--- title: Roland Berger | Defending product economics through the 2026-2028 electronics repricing cycle description: Explore how rising demand for semiconductors, AI infrastructure, and consumer electronics is reshaping inflation dynamics. Learn the key risks, cost implications, and strategic actions companies can take to protect margins and strengthen supply chain resilience. --- [![RB\_B-Shape\_White\_Gradient\_03\_Digital](https://content.rolandberger.com/hs-fs/hubfs/04_Logos/Re-Branding%202023/RB_B-Shape_White_Gradient_03_Digital.png?width=400&height=557&name=RB_B-Shape_White_Gradient_03_Digital.png)](https://www.rolandberger.com/en/) # Defending product economics through the 2026-2028 electronics repricing cycle Request a power hour below ## By [Abhijit Boora](https://www.rolandberger.com/en/Persons/Abhijit.Boora.html) ## AI-driven demand is reshaping the economics of critical electronic components Between 2021 and 2023, automotive and industrial manufacturers learned to manage shortages: dual sources, regional footprints, strategic buffers. That resilience solved availability. The 2026–2028 cycle is different in kind. Memory, advanced compute, PCB laminates, copper, passives and connectors are being repriced by structural demand from AI infrastructure and data centers and not by a logistics, geo-politics shock. Prices that step up on demand do not revert when the ships arrive, and a cost wave reaches every qualified source at once. A second plant or a second supplier protects continuity; it does not neutralize the price. Pressure is concentrated, not uniform. Memory is the clearest hotspot on both price and availability as legacy supply exits faster than demand migrates. Advanced compute and PCB laminate tighten at the technology-specific high end. Copper is a cost and volatility exposure rather than a shortage. Engineering resins are the exception where availability is broadly adequate, with only polyamides warranting closer watch. Knowing which is which decides where to pay, where to push back and where to spend engineering time. For CFOs, the priority is the earnings exposure and its implications for guidance and forward plans. For procurement leaders, it is distinguishing structural repricing from temporary volatility, testing supplier claims against the underlying economics, and directing scarce qualification and negotiation capacity toward the actions with the greatest impact. ![iStock-1569540469](https://content.rolandberger.com/hs-fs/hubfs/iStock-1569540469.jpg?width=950&height=535&name=iStock-1569540469.jpg "iStock-1569540469") ### **Three questions leadership teams need to answer** #### **1. Where could inflation materially affect earnings?** Exposure follows bill-of-material composition. Products dense in memory and advanced compute take the sharpest 2026 hit and the fastest 2028 relief; products built on mature-node silicon, copper and passives take a smaller hit that holds. Mapping exposure by product, module and category rather than by commodity headline is the first fact base. #### **2. Which costs can be mitigated?** Commercial, sourcing and engineering levers provide meaningful but partial relief, and they run on different clocks. Capacity agreements with price reopeners, category-specific indexation, notice rejection where scarcity is not real, and demand pooling act within months. Second-source qualification, specification right-sizing and substitution are gated by validation and customer approval six to twenty-four months in automotive, typically shorter in industrial. Platform standardization and architecture consolidation act at the next product cycle. No single horizon closes the gap.. #### **3. Which costs should be absorbed, structured or recovered?** Not every increase deserves the same answer, and not every mitigation is a saving. A defensible fact base distinguishes genuine market pressure from unsupported claims, and separates real cost reduction from cost avoidance and risk transfer — only the first belongs in a savings total; the others protect the P&L. Booked figures are hypotheses until the invoice trail confirms them. ### **What leaders should be asking now** #### **By role** - CEO / CFO: What is our 2026–2028 earnings exposure by product line, and how much of it is already in guidance? Which share is real, which can be engineered out, and which must be recovered from customers and do we know that split before our customers do? - Chief Procurement Officer: Which supplier claims are legitimate, on what share of each product's cost, at what magnitude? Which categories justify indexation, which justify refusal? Are our multi-year agreements built with reopeners and give-back symmetry, or will we lock in 2026 prices for a 2028 market? - Engineering / R&D: Which second sources hold uncommitted capacity qualification alone buys nothing in an allocation market? Where can specification right-sizing and substitution start now so they pay in 2027? Are memory and compute budgets for next-generation programs being set as costed design variables, or as engineering defaults in the middle of a super cycle? - Commercial / Sales: Which customer contracts index electronics, and which assume annual cost-downs on components that no longer deflate? What will we ask for pass-through, cap-and-collar, recovery outside piece price and what will we offer in return? #### **By position in the value chain** - Automotive suppliers: How much inflation can we engineer out, how much mitigate commercially, how much must be structured into customer recovery? Does the 2027 qualification wave start now, given it will not pay before 2027–2028? - Automotive OEMs: What should each incoming increase request actually cost us? Where do we grant narrowly, structure for transparency and give-back, or refuse where the arithmetic fails? Which levers only we hold change-approval speed, program design budgets being set now, directed and tri-party buying, supplier footprint as content strategy and do we treat them as inflation levers? - Industrial electronics: Which categories reach our BOMs and at what concentration? Where do shorter qualification pathways let us capture in months what automotive must wait years for and are we exploiting that speed? How exposed are we to the AI build-out on both sides: as a demand competitor for our components and as a customer for our products? ### **The strategic response differs across the value chain** #### **Automotive suppliers** The decisions made in the next four quarters on supplier contracts, customer negotiations and program specifications will shape product economics through 2028. The near-term task is commercial: protect 2026 with capacity agreements that carry price reopeners, category-specific indexation with customers, and disciplined rejection of increases where scarcity is not real. The medium-term task is a qualification pipeline started now. The split between what is real, what can be engineered out and what must be recovered is the number that decides 2027. ### **Automotive OEMs** Tariffs have already opened a two-way ledger with the supply base; the electronics repricing opens a second one, on components most contracts were never built to index. OEMs need a consistent, fact-based response to the claims wave: - Grant narrowly where increases are supported by the relevant cost exposure i.e. a memory headline can legitimately touch the memory share of a module, not the full invoice - Structure carefully around transparent indices, caps, collars and give-back mechanisms, trading concessions for bill-of-material transparency and resilience commitments - Refuse where the arithmetic fails e.g., resin-driven increases on electronics modules, commodity-grade passive claims riding a headline that applies only to squeezed grades Half the industry's mitigation is gated on OEM decisions: approval-cycle speed, design budgets set at program start, and directed leverage. ### **Industrial electronics** Industrial manufacturers share automotive's component markets but not its qualification burden. Shorter pathways of IEC/UL, customer first-article approval, lighter revalidation allow substitutions, second sources and design changes pay in 2026–2027 rather than 2027–2028. The resilience built since 2021 protects availability; this cycle tests price, and the response layer is commercial structure and design action. The AI build-out sits on both sides of the ledger inflating components while growing as a customer and exposure has to be netted. ### **From exposure to an executable response agenda** Roland Berger brings together market intelligence, should-cost analysis, procurement expertise and engineering insight to support leadership teams as they: - Assess inflation exposure by product, module and cost category on their own bills of material - Test supplier requests against market data and bill-of-material economics - Distinguish underlying savings from cost avoidance and risk transfer - Design commercial structures through indexation, caps and collars, reopeners, recovery outside piece price - Sequence immediate actions, 2027 initiatives and longer-term design decisions We have done this before. For an automotive OEM, we built a supplier-risk blueprint and resilience monitoring across roughly one hundred Tier-1s during the semiconductor crisis. For another, we created component-level transparency and mitigation actions during an acute semiconductor disruption. For a global Tier-1, we assessed recycled-copper availability, pricing and regional sourcing options as part of a copper cost strategy. The common thread: a fact base specific enough to act on, built in weeks rather than quarters. The objective is to help leadership teams establish a more robust fact base for decisions on cost exposure, mitigation and recovery. ### Download the sector outlooks Select the report most relevant to your business to explore the outlook, potential exposure and response priorities. ![tEST (2)](https://content.rolandberger.com/hs-fs/hubfs/Marketing_Americas/Auto/tEST%20(2).jpg?width=2000&height=2000&name=tEST%20(2).jpg "tEST (2)") ![Sector Outlook - Automotives OEMs (1)](https://content.rolandberger.com/hs-fs/hubfs/Marketing_Americas/Auto/Sector%20Outlook%20-%20Automotives%20OEMs%20(1).jpg?width=2000&height=2000&name=Sector%20Outlook%20-%20Automotives%20OEMs%20(1).jpg "Sector Outlook - Automotives OEMs (1)") ![Sector Outlook - Industrial Electronics (1)](https://content.rolandberger.com/hs-fs/hubfs/Marketing_Americas/Auto/Sector%20Outlook%20-%20Industrial%20Electronics%20(1).jpg?width=2000&height=2000&name=Sector%20Outlook%20-%20Industrial%20Electronics%20(1).jpg "Sector Outlook - Industrial Electronics (1)") ### Let's start a conversation Are you interested in discussing the implications for your business? Complete the form below, and our Partners will reach out to help identify the most relevant next step. ![Footer Logo Roland Berger](https://content.rolandberger.com/hs-fs/hubfs/04_Logos/Re-Branding%202023/RB_Wordmark_Black_Digital.png?height=62&name=RB_Wordmark_Black_Digital.png) Roland Berger LP 225 West Randolph St, Suite 400 Chicago, IL 60606 USA - [ABOUT](https://www.rolandberger.com/en/Locations/United-States/News/) - [LEGAL](https://www.rolandberger.com/en/legal/) - [PRIVACY](https://www.rolandberger.com/en/Privacy/) - [CONTACT](mailto:marketing_americas@rolandberger.com)