Description: NCS processor micro-controller design method, introduced micro-program controller circuit and the basic characteristics of the work used in the design, such as: Multi-entry address input, both inside and outside the code-switching, blocking mechanisms to improve the controller performance methods, and identified the work of the clock circuits, data path and control path. Finally, the success of the micro-program controller design is the key to the design of high-performance CPU.
- [wcxkzq] - Computer systems, curriculum design micr
- [combine_module] - The code according to Baotou, including
- [MANIK] - MANIK is a 32 bit RISC Microprocessor. T
- [cpu_defs] - This is a micro-program controller desig
File list (Check if you may need any files):
下载测试CPU
...........\cpu16
...........\.....\alu.cmd_log
...........\.....\alu.lso
...........\.....\alu.ngc
...........\.....\alu.ngr
...........\.....\alu.prj
...........\.....\alu.stx
...........\.....\alu.syr
...........\.....\ALU.vhdl
...........\.....\alu_wave.ANT
...........\.....\alu_wave.fdo
...........\.....\alu_wave.tbw
...........\.....\alu_wave.udo
...........\.....\alu_wave.vhw
...........\.....\automake.log
...........\.....\bitgen.ut
...........\.....\clock_control.cmd_log
...........\.....\clock_control.lso
...........\.....\clock_control.ngc
...........\.....\clock_control.ngr
...........\.....\clock_control.prj
...........\.....\clock_control.stx
...........\.....\clock_control.syr
...........\.....\clock_control.vhdl
...........\.....\clock_control_wave.ANT
...........\.....\clock_control_wave.fdo
...........\.....\clock_control_wave.tbw
...........\.....\clock_control_wave.udo
...........\.....\clock_control_wave.vhw
...........\.....\code_control.cmd_log
...........\.....\code_control.lso
...........\.....\code_control.ngc
...........\.....\code_control.ngr
...........\.....\code_control.prj
...........\.....\code_control.stx
...........\.....\code_control.syr
...........\.....\code_control.vhdl
...........\.....\code_control_wave.ANT
...........\.....\code_control_wave.fdo
...........\.....\code_control_wave.tbw
...........\.....\code_control_wave.udo
...........\.....\code_control_wave.vhw
...........\.....\coregen.log
...........\.....\coregen.prj
...........\.....\cpu_16.bgn
...........\.....\cpu_16.bit
...........\.....\cpu_16.bld
...........\.....\cpu_16.cmd_log
...........\.....\CPU_16.dhp
...........\.....\cpu_16.drc
...........\.....\cpu_16.lso
...........\.....\cpu_16.mrp
...........\.....\cpu_16.nc1
...........\.....\cpu_16.ncd
...........\.....\cpu_16.ngc
...........\.....\cpu_16.ngd
...........\.....\cpu_16.ngm
...........\.....\cpu_16.ngr
...........\.....\CPU_16.npl
...........\.....\cpu_16.pad
...........\.....\cpu_16.pad_txt
...........\.....\cpu_16.par
...........\.....\cpu_16.pcf
...........\.....\cpu_16.placed_ncd_tracker
...........\.....\cpu_16.prj
...........\.....\cpu_16.routed_ncd_tracker
...........\.....\cpu_16.stx
...........\.....\cpu_16.syr
...........\.....\cpu_16.twr
...........\.....\cpu_16.twx
...........\.....\cpu_16.ucf
...........\.....\cpu_16.ucf.untf
...........\.....\cpu_16.ut
...........\.....\CPU_16.vhdl
...........\.....\cpu_16.xpi
...........\.....\cpu_16_last_par.ncd
...........\.....\cpu_16_map.ncd
...........\.....\cpu_16_map.ngm
...........\.....\cpu_16_pad.csv
...........\.....\cpu_16_pad.txt
...........\.....\CPU_16_wave.ANT
...........\.....\CPU_16_wave.fdo
...........\.....\cpu_16_wave.tbw
...........\.....\CPU_16_wave.udo
...........\.....\CPU_16_wave.vhw
...........\.....\memery_control.cmd_log
...........\.....\memery_control.lso
...........\.....\memery_control.ngc
...........\.....\memery_control.ngr
...........\.....\memery_control.prj
...........\.....\memery_control.stx
...........\.....\memery_control.syr
...........\.....\memery_control.vhdl
...........\.....\memery_control_wave.ANT
...........\.....\memery_control_wave.fdo
...........\.....\memery_control_wave.tbw
...........\.....\memery_control_wave.udo
...........\.....\memery_control_wave.vhw
...........\.....\pepExtractor.prj