A CPU that aims to be binary compatible with the 8086 ISA, focused on optimisation and flexibility.
boot_code | ||
readme_files | ||
system | ||
.gitignore | ||
8086_documentation.md | ||
common.mk | ||
COPYING | ||
gtkwave_savefile.gtkw | ||
Makefile | ||
README.md |
A CPU that aims to be binary compatible with the 8086 and with as many optimisations as possible
Progress
- Executing code
- Is Turing complete
- Can boot up MS-DOS / FreeDOS
- Is completely binary compatible
- Is pipelined
- Is Out of Order
- Is superscalar
- Has been successfully synthesized
Simulating it
Both Verilator and Icarus Verilog can be used for simulation. You can select which one you want with the SIM variable on common.mk Specifically this list shows the software needed and the versions used during development (other versions should work as well)
- Icarus Verilog : version 11.0 OR (preferred) Verilator : 5.006
- bin86 : 0.16.21
- GNU Make : 4.4.1
- xxd : 2022-01-14
- POSIX coreutils : GNU coreutils 9.1
After that you can run make
on the top level directory and it should build everything and start the simulation
License
All parts of this project are licensed under the GNU General Public License version 3 or later