX8K FPGA board. #ice40 RISC-V International YosysHQ

Logic Destroyer

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Bro... it's kind of crazy. You build a Linux SoC from scratch on an FPGA, get Linux running on it, and your original goal was simply to run a C64 emulator on your own Linux system. KianV StealthV.

Bro... it's kind of crazy. You build a Linux SoC from scratch on an FPGA, get Linux running on it, and your original goal was simply to run a C64 emulator on your own Linux system. KianV StealthV.

Logic Destroyer — Proven in Silicon.

11,710 görüntüleme • 1 ay önce

Back in May 2022, when I got my first program running on a bare-metal RISC-V SoC that fits into an iCE40HX1K FPGA with only 1280 LUTs... that was some crazy shit!

Back in May 2022, when I got my first program running on a bare-metal RISC-V SoC that fits into an iCE40HX1K FPGA with only 1280 LUTs... that was some crazy shit!

logic destroyer

20,086 görüntüleme • 1 yıl önce

It’s still crazy that an iCE40HX8K FPGA runs the Linux 6.15-rc1 mainline kernel with networking. It’s crazy. KianV RISC-V has lost its innocence.

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logic destroyer

17,416 görüntüleme • 1 yıl önce

Yo, testing KianV StealthV on the Genesis 2 now with 1 GB of RAM and 100 MHz. This feels fucking awesome. DDR RAM is pure porn. Custom RISC-V Linux running on my own five-stage pipeline CPU. What more could you want? Of course, a badass out-of-order core is coming later. It's still in the design phase, though.

Yo, testing KianV StealthV on the Genesis 2 now with 1 GB of RAM and 100 MHz. This feels fucking awesome. DDR RAM is pure porn. Custom RISC-V Linux running on my own five-stage pipeline CPU. What more could you want? Of course, a badass out-of-order core is coming later. It's still in the design phase, though.

Logic Destroyer — Proven in Silicon.

21,848 görüntüleme • 2 ay önce

Let's write C++23 code in an academic style. I aim to implement a modern C++ threading example using 100 threads—both with and without mutex protection—on my self-designed, from-scratch RISC-V Linux SoC, KianV

Let's write C++23 code in an academic style. I aim to implement a modern C++ threading example using 100 threads—both with and without mutex protection—on my self-designed, from-scratch RISC-V Linux SoC, KianV

Logic Destroyer

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Logic Destroyer. ULX3S in hand. Oakleys on. Texture Gouraud Shading running on his own KianV RISC V SoC. Witness this is what Logic Destroyer looks like.

Logic Destroyer. ULX3S in hand. Oakleys on. Texture Gouraud Shading running on his own KianV RISC V SoC. Witness this is what Logic Destroyer looks like.

Logic Destroyer

15,976 görüntüleme • 1 yıl önce

Getting started with Hardware Design is as easy as 1, 2, 3, 4... 1. Draw the circuit using building blocks. 2. Map the inputs and output to FPGA pins. 3. Verify and Build. 4. Upload to the board! And you can do pretty serious stuff with this. While we start with iCEStudio (visual blocks based design) we don't have to stick to that. We can just as well write hardware using HDL and fire the compiler etc ourselves. The LUT count on the FPGA is enough to deploy a tiny RISC-V based SoC! Yes! From the Basics of Digital Electronics to customizing a RISC-V based SoC - Soan Papdi is your companion on the journey! Lectures on the basics will be uploaded to YouTube. Lectures on CPU/SoC related topics will be made available to the Library Subscribers. + You can learn more about Soan Papdi FPGA here: + You can join the Library Access with a 70% Discount here: IMPORTANT: We will revise the prices of Library Access, effective 9th Feb.

Getting started with Hardware Design is as easy as 1, 2, 3, 4... 1. Draw the circuit using building blocks. 2. Map the inputs and output to FPGA pins. 3. Verify and Build. 4. Upload to the board! And you can do pretty serious stuff with this. While we start with iCEStudio (visual blocks based design) we don't have to stick to that. We can just as well write hardware using HDL and fire the compiler etc ourselves. The LUT count on the FPGA is enough to deploy a tiny RISC-V based SoC! Yes! From the Basics of Digital Electronics to customizing a RISC-V based SoC - Soan Papdi is your companion on the journey! Lectures on the basics will be uploaded to YouTube. Lectures on CPU/SoC related topics will be made available to the Library Subscribers. + You can learn more about Soan Papdi FPGA here: + You can join the Library Access with a 70% Discount here: IMPORTANT: We will revise the prices of Library Access, effective 9th Feb.

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Strap on our Troy Lee Designs enduro gloves and shred that donut with the gyro pure C on the KianV RISC-V HDMI SoC.

Strap on our Troy Lee Designs enduro gloves and shred that donut with the gyro pure C on the KianV RISC-V HDMI SoC.

logic destroyer

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KianV Stealth Linux RISC-V SoC. First bring-up with a 5-stage pipeline CPU and GShare branch prediction. Running at 25 MHz for now during bring-up, but already timing clean at 50 MHz. Ported my old SoC parts like SDRAM controller and UART to the new pipeline core. Caches are still primitive, memory is single-beat and one clock domain only. Tons of potential left. Fun summer ahead.

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Forget GPUs. Map the RISC-V register file to HDMI, use it as a framebuffer, and blast RISC-V across the screen on a kianV bare-metal beast. Dave W Plummer

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