2021-11-17-科尔尼-Why_a_resilient_semiconductor_supply_chain_is_imperative—and_how_to_create_one_12页_2mb

报告摘要

Summary of Semiconductor Supply Chain Resilience

Why a Resilient Supply Chain is Imperative

The semiconductor industry is crucial to the digital world but faces severe volatility due to unprecedented demand from technologies like cloud computing, 5G, and digitization. This has led to supply shortages, with prices rising by up to 30%, and market cycles causing revenue growth but also significant risks if not managed properly. Geopolitical tensions exacerbate complexities by fragmenting supply chains and potentially restricting access to key markets.

Key Challenges and Causes of Volatility

Market Dynamics: Short product lifespans, long manufacturing cycles, and shifting demands (e.g., driven by cryptocurrency) create cyclical supply-demand imbalances that amplify during upswings and downturns.
Supply Fragmentation: Manufacturing capabilities are segmented by wafer size and process nodes, making it difficult to switch technologies and sustain older generations amid adoption of newer ones.
Geopolitical Factors: Rising global tensions push the industry toward self-sufficiency, limiting collaborative opportunities and increasing vulnerability to disruptions like pandemics, natural disasters, or trade restrictions.

Strategies for Creating a Resilient Supply Chain

To manage volatility and capture growth, Kearney's framework recommends focusing on seven key areas:

Geography: Diversify manufacturing and sourcing to geopolitically neutral regions or strong ecosystems (e.g., Vietnam, India, Taiwan) to reduce risks.
Planning: Implement collaborative planning across the value chain using digital tools to align technology, product, and capacity roadmaps.
Suppliers: Use strategic supplier relationship management (SRM) to enhance visibility and capacity management, supported by multi-tier sensing for risk mitigation.
Manufacturing: Optimize lead times and schedules with Industry 4.0 technologies (AI, IIoT) to improve efficiency and flexibility.
Product Platforms: Adopt flexible, portable, and heterogeneous integration designs to simplify demand and reduce time-to-market.
Transportation: Enhance collaboration between logistics and operations to shorten lead times and ensure efficient global shipping.
Financial/Working Capital: Reduce capital intensity through advanced ecosystem management and portfolio optimization to improve financial flexibility.