GUI options are enabled for the supported features for the primitives. (MMCM)/phase-locked loop (PLL) primitives. In addition to providing an HDL wrapper for implementing the desired clocking circuit, the Clocking Wizard also delivers a timing parameter summary generated by the Xilinx timing tools for the circuit.įeatures Selection of mixed-mode clock manager The wizard guides you in setting the appropriate attributes for your clocking primitive, and allows you to override any wizard-calculated parameter. IntroductionThe LogiCORE IP Clocking Wizard core simplif ies the creation of HDL source code wrappers for clock circuits customized to your clocking requirements. 58Ĭlocking Wizard v5.1 4PG065 ApProduct Specification 56Īppendix D: Additional Resources and Legal NoticesXilinx Resources. 50Differences between the Clocking Wizard and the Legacy DCM and PLL Wizards. 49Īppendix B: MigratingMigrating to the Vivado Design Suite. LogiCORE IP SMPTE 2022-5/6 RX v5.0 3PG033 April 1, 2015Īppendix A: Verification, Compliance, and InteroperabilitySimulation. 46Ĭhapter 5: Detailed Example DesignDirectory and File Contents. 20Ĭhapter 4: Design Flow StepsCustomizing and Generating the Core. 11Ĭhapter 3: Designing with the CoreGeneral Design Guidelines. 8Ĭhapter 2: Product SpecificationPerformance. LogiCORE IP SMPTE 2022-5/6 RX v5.0 2PG033 April 1, 2015Ĭhapter 1: OverviewAbout the Core.
90 Step 4: Interact with the IBERT core using Serial I/O Analyzer. 84 Step 3: Synthesize, Implement and Generate Bitstream for the IBERT design. 83 Step 2: Adding an IBERT core to the Vivado Project. 82 Step 1: Creating, Customizing, and Generating an IBERT Design. Lab 5: Using Vivado Serial Analyzer to Debug Serial Links. Verifying the VIO Core Activity (Only applicable to Lab 3). 70įixing the Signal Glitch and Verifying the Correct State Machine Behavior. Sine Wave Sequencer State Machine Overview. Step 2: Debugging the Sine Wave Sequencer State Machine (Optional). Using the Vivado Integrated Logic Analyzer. 57 Step 1: Verifying Operation of the Sine Wave Generator. Using Vivado Logic Analyzer to Debug Hardware. Step 6: Implementing the Design and Generating the Bitstream. 51 Step 5: Add (more) Debug Nets to the Project. 49 Step 4: Create a Post Synthesis Project in Vivado IDE. 48 Step 3: Create EDIF Netlists for the Black Box Created in Synplify Pro.
40 Step 1: Create a Synplify Pro Project. Lab 4: Using Synplify Pro Synthesis Tool and Vivado for Debugging a Design. 32 Step 2: Synthesize, Implement, and Generate Bitstream. 31 Step 1: Creating a Project with the Vivado New Project Wizard. Lab 3: Using a VIO Core for Debugging a Design in Vivado. 27 Step 2: Synthesize Implement and Generate Bitstream. 27 Step 1: Creating a Project with the Vivado New Project Wizard. Lab 2: Using the HDL Instantiation Method for Debugging a Design in Vivado. Step 4: Implementing and Generating Bitstream. 13 Step 1: Creating a Project with the Vivado New Project Wizard. Lab 1: Using the Netlist Insertion Method for Debugging a Design.
2014.1 Updates to the tutorials to reflect the 2014.1 Vivado software changes. Revision History The following table shows the revision history for this document.