NaxRiscv
Introduction
NaxRiscv
Project development and status
Why a OoO core targeting FPGA
Additional resources
Pipeline
How to use
Hardware description
Acknowledgment
Funding
Frontend
Decoder
Physical register allocation
Architectural to physical
Physical to ROB ID
Dispatch / Issue
Execution units
Custom instruction
SIMD add
Plugin implementation
NaxRiscv generation
Software test
Simulation
Conclusion
Hardcore way
Memory system
Load store unite
MMU
Coherency
L2 cache
Branch prediction
Fetch prediction
Decode prediction
Jump/branch circular buffer
Backend
Commit
Register file
Dual-port based
Latch based
Simulation
Introduction
Spike
Multi core simulation
Performance and Area
RV32
RV64
Notes
How to run the benchmark
Abstractions / HDL
Framework
Plugin tasks
Service definition
Service implementation
Service usage
Service Pipeline definition
Service Pipeline usage
Execution units
ShiftPlugin
Pipeline
State machine API
Automated multiport memory transformation
Misc
Jtag / OpenOCD / GDB
Security
Side channel attack
How to reproduce
Hardware
Litex
Digilent nexys video
Putting debian on the SDCARD
Generating everything from scratch
ASIC
Generating verilog
OpenRam
OpenLane
Setup / how to reproduce
Running simulation
Results
Issues
NaxRiscv
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Introduction
NaxRiscv
Pipeline
How to use
Hardware description
Acknowledgment
Funding
Frontend
Decoder
Physical register allocation
Architectural to physical
Physical to ROB ID
Dispatch / Issue
Execution units
Custom instruction
Memory system
Load store unite
MMU
Coherency
L2 cache
Branch prediction
Fetch prediction
Decode prediction
Jump/branch circular buffer
Backend
Commit
Register file
Simulation
Introduction
Spike
Multi core simulation
Performance and Area
RV32
RV64
Notes
How to run the benchmark
Abstractions / HDL
Framework
Pipeline
State machine API
Automated multiport memory transformation
Misc
Jtag / OpenOCD / GDB
Security
Hardware
Litex
ASIC