How to design DDR4 and DDR5 memory in PCBs

Designing DDR4 and DDR5 memory in PCBs presents several challenges due to high data rates and signal integrity requirements. Managing impedance control, crosstalk, and signal integrity across the entire memory bus is crucial. In addition, DDR4 and DDR5 design verification ensures that your design is robust, meets requirements and is free of critical errors or flaws. It's an integral part to the overall quality assurance process, contributing to the successful development of reliable and high-quality products or systems.

0:08 Designing DDR4 and DDR5 in PCBs
0:21 Key challenges: Signal Integrity and skew management
0:55 Key challenges: Power Delivery and decoupling
1:27 Key challenges: Routing density and layout
1:55 Key challenges: Clocking and timing considerations
2:20 Key challenges: Thermal management
3:06 Why do we need to verify designs?

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