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  1. 1
    Qwenputer: A RISC-V CPU Running Inside Qwen3.5●Qwenputer: A functioning, deterministic RISC-V CPU inside Qwen3.5YhnHealthNutrition70510 d ago

    A project called Qwenputer demonstrates a functioning, deterministic RISC-V CPU implemented inside Qwen3.5, showing that the model can simulate real processor behaviour rather than just generate text. The claim of deterministic execution is what is drawing attention, since large language models are usually probabilistic and prone to drift on long computations.

  2. 2
    New European RISC-V Industrial Computing Initiative launched●European RISC-V Industrial Computing InitiativeYhn17811 d ago

    A European RISC-V Industrial Computing Initiative has launched, aiming to advance open-standard RISC-V processor technology for industrial computing applications across Europe. The initiative, accessible at erici.eu, reflects growing European efforts to build sovereign, open-source hardware capabilities and reduce dependence on non-European chip architectures. Interest is concentrated among developers and hardware engineers following its announcement.

  3. 3
    RISC-V compute module fits ESP32-P4 into Raspberry Pi carriers●🦾 RISC-V compute module brings ESP32-P4 to Raspberry Pi CM4/CM5 carriers ｢ Unlike conventional Raspberry Pi Compute ModuMmastodonTechnologySoftware312 d ago

    A new compute module, the SCINTIX P4, brings Espressif's ESP32-P4 chip to carrier boards designed for Raspberry Pi CM4 and CM5 modules. Unlike those modules, which typically run Linux, it runs bare-metal code or an RTOS firmware, with its dual board-to-board connectors matching the Raspberry Pi mechanical layout. The announcement is drawing attention from embedded systems hobbyists interested in RISC-V development on existing hardware.

  4. 4
    AI model runs DOOM on a RISC-V CPU built into its weights●AI model gets a 32-bit RISC-V CPU compiled directly into its weights, then runs DOOM on it https:// fed.brid.gy/r/https:MmastodonTechnologyAI012 d ago

    An engineer has compiled a functional 32-bit RISC-V CPU directly into the weights of a Qwen 3.5 4B large language model, and used it to run the classic game DOOM. The unusual experiment blurs the line between neural networks and traditional computing hardware, and it is drawing attention for demonstrating that model weights can be made to behave like executable digital circuits.

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