仅对英特尔可见 — GUID: mwh1409960093159
Ixiasoft
2.1. 何时使用Netlist Viewer:分析设计问题
2.2. 使用Netlist Viewers的 Intel® Quartus® Prime设计流程
2.3. RTL Viewer概述
2.4. State Machine Viewer Overview
2.5. Technology Map Viewer概述
2.6. Netlist Viewer用户接口
2.7. 原理图视图
2.8. State Machine Viewer
2.9. 交叉探查Source Design File和其他 Intel® Quartus® Prime Windows
2.10. 从其他 Intel® Quartus® Prime窗口交叉探查Netlist Viewer
2.11. 查看时序路径
2.12. 优化设计网表修订历史
3.5.5.1. 优化源代码
3.5.5.2. 改善Register-to-Register时序
3.5.5.3. 物理综合优化
3.5.5.4. 关闭Extra-Effort Power优化设置
3.5.5.5. 优化关于速度而非面积的综合
3.5.5.6. 综合期间展开层级结构
3.5.5.7. Synthesis Effort设置为High
3.5.5.8. Change State Machine Encoding
3.5.5.9. 复制扇出控制逻辑
3.5.5.10. 防止Shift Register推断
3.5.5.11. 使用Synthesis Tool中的其他可用综合选项
3.5.5.12. Fitter Seed
3.5.5.13. 将Router Timing Optimization设置为Maximum
5.1.1. 启动Chip Planner
5.1.2. Chip Planner GUI组件
5.1.3. 查看特定体系结构设计信息
5.1.4. 查看器件中可用的时钟网络
5.1.5. 查看I/O Bank
5.1.6. 查看高速串行接口(HSSI)
5.1.7. 查看已布局节点的源和目标
5.1.8. 查看已布局资源的扇入和扇出连接
5.1.9. 生成即时扇入和扇出连接
5.1.10. 在Chip Planner中管理路径
5.1.11. 在Chip Planner中查看约束
5.1.12. 在Chip Planner中查看高速和低功耗Tile
5.1.13. Viewing Design Partition Placement
5.2.1. Logic Lock (Standard)区域的属性
5.2.2. 创建 Logic Lock (Standard)区域
5.2.3. 定制Logic Lock区域的形状
5.2.4. Placing Logic Lock (Standard) Regions
5.2.5. 将器件资源放入 Logic Lock (Standard)区域
5.2.6. Hierarchical (Parent and Child) Logic Lock (Standard) Regions
5.2.7. 其他 Intel® Quartus® Prime Logic Lock (Standard)设计功能
5.2.8. Logic Lock (Standard)区域窗口
5.4.1. Initializing and Uninitializing a Logic Lock (Standard) Region
5.4.2. Creating or Modifying Logic Lock (Standard) Regions
5.4.3. Obtaining Logic Lock (Standard) Region Properties
5.4.4. Assigning Logic Lock (Standard) Region Content
5.4.5. Save a Node-Level Netlist for the Entire Design into a Persistent Source File
5.4.6. Setting Logic Lock (Standard) Assignment Priority
5.4.7. 通过Tcl命令约束虚拟管脚
仅对英特尔可见 — GUID: mwh1409960093159
Ixiasoft
2.4. State Machine Viewer Overview
The State Machine Viewer presents a high-level view of finite state machines in your design. The State Machine Viewer provides a graphical representation of the states and their related transitions, as well as a state transition table that displays the condition equation for each of the state transitions, and encoding information for each state.
To run the State Machine Viewer, on the Tools menu, point to Netlist Viewers and click State Machine Viewer. To open the State Machine Viewer for a particular state machine, double‑click the state machine instance in the RTL Viewer.