SerDes & High-Speed I/O · All levels
SerDes & High-Speed I/O - Architecture to Silicon
Practical SerDes and link-system mastery across cell and array behavior, command timing, controller scheduling, PAM4 PHY training, reliability policy, and system-level closure.
Course promise
This is the execution-focused SerDes and high-speed I/O course for silicon teams. It teaches how to reason from workload symptoms to command-level and margin-level mechanisms, then close decisions with reproducible evidence, ownership, and rollback-safe validation.
SerDes links fail in nuanced ways: row locality collapses, turnaround waste, refresh interactions, lane margin drift, and reliability policy side effects can all mimic each other at high level.
The course therefore uses one repeatable closure framework: workload -> first failing transition -> mechanism -> artifact -> owner -> decision.
Translate high-speed link architecture concepts into measurable engineering actions.
Diagnose latency tails, bandwidth cliffs, and reliability excursions.
Connect controller policy and PHY behavior to silicon and product risk.
Use evidence-first decision making across architecture, firmware, and validation teams.
Course map
cell and array fundamentals
-> row/bank organization and locality mechanics
-> command timing legality and turnarounds
-> controller arbitration and QoS tradeoffs
-> PHY training, calibration, and margin drift
-> ECC, rowhammer, and reliability governance
-> system integration, observability, bring-up closure
-> link-standard strategy and product economicsRelated topics
Full course index
Every section and lesson in this track — expand folders in the sidebar or jump from here.