文件名称:8051_test2
介绍说明－－下载内容均来自于网络，请自行研究使用
利用FPGA实现51IP核的下载和运行，并在下载到FPGA后，在改51IP核上运行自己编写的单片机程序，软核51单片机有利的解决了，硬件51单片机的很多限制，提高了单片机的性能。-FPGA realization of the use of nuclear 51IP download and run, and downloaded to the FPGA after the nuclear 51IP to run their own procedures for the preparation of the single-chip, single-chip soft-core 51 favorable resolved, single-chip hardware of many restrictions 51 to improve the performance of a single chip.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
8051_test2
..........\8051_test.qws
..........\8051_test2.asm.rpt
..........\8051_test2.bdf
..........\8051_test2.done
..........\8051_test2.eda.rpt
..........\8051_test2.fit.rpt
..........\8051_test2.fit.smsg
..........\8051_test2.fit.summary
..........\8051_test2.flow.rpt
..........\8051_test2.map.rpt
..........\8051_test2.map.summary
..........\8051_test2.pin
..........\8051_test2.pof
..........\8051_test2.qpf
..........\8051_test2.qsf
..........\8051_test2.qws
..........\8051_test2.sof
..........\8051_test2.tan.rpt
..........\8051_test2.tan.summary
..........\8051的内核(vhdl).zip
..........\doc
..........\...\8051_overview.pdf
..........\...\comp_orig_ipcore.pdf
..........\...\mc8051_overview.pdf
..........\...\mc8051_user_guide.pdf
..........\keilc51
..........\.......\p1test
..........\.......\p1test.c
..........\.......\p1test.hex
..........\.......\p1test.lnp
..........\.......\p1test.LST
..........\.......\p1test.M51
..........\.......\p1test.OBJ
..........\.......\p1test.Opt
..........\.......\p1test.plg
..........\.......\p1test.Uv2
..........\.......\p1test_Opt.Bak
..........\.......\p1test_Uv2.Bak
..........\.......\test
..........\.......\....\test.LST
..........\.......\test.c
..........\.......\test.hex
..........\.......\test.lnp
..........\.......\test.LST
..........\.......\test.M51
..........\.......\test.OBJ
..........\.......\test.Opt
..........\.......\test.plg
..........\.......\test.Uv2
..........\.......\test_Opt.Bak
..........\.......\test_Uv2.Bak
..........\.......\time0.c
..........\.......\tmr0
..........\.......\tmr0.hex
..........\.......\tmr0.lnp
..........\.......\tmr0.M51
..........\.......\tmr0.plg
..........\mc8051_core.bsf
..........\mc8051_ram.bsf
..........\mc8051_ram.cmp
..........\mc8051_ram.vhd
..........\mc8051_ramx.bsf
..........\mc8051_ramx.cmp
..........\mc8051_ramx.vhd
..........\mc8051_ramx_waveforms.html
..........\mc8051_ram_waveforms.html
..........\mc8051_rom.bsf
..........\mc8051_rom.cmp
..........\mc8051_rom.vhd
..........\mc8051_rom_waveforms.html
..........\p1test.hex
..........\quartus_nativelink_synthesis.log
..........\setup.tcl
..........\simulation
..........\..........\modelsim
..........\..........\........\8051_test2.vho
..........\..........\........\8051_test2_modelsim.xrf
..........\..........\........\8051_test2_vhd.sdo
..........\syntmp.msg
..........\vhdl
..........\....\addsub_core_.vhd
..........\....\addsub_core_struc.vhd
..........\....\addsub_core_struc_cfg.vhd
..........\....\addsub_cy_.vhd
..........\....\addsub_cy_rtl.vhd
..........\....\addsub_cy_rtl_cfg.vhd
..........\....\addsub_ovcy_.vhd
..........\....\addsub_ovcy_rtl.vhd
..........\....\addsub_ovcy_rtl_cfg.vhd
..........\....\alucore_.vhd
..........\....\alucore_rtl.vhd
..........\....\alucore_rtl_cfg.vhd
..........\....\alumux_.vhd
..........\....\alumux_rtl.vhd
..........\8051_test.qws
..........\8051_test2.asm.rpt
..........\8051_test2.bdf
..........\8051_test2.done
..........\8051_test2.eda.rpt
..........\8051_test2.fit.rpt
..........\8051_test2.fit.smsg
..........\8051_test2.fit.summary
..........\8051_test2.flow.rpt
..........\8051_test2.map.rpt
..........\8051_test2.map.summary
..........\8051_test2.pin
..........\8051_test2.pof
..........\8051_test2.qpf
..........\8051_test2.qsf
..........\8051_test2.qws
..........\8051_test2.sof
..........\8051_test2.tan.rpt
..........\8051_test2.tan.summary
..........\8051的内核(vhdl).zip
..........\doc
..........\...\8051_overview.pdf
..........\...\comp_orig_ipcore.pdf
..........\...\mc8051_overview.pdf
..........\...\mc8051_user_guide.pdf
..........\keilc51
..........\.......\p1test
..........\.......\p1test.c
..........\.......\p1test.hex
..........\.......\p1test.lnp
..........\.......\p1test.LST
..........\.......\p1test.M51
..........\.......\p1test.OBJ
..........\.......\p1test.Opt
..........\.......\p1test.plg
..........\.......\p1test.Uv2
..........\.......\p1test_Opt.Bak
..........\.......\p1test_Uv2.Bak
..........\.......\test
..........\.......\....\test.LST
..........\.......\test.c
..........\.......\test.hex
..........\.......\test.lnp
..........\.......\test.LST
..........\.......\test.M51
..........\.......\test.OBJ
..........\.......\test.Opt
..........\.......\test.plg
..........\.......\test.Uv2
..........\.......\test_Opt.Bak
..........\.......\test_Uv2.Bak
..........\.......\time0.c
..........\.......\tmr0
..........\.......\tmr0.hex
..........\.......\tmr0.lnp
..........\.......\tmr0.M51
..........\.......\tmr0.plg
..........\mc8051_core.bsf
..........\mc8051_ram.bsf
..........\mc8051_ram.cmp
..........\mc8051_ram.vhd
..........\mc8051_ramx.bsf
..........\mc8051_ramx.cmp
..........\mc8051_ramx.vhd
..........\mc8051_ramx_waveforms.html
..........\mc8051_ram_waveforms.html
..........\mc8051_rom.bsf
..........\mc8051_rom.cmp
..........\mc8051_rom.vhd
..........\mc8051_rom_waveforms.html
..........\p1test.hex
..........\quartus_nativelink_synthesis.log
..........\setup.tcl
..........\simulation
..........\..........\modelsim
..........\..........\........\8051_test2.vho
..........\..........\........\8051_test2_modelsim.xrf
..........\..........\........\8051_test2_vhd.sdo
..........\syntmp.msg
..........\vhdl
..........\....\addsub_core_.vhd
..........\....\addsub_core_struc.vhd
..........\....\addsub_core_struc_cfg.vhd
..........\....\addsub_cy_.vhd
..........\....\addsub_cy_rtl.vhd
..........\....\addsub_cy_rtl_cfg.vhd
..........\....\addsub_ovcy_.vhd
..........\....\addsub_ovcy_rtl.vhd
..........\....\addsub_ovcy_rtl_cfg.vhd
..........\....\alucore_.vhd
..........\....\alucore_rtl.vhd
..........\....\alucore_rtl_cfg.vhd
..........\....\alumux_.vhd
..........\....\alumux_rtl.vhd