Xilinx Partial Reconfiguration Tools and Techniques
This course demonstrates how to use the ISE®, PlanAhead™, and Embedded Development Kit (EDK) software tools to construct, implement, and download a Partially Reconfigurable (PR) FPGA design. You will gain a firm understanding of PR technology and learn how successful PR designs are completed. You will also identify best design practices and understand the subtleties of the PR design flow.
This course covers both the tool flow and mechanics of successfully creating a PR design. It also describes several techniques focusing on appropriate coding styles for a PR system as well as system-level design considerations and practical applications.
DOWNLOAD COURSE DESCRIPTION
Who Should Attend
Digital designers who have a working knowledge of HDL (VHDL or Verilog) and the Xilinx design methodology and who have need of partial reconfiguration techniques
- Course Duration: 2 Days
- Price: USD $1,400
or 14 Xilinx
- Essentials of FPGA Design course
- Designing for Performance course
- Advanced FPGA Implementation course
- Working HDL knowledge (VHDL or Verilog)
Xilinx ISE® Design Suite: Logic or System Edition 13.1 with PR license
Nothing currently scheduled.
Please contact us for customized classes.
Tel: 303.444.7884 • Fax: 866.402.0763
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Partial Reconfiguration Methodology
b 1: Partial Reconfiguration Flow
Partial Reconfiguration Design Recommendations
Partial Reconfiguration Tool Flow
(Optional) FPGA Configuration Overview
Partial Reconfiguration Bitstreams
Lab 2: Building an HDL ICAP Controller
Managing Clock Resources
Lab 3: Partial Reconfiguration Timing Analysis and Constraints
Embedded Environment (EDK)
Lab 4: EDK Partial Reconfiguration
Partial Reconfiguration Debugging
Lab 5: ChipScope Pro Tool Partial Reconfiguration Monitoring
PCIe Core and Partial Reconfiguration
Optional) Lab 6: Building a Fast Configuring PCIe System
Lab 1: Partial Reconfiguration Flow – Illustrates the basic PlanAhead tool Partial Reconfiguration flow. At the completion of this lab, you will download partial bitstream to the ML605 board via the JTAG connection.
Lab 2: Building an HDL ICAP State Machine – Illustrates how Platform Flash can be used to store both the initial full bitstream as well as a number of partial bitstreams and how a simple HDL state machine can load the partial bitstreams on command.
Lab 3: Partial Reconfiguration Timing Analysis and Constraints – Shows how area groups and reconfigurable partitions affect design performance. TPSYNC is used to reduce the impact of partitioning on timing.
Lab 4: EDK Partial Reconfiguration – Demonstrates how an embedded MicroBlaze™ processor can control a custom ICAP loader. All aspects of completing a full embedded PR design are covered, including the embedded hardware design, software development, and implementing reconfigurable partitions. This design leverages the System ACE interface to store partial bitstreams.
Lab 5: ChipScope Pro Tool Partial Reconfiguration Monitoring –Use the ChipScope Pro tool to monitor the input and output of the ICAP peripheral and control which partial bitstream is loaded into the FPGA.
Lab 6: Building a Fast Configuring PCIe System – Configure even the largest FPGA using PR-based techniques.