Quadium 4004 Workbench

Program the Microprocessor That Started It AllLearn how a real microprocessor works by programming, debugging and experimenting with the Intel 4004, the world's first commercial microprocessor.Quadium 4004 Workbench combines a complete development environment with an integrated learning platform, allowing you to write software, inspect microprocessor execution in real time, interact with virtual hardware and even communicate with real devices through USB.Designed for learning, experimentation and development. Quadium is educational engineering software, not a traditional game.ProgramCreate your own Intel 4004 software using an integrated multi-window workbench.Intel 4004 AssemblyQuadBasic (translated into native Intel 4004 machine code)Integrated editorConfigurable workspaceDebugObserve exactly what happens inside the microprocessor as your code executes.Step-by-step executionBreakpointsLive registersRAM and ROM inspectionStack viewerExecution traceExperimentWatch software interact with hardware in real time through a collection of virtual peripherals.LEDsSeven-segment displaysLCD displaysLED matrixKeyboard and switchesPrinterSquare-wave generatorMemory devicesConnect Real HardwareGo beyond simulation by communicating with Arduino-compatible devices over USB, allowing programs running on the Intel 4004 to interact with real electronics.LearnWhether you're discovering assembly language for the first time or exploring one of the most influential microprocessors ever created, Quadium includes everything you need to learn at your own pace. Interactive lessonsGuided LabsProgramming examplesOpcode referenceTips & snippetsIntegrated documentationWho Is It For?Perfect for students, programmers, makers, electronics enthusiasts, retrocomputing fans and anyone interested in computer architecture or low-level programming.No previous knowledge of the Intel 4004 is required.More Than an EmulatorQuadium doesn't just emulate the Intel 4004, it helps you understand it.Follow every instruction, inspect every register, observe every hardware interaction and discover how the microprocessor that started the personal computing revolution really worked.