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FPGA DESIGN FLOW.pdf

The document outlines the FPGA design flow process which includes: 1) Design entry using HDL or schematic entry, 2) Synthesis to create a netlist, 3) Implementation including translating, mapping, placing and routing the design on the FPGA, and 4) Configuration and programming the FPGA with the bitstream.

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For Academic Use Only Presentation Name 1 FPGA Design Flow
For Academic Use Only Presentation Name 2 Sintesi
For Academic Use Only Presentation Name 3 Translate
For Academic Use Only Presentation Name 4 Circuit netlist Netlist: A text description of the circuit connectivity. It is basically a list of connectors, a list of instances, and, for each instance, a list of the signals connected to the instance terminals. In addition, the netlist contains attribute information.
For Academic Use Only Presentation Name 5 Mapping
For Academic Use Only Presentation Name 6 Placing
For Academic Use Only Presentation Name 7 Routing
For Academic Use Only Presentation Name 8 Static timing analyzer
For Academic Use Only Presentation Name 9 Static timing analyzer
For Academic Use Only Presentation Name 10 Static timing analyzer
For Academic Use Only Presentation Name 11 Configuration
ISE Software Flow ! " # $ %
For Academic Use Only Presentation Name 13 Outline • & ' • # ' • & • • # (
For Academic Use Only Presentation Name 14 Foundation Series ISE • ! & & ' & ( ' ) • ! * $ + , $ - . . . / 0 1 2. • ! 3 / 4 * 5 &
For Academic Use Only Presentation Name 15 Translate Map Place & Route Xilinx Design Flow Plan & Budget HDL RTL Simulation Synthesize to create netlist Functional Simulation Create Bit File Attain Timing Closure Timing Simulation Implement Create Code/ Schematic
For Academic Use Only Presentation Name 16 Advanced design management through project navigator • 3 6 • • " ( 7 ' 7 & 7 7 & 7
For Academic Use Only Presentation Name 17 Processes and Tools & ( % Step 1:Design Step 2: Synthesize to create netlist Step 3: Implement design Step 4: Configuration
For Academic Use Only Presentation Name 18 Context Sensitive Flow ) 8 9 ! !
For Academic Use Only Presentation Name 19 ISE Push Button Flow • & :: • & : 2 1 " " # $ # $ % % 3
For Academic Use Only Presentation Name 20 Design Entry • 6 * # • 0 ( * 5 # 7 " $ ; ) • $ ) ( ' # ! 4 ! " 7 * & & ! " 4 & 0 • & ( % < & # # ' ! ! ( " ! ) ) )
For Academic Use Only Presentation Name 21 Schematic Source File • ( * = / ( & & • 4 3 • 5 # % ( • 3 > 7 0 / # ?
For Academic Use Only Presentation Name 22 Options and Symbols • ) • ' & • & / ! • 7 @ . + . A , . - B . 7 . + . A , . - B . • 0 ( 7 ! ( (
For Academic Use Only Presentation Name 23 HDL Source File • 0 5 # 7 ? 5 # 2) 7 ? 2) 7 " ' :5 # 2 • & (
For Academic Use Only Presentation Name 24 Xilinx CORE Generator System GUI Core type, version, device support, and vendor Cores can be organized by function, vendor, or device family
For Academic Use Only Presentation Name 25 Core Customize Window Parameters tab allows you to customize the core Contact tab provides information about the vendor Data sheet access Core Overview tab provides version information and a brief functional description
For Academic Use Only Presentation Name 26 • & ' ) * • & • & & C • ( : • ! " " ( • & ' ! ( • 4 & 0 4 & 0 5.1i Synthesis Solutions
For Academic Use Only Presentation Name 27 XST Flow To Implementation Tools Synthesis Report File Synthesis Technology Specific Optimization Supported Families: Virtex XC9500 Virtex-E XC9500XL Virtex-II XC9500XV Virtex-IIPro CoolRunner Spartan-II CoolRunner-II Spartan-IIE Constraints VHDL Verilog .LOG .NGC ISE 5.1i PC & WS
For Academic Use Only Presentation Name 28 Xilinx Implementation • • 0 ) 7 @ 7 0 7 ! 7 ! " ' 7 < Translate Map Place & Route Implement . . . . . .
For Academic Use Only Presentation Name 29 What is Implementation? • = 8 6 @ 9 • 7 7 7 • ' ( 4 ! ! " ' 4 ( : 6 @
For Academic Use Only Presentation Name 30 Implement • ' ) ( ) : : 7 0 D : 7 D ! D ( ! " ' 7 6 @ D & D ! ) ( D ! " ' ) ( D " ; (
For Academic Use Only Presentation Name 31 Download • ! " 7 0 * 0 2 • 0 0 ( ! " ) @ (
For Academic Use Only Presentation Name 32 Program the FPGA • 0 ( ( ! " 7 0 @ ) D E ( @ ( 7 # D 3 " 0

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In this document
Powered by AI

Introduction to FPGA design flow concepts including synthesis, mapping, and translation.

Explanation of circuit netlist describing connectivity and components such as instances and signals.

Overview of key steps in FPGA design: mapping, placing, routing, and static timing analysis.

Introduction to ISE software tool used in FPGA design and implementation processes.

Detailed steps of the Xilinx design flow, including HDL planning, simulation, synthesis, and timing closure.

Overview of advanced design management using project navigator for organizing design tasks.

Step-by-step implementation process including design, synthesis, configuration, and context-sensitive flows.Various methods for entering design including schematic source files, HDL files, and options.

Insights into Xilinx CORE generator system for generating core functions with customization options.

Discussion on synthesis tools, optimization techniques, and the implementation processes in Xilinx.

Definition of implementation process in FPGA, including downloading and programming the FPGA.

FPGA DESIGN FLOW.pdf

  • 1.
    For Academic UseOnly Presentation Name 1 FPGA Design Flow
  • 2.
    For Academic UseOnly Presentation Name 2 Sintesi
  • 3.
    For Academic UseOnly Presentation Name 3 Translate
  • 4.
    For Academic UseOnly Presentation Name 4 Circuit netlist Netlist: A text description of the circuit connectivity. It is basically a list of connectors, a list of instances, and, for each instance, a list of the signals connected to the instance terminals. In addition, the netlist contains attribute information.
  • 5.
    For Academic UseOnly Presentation Name 5 Mapping
  • 6.
    For Academic UseOnly Presentation Name 6 Placing
  • 7.
    For Academic UseOnly Presentation Name 7 Routing
  • 8.
    For Academic UseOnly Presentation Name 8 Static timing analyzer
  • 9.
    For Academic UseOnly Presentation Name 9 Static timing analyzer
  • 10.
    For Academic UseOnly Presentation Name 10 Static timing analyzer
  • 11.
    For Academic UseOnly Presentation Name 11 Configuration
  • 12.
  • 13.
    For Academic UseOnly Presentation Name 13 Outline • & ' • # ' • & • • # (
  • 14.
    For Academic UseOnly Presentation Name 14 Foundation Series ISE • ! & & ' & ( ' ) • ! * $ + , $ - . . . / 0 1 2. • ! 3 / 4 * 5 &
  • 15.
    For Academic UseOnly Presentation Name 15 Translate Map Place & Route Xilinx Design Flow Plan & Budget HDL RTL Simulation Synthesize to create netlist Functional Simulation Create Bit File Attain Timing Closure Timing Simulation Implement Create Code/ Schematic
  • 16.
    For Academic UseOnly Presentation Name 16 Advanced design management through project navigator • 3 6 • • " ( 7 ' 7 & 7 7 & 7
  • 17.
    For Academic UseOnly Presentation Name 17 Processes and Tools & ( % Step 1:Design Step 2: Synthesize to create netlist Step 3: Implement design Step 4: Configuration
  • 18.
    For Academic UseOnly Presentation Name 18 Context Sensitive Flow ) 8 9 ! !
  • 19.
    For Academic UseOnly Presentation Name 19 ISE Push Button Flow • & :: • & : 2 1 " " # $ # $ % % 3
  • 20.
    For Academic UseOnly Presentation Name 20 Design Entry • 6 * # • 0 ( * 5 # 7 " $ ; ) • $ ) ( ' # ! 4 ! " 7 * & & ! " 4 & 0 • & ( % < & # # ' ! ! ( " ! ) ) )
  • 21.
    For Academic UseOnly Presentation Name 21 Schematic Source File • ( * = / ( & & • 4 3 • 5 # % ( • 3 > 7 0 / # ?
  • 22.
    For Academic UseOnly Presentation Name 22 Options and Symbols • ) • ' & • & / ! • 7 @ . + . A , . - B . 7 . + . A , . - B . • 0 ( 7 ! ( (
  • 23.
    For Academic UseOnly Presentation Name 23 HDL Source File • 0 5 # 7 ? 5 # 2) 7 ? 2) 7 " ' :5 # 2 • & (
  • 24.
    For Academic UseOnly Presentation Name 24 Xilinx CORE Generator System GUI Core type, version, device support, and vendor Cores can be organized by function, vendor, or device family
  • 25.
    For Academic UseOnly Presentation Name 25 Core Customize Window Parameters tab allows you to customize the core Contact tab provides information about the vendor Data sheet access Core Overview tab provides version information and a brief functional description
  • 26.
    For Academic UseOnly Presentation Name 26 • & ' ) * • & • & & C • ( : • ! " " ( • & ' ! ( • 4 & 0 4 & 0 5.1i Synthesis Solutions
  • 27.
    For Academic UseOnly Presentation Name 27 XST Flow To Implementation Tools Synthesis Report File Synthesis Technology Specific Optimization Supported Families: Virtex XC9500 Virtex-E XC9500XL Virtex-II XC9500XV Virtex-IIPro CoolRunner Spartan-II CoolRunner-II Spartan-IIE Constraints VHDL Verilog .LOG .NGC ISE 5.1i PC & WS
  • 28.
    For Academic UseOnly Presentation Name 28 Xilinx Implementation • • 0 ) 7 @ 7 0 7 ! 7 ! " ' 7 < Translate Map Place & Route Implement . . . . . .
  • 29.
    For Academic UseOnly Presentation Name 29 What is Implementation? • = 8 6 @ 9 • 7 7 7 • ' ( 4 ! ! " ' 4 ( : 6 @
  • 30.
    For Academic UseOnly Presentation Name 30 Implement • ' ) ( ) : : 7 0 D : 7 D ! D ( ! " ' 7 6 @ D & D ! ) ( D ! " ' ) ( D " ; (
  • 31.
    For Academic UseOnly Presentation Name 31 Download • ! " 7 0 * 0 2 • 0 0 ( ! " ) @ (
  • 32.
    For Academic UseOnly Presentation Name 32 Program the FPGA • 0 ( ( ! " 7 0 @ ) D E ( @ ( 7 # D 3 " 0