Allegro PCB Designer RAKs

Allegro Constraint Compiler: Workshop Learn more at Cadence Support Portal - https://support.cadence.com © 2019 Cadence Design Systems, Inc. All rights reserved w orldw ide. Page 33 Validation and Apply Constraints to Design Prior to loading the constraints into the design, you can run the compiler in Validation "Read-Only" mode to check for errors or compatibility with the design. The design will not be updated during the Validation process. Click the Validate button to review the report (optional). Click the Apply Constraints to Design button to run ACC compiler and add constraints to the design.

• Cover
• Purpose
• Audience
• Terms
• Overview
• Benefits of ACC
• Functional Overview
• Table and Specification Format Overview
• Mapping Name Table
• Object Table
• Rule Specification Table (Rule Sets)
• Object Rule Table (Object Rules)
• Object Rule Table (Class-to-Class Rules)
• User Interface and Data Query
• Validation and Apply Constraints to Design
• Reporting
• ACC Lab Exercises
• License Requirements / Workshop Structure
• Lab 1-1: Rule Specifications Structure Review
• Lab 1-2: VIRTEX-5 (RefDes U3) To VIRTEX-7 (RefDes U1)
• Lab 1-3: DSP (RefDes U2) To HS Connector (RefDes U4)
• Lab 1-4: VIRTEX-7 (RefDes U1) To DSP (RefDes U2)
• Lab 1-5: VIRTEX-7 (RefDes U1) To PCIe HSIO (RefDes J3)
• Lab 1-6: Viper (RefDes U34) To PCIe CONN (RefDes J1)
• Lab 1-7: Viper (RefDes U34) To Virtex-7 (RefDes U1) – Optional
• Lab 1-8: Viper (RefDes U34) To SATA Connectors (RefDes J2,J7-9,J11,J12)
• Lab 1-9: VIRTEX-7 (RefDes U1) to DDR3 Connector (RefDes XP1)
• Lab 1-10: Viper (RefDes U34) To On-Board DDR3 (RefDes U9, U12, U26-30, U35)
• Support
• Feedback