![vivado use synplify pro vivado use synplify pro](https://hackster.imgix.net/uploads/attachments/1018670/5_NxIOrLFHqM.png)
- #Vivado use synplify pro generator#
- #Vivado use synplify pro serial#
- #Vivado use synplify pro verification#
Logic, RTL Design and Computer Architecture (Verilog, System Verilog, Vhdl) I will be using some of the parts from my Analog Design and Modeling github project.
#Vivado use synplify pro generator#
Digilent Analog Discovery Digital/Analog Oscilloscope plus Signal Generator.Instruments for Debugging and Measurements Microsemi SmartFusion Mixed Signal SoC(FPGA with ARM Cortex M3).Digilent Nexys 3 Xilinx Spartan-6 FPGA Board.Snickerdoodle Zynq Z-7020 ARM/FPGA SoC Development Board.Digilent Zybo Zynq Z-7010 ARM/FPGA SoC Development Board.SoC Design Platforms: Xilinx ISE, Xilinx Vivado/HLS/SDK (SDSoC Development Environment), Microsemi Libero SoC.Simulation: Mentor Graphics Modelsim, Questasim, Cadence Incisive.Synthesis: Synopsys Synplify Pro, Xilinx ISE/Vivado, Synopsys Design Compiler (DC).Domain specific algorithms such as cryptography(AES, DES), image processing, wireless(OFDM), machine learning, deep learning, scientific computing etc.Algorithms such as sorting, searching, scan, reduction, shuffle, run length encoding, etc.Super-scalar processor using above micro-architecture units.Pipelined scalar or vector(SIMD) processor based on a RISC ISA such as ARM 7 or RISC-V using above micro-architecture units.Processor Micro-architecture units: Instruction Fetch, Pre-decode, Decode, ALU(scalar and simd vector), Register File, Register R/W, Register Rename, Dispatch, Retire, Branch predictors, Buffers(Instruction, BTB), Queues(Instruction Issue, Load/Store), DMA IP, DRAM Controller(Memory R/W), Cache Controller, Instruction Cache, Data Cache, Scratch pad shared memory, Coherent cache controller.Direct Digital Synthesizer(DDS) using external DAC.Bidirectional bus master/slave interfaces(mux or tristate based), Bus arbiter for multiple masters.
#Vivado use synplify pro serial#
Serial Interface or Controllers IP such as I2C, SPI, 16450 UART, SERDES (Serializer Deserializer), Digital PLL.DSP Algorithms: 2D or 3D FFT, FIR (CIC etc.) and IIR Filters(Biquad IIR etc.).
![vivado use synplify pro vivado use synplify pro](https://hackster.imgix.net/uploads/attachments/1210814/image_qnhEPp1aA5.png)
#Vivado use synplify pro verification#
Post-Synthesis or Gate Level Functional Verification using Testbenches.Design constraint specification (clock, i/o pin constraints).IP Export and IP Integration (Memory mapped master/slave).C/RTL Co-simulation (Pre-Synthesis or RTL Functional Verification using Testbenches ).C simulation (golden reference stimulus-response generation).Integrable in larger designs through simple handshake interface or as Memory mapped Master/Slave IP on industry standard bus interfaces such as AXI.Built using best practices for design and coding.Also, as much as possible, focus would be to make the hardware models which are: The idea for this repository is to therefore build hardware models in Verilog, SystemVerilog, VHDL, SystemC, HLS(C++,OpenCL) at various levels of abstraction: Logic, RTL,TLM and Behavioral/Algorithmic.
![vivado use synplify pro vivado use synplify pro](https://www.techdesignforums.com/practice/files/2015/02/IP-based-design-with-Synplify-diag-3.jpg)
This repository serves as a means to accomplish some of the ways I had discussed in my answer. Idea of this repo came from my own answer(advice) I wrote for a question on quora: VLSI: What are good ways to learn to get better at digital design?. Digital Hardware Design and Modelling Using Verilog, SystemVerilog, VHDL, SystemC, HLS (C++, OpenCL)