The Educational
MIPS Processor
IDE
Visualize the pipeline, debug hazards in real-time, and bridge the gap between high-level assembly and low-level machine state.
Engineered for Understanding
Cycle-Accuracy
Precise emulation of the MIPS R2000 instruction set with exact timing for every micro-operation.
Pipeline Visualizer
Real-time state tracking across all 5 stages of the pipeline: Fetch, Decode, Execute, Memory, Write-back.
OpenGL Debugger
High-performance graphics layer for step-by-step memory inspection and stack trace visualization.
Memory Mapping
Dynamic address space allocation with support for page fault handling and cache Simulation.
Native Terminal
Integrated UART console for direct interaction with the simulated environment via serial I/O.
Interrupt Handling
Complete support for exception vectors and hardware interrupts with priority scheduling.
CyclopsMIPS
"Currently working on the first stable release of it."
CyclopsMIPS is being redesigned from the ground up to provide the most fluid and robust hardware exploration environment. We are focusing on extreme stability, real-time telemetry, and a polished user experience for computer architects.
CyclopsMIPS Live Demo - Educational Pipeline Visualization
The Power of a Modern IDE,
Applied to Hardware Simulation
CyclopsMIPS leverages C++23 and OpenGL 3.3 to provide a hardware-accelerated interface that remains fluid even during high-frequency simulation. No more laggy web-based tools—experience the raw speed of native code.
Dual-Stack Architecture
A SYMPHONY OF BACKEND LOGIC AND FRONTEND VISUALS
CyclopsCore
THE ENGINE ROOM
CyclopsApp
THE COMMAND CENTER
Build From Source
Ready to contribute? Clone the repository and compile the binaries locally using CMake. Compatible with modern compilers and Windows systems.
https://github.com/Souradeep1101/CyclopsMIPS.git
./out/build/CyclopsMIPS.exe