#LATTICE LSE VS SYNPLIFY PRO SOFTWARE#
Step 1: Select LEDTest and choose Tools > Software DeploymentĤ.1 To initialize LatticeMico8 with LEDTest initialization files:įives, Fives, Fives, Fives, Fives, Fives, Fives,Ĭonfigure the Lattice Diamond EnvironmentĢ. Under Environment, in the left pane of the Options dialog box, select General.ģ. Scratchpad_init.hex is used to initialize latticemico8 scratchpad PROM_INIT.HEX is used to initialize Latticemico8 PROM LEDTest In the ELF file, it has to be converted into a hexadecimal initialization document.
#LATTICE LSE VS SYNPLIFY PRO CODE#
Task 4: Deploy Software Application Code to LatticeMico8 four, four, four, four, four, four, four, Select the left engineering bar Ledtest and Project > Build Project. The first step: File > New > Mico Managed Make C Project. Three, three, three, three, three, three, three, three, three,Ĭreate a C / C ++ software application, C / C ++ is based on Eclipse environment developmentĬlick on the top left tag to open the window soc/platform1.v " 2 module platform1_topĩ // MachX02 internal oscillator generates platform clock 10 wire clk_in ġ1 OSCH OSCH_inst (.OSC(clk_in). The software generates a Platform1_inst.v file containing a template that calls platform1_inst.v, which is useful in the case of this microprocessor is not top-level.ġ ` include ". Now you have to generate a MICO microprocessor platform, here will do two things in the directory "LM8_TUTOR \ Platform1 \ SOC" DIRECTORY ::įor Verilog users, Platform1.v files can contain emulation and instantiation, or right-click in the Editor view and choose Generate Address from the pop-up menu.or click the Generate Base Address button ,.Choose Platform Tools > Generate Address,.To automatically assign component addresses: There are two types of ports: Master Ports and Slave Ports LatticeMico8,Open dialogĭouble click on the left GPIO, open dialogĢ.4 Specify the Connections Between Master and Slave Ports The first step in establishing the project is to add the CPU, double click on the left component column. Not all devices can be applied to all FPGA or CPUs Startup program: Start> program > Lattice Diamond > Accessories > LatticeMico System. Pay attention to the integrated tools Synplify PRO, does not support LSEĪfter completing, the project is built, this part is OK. Task 1: Create a New Lattice Diamond ProjectĪdd a source file, don't add, not the picture.Ĭomprehensive tool selection, no picture. One, One, One, One, One, One, One, One, One, One, You can then use a single-chip microcomputer as a small module in the project, you can also be directly used as a top, compile, define pin, configuration. Go back to Diamond, load the XX_TOP.v file (copy the replication source file to the project directory). After compiling, configure it to store the mirror file to LM8Ĥ, in the MSB, open the processor, load the image, which is equivalent to the sink program of the microcontroller. Write xx_top.v files based on XX_INST.V, you want to include xx.v under the SOC directoryģ, in C / C ++ SPE, build C Engine, knock down the code. (Only click on the toolbar of the toolbar). A combination of a MCU.Īssociated device address, associated interrupt request priority, DRC check, generate LM8. Create a microcontroller platform using the MSB, add Core, select the required peripheral, define the connection. Create a Diamond target device, pay attention to the requirements of the integrated tool manualĢ. C/C++ Software Project Environment (C/C++ SPE)ġ.The LatticeMico System software is composed of three bundled applications: