Using HyperLynx for DDR5 Design and Verification

Successfully analyzing a DDR5 interface requires knowledge from multiple disciplines, including signal integrity, timing analysis, and power integrity. See how HyperLynx helps you meet the challenge of verifying a DDR5 interface for signal integrity and timing requirements, while supporting the latest developments in IBIS-AMI modeling.

You’ll see how HyperLynx deploys progressive verification, using increasing levels of accuracy at each stage of analysis, so you can discover basic problems first without running lengthy analysis or drawing down the scarce resource of a signal integrity expert.

HyperLynx signal integrity analysis produces complete, detailed reports that tell you which signals passed, which signals failed, and by how much, in addition to lots of supporting detail. Both pre-route and post-route simulations use the same analysis process and produce the same reports, making it easy to compare your pre-route expectations to actual post-route results.

See why it’s easier with HyperLynx!

▶️Chapters:
0:10 DDRx design challenges
0:45 Using simulation for design vs. verification
1:47 What is HyperLynx’s progressive verification methodology?
3:53 HyperLynx DRC for DDRx interfaces
4:23 Running model-free simulation
5:02 Device-specific analysis using vendor-supplied IBIS and IBIS-AMI models
5:52 Power-aware analysis in HyperLynx
6:27 Protocol-aware, interface-level analysis
6:55 Comprehensive, detailed reports
7:30 Registered DIMM simulations
8:19 Can HyperLynx handle analysis of large designs?
8:48 Summary: HyperLynx offers comprehensive, automated DDR5 analysis

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