A place to keep my synthesizable verilog examples.
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Updated
May 19, 2026 - Verilog
A place to keep my synthesizable verilog examples.
This repository collects all information about TPU architecture, programming, and provides tutorials.
Structured disclosure and Mach-O dissection of Apple A18 Always-On (AON) processor design.
XMM Architecture: An open hardware specification for decentralized, high-bandwidth compute-attached memory.
My work on the project-based course NAND2TETRIS.
Enterprise-grade IoT platform for real-time waste bin telemetry. Uses ESP32, HC-SR04 sensors, and MQTT to orchestrate live dashboards, Python simulations, PDF reporting, and automated fleet dispatching. Replaces static waste collection with data-driven routing.
Enterprise-grade IoT platform for live AC power profiling. Utilizes ESP32 edge processing, MQTT, and a Python analytics engine to monitor True-RMS voltage/current, predict billing costs, and prevent circuit overloads via automated relay actuation and a live Chart.js web dashboard.
NexGen-AI SoC chiplet architecture design
The AGX Oberon project is documentation for a new type of high level computer architecture using PS5 silicon to build a powerful mini-supercomputer, using AMD and/or Nvidia GPU hardware for LLM, at an considerably lower cost.
Diseño IoT de mascota virtual implementando Máquina de Estados (finite state machine) en una Placa de Desarrollo ESP32 con Pantalla Táctil de 2.8 Pulgadas programada en C++, con buffer gráfico en RAM y comunicación bidireccional Bluetooth con cliente Android.
Fluid-based computing architecture simulation engine exploring MHD-dendrite core logic, frequency-addressed associative memory, and Kuramoto-synchronized clock systems to bypass the von Neumann bottleneck.
Verilog-based comparison of LUT vs MAC inference pipelines with event-driven latency measurement and cycle-accurate analysis
A theoretical hardware architecture framework for the post-silicon era based on on radiation-evacuated lithium niobate on sapphire (LNOS)
An automotive IoT prototype utilizing an ATmega328 microcontroller and LDR sensors to automatically dim headlights and prevent high-beam glare (Troxler Effect). Architected for integration with Adaptive Driving Beam (ADB) systems to enhance night-time road safety.
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