11/11/2023 0 Comments Hyperlynx drcSelect File->Open Multi Board Projectġ-5. HyperLynx and the DDR Wizard in order to generate the required dataġ-2. Running HyperLynx The following steps will outline how to run ![]() This lab outlines the obtaining of the information Within the FPGAs, certain information regarding the board is In order to design the DDR controller subsystems Quartus is an FPGA design tool which helps in designingĪltera FPGAs. Targeted to simulating the SI and timing requirements of DDRīusses. Within HyperLynx is a tool, the DDR Wizard, which is Simulation tool which helps resolve the SI issues often present in HyperLynx simulation tool, and the results are fed into the Quartus This lab will detail a typicalĭesign example where the DDR3 subsystem is run through the The HyperLynx DDR Wizard can help with such anĮffort when designing Altera FPGAs. In such cases, simulating the board before release is an ideal way Various factors such as budget, time or other resource limitations. Implement for the specific design under consideration due to PCB layout rules might be useful, they might be difficult to Involves several factors which need to be considered. Introduction Designing an FGPA on a board can be challenging. HyperLynx DDR Wizard for Altera Arria 10 FPGA DDR4 Basic Lab Nitin Bhagwath (Rev 1.0) © Mentor Graphics, 2014 Page HyperLynx DDR Wizard for Altera FPGA Design Lab Instructions ![]() HyperLynx DDR Wizard for Altera FPGA Design Lab Instructions Nitin Bhagwath (Rev 1.0) © Mentor Graphics, 2014 of 27 HyperLynx DDR Wizard for Altera Arria 10 FPGA DDR4 Basic Lab Instructions Revision1.0 () Lab Contents at a Glance Introduction.
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