JPMorgan updates end-demand and key industry data for the electronic components sector
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JPMorgan updates end-demand and key industry data for the electronic components sector
The report centers on electronic components industry data, compiling indicators for smartphones, PCs, servers, automobiles, MLCCs, HDD/SSDs, discrete semiconductors, and material prices to assess demand cycles and changes in product content for Japanese component manufacturers.
- End-demand assumptions cover CY2020-CY2027E, with a focus on smartphones, PCs, servers, auto production, vehicle sales, and xEV demand by powertrain type.
- The report compares automotive business revenue and per-vehicle content of 14 Japanese electronic component manufacturers with the automotive semiconductor revenue of major analog, discrete, and MCU vendors.
- The MLCC section covers Japanese production volume, production value, ASP, export value, and import/export indicators across markets including South Korea, China, Taiwan (China), Hong Kong SAR (China), Vietnam, and India.
- The storage chain tracks HDD, SSD, and enterprise/data center storage output and capacity, and also discloses TDK HDD head shipments and customer mix.
- The report also tracks FA equipment maker sales/orders, industrial component sales indices, BB ratio, inventories and DIO, JEITA global component shipments, and material prices such as copper, gold, and silver.
Report interpretation
Overview
This is a JPMorgan electronic components industry data report titled "Technology – Electronic Components Industry data." The core purpose of the report is not to present a single-stock investment conclusion, but to help assess the business conditions of the electronic components supply chain through end-demand assumptions and data on industry shipments, inventories, orders, prices, and application mix. Coverage includes Japanese electronic component manufacturers, automotive electronics, industrial applications, PCs and servers, MLCCs, HDD/SSDs, discrete semiconductors, and raw material prices.
Core views
The report’s core observation is that demand for electronic components needs to be assessed across multiple end markets together. Automotive electronics and xEVs are increasing component content per vehicle, while AI servers and enterprise/data center storage are creating structural incremental demand for the PC/server supply chain. Industrial demand recovery, meanwhile, should be assessed in conjunction with FA equipment orders, BB ratio, inventories, and DIO. MLCC data is expanded in a dedicated section, indicating that production volume, exports, ASP, and per-vehicle content across different powertrain systems remain key indicators for judging the earnings elasticity of Japanese component manufacturers.
Analysis framework
The report uses a data-handbook approach, placing end-demand forecasts, industry sales indices, order indicators, inventory indicators, JEITA shipment data, cross-country trade data, per-vehicle content assumptions, and semiconductor demand breakdowns within a single framework for horizontal comparison. The analytical focus is on observing year-over-year and quarter-over-quarter changes, index movements, application mix across different end markets, and relative changes among major manufacturers’ revenue and value content.
Methodology notes
Uses shipment forecasts for end markets such as smartphones, PCs, servers, auto production, and xEVs to derive the demand environment for electronic components.
The report lists end-market shipment assumptions for CY2020-CY2027E as well as on a quarterly basis to explain changes in component sales and orders.
Compares automotive-related revenue and per-vehicle value content of 14 Japanese component manufacturers with those of major analog, discrete, and MCU vendors.
This method is used to observe the differing demand pull from automotive electrification on traditional electronic components versus automotive semiconductor suppliers.
Combines order indices, BB ratio, year-over-year inventory changes, and DIO to assess the industry cycle position.
The report tracks order indices for companies such as Murata, Taiyo Yuden, Hirose, and Rohm, as well as inventory and sales changes in Japan’s components industry.
Observes MLCC supply-demand and pricing through Japanese production, export ASP, and import/export data from major Asian markets.
The report covers Japanese MLCC output, production value, ASP, export value, and MLCC trade data from locations including South Korea, China, Taiwan (China), Thailand, and Malaysia.
Asset mapping & comparison
Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).
- Japanese Electronic Component Manufacturer BasketA supply chain asset group that is a key focus of the report, including covered companies such as Murata Manufacturing, TDK, Taiyo Yuden, Hirose Electric, and Rohm.
- Strengths
- Benefits from automotive electrification, higher xEV content per vehicle, and demand from AI servers and high-end storage.
- Weaknesses
- In the short term, it remains affected by the inventory cycle, the pace of industrial demand recovery, and volatility in end-market shipments.
- Comparison
- The report compares 14 Japanese component manufacturers with major analog, discrete, and MCU vendors in terms of automotive-related revenue and per-vehicle value content.
- Risks
- Auto production coming in below expectations, weak industrial orders, falling MLCC prices, and fluctuations in material costs.
- MLCC Supply ChainThe report separately tracks output, production value, ASP, exports, and per-powertrain vehicle content, making it an important branch for assessing passive component conditions.
- Strengths
- xEVs and ADAS increase per-vehicle usage, supporting long-term demand for high-reliability automotive-grade MLCCs.
- Weaknesses
- Sensitive to pricing and capacity cycles, while an unstable recovery in consumer electronics could drag on demand for certain specifications.
- Comparison
- Compares the range of MLCC content per vehicle across Pure ICE, Mild HV, Strong HV, PHEV, and EV/FCV.
- Risks
- ASP declines, weaker export demand, and prolonged inventory adjustment.
- HDD/SSD and Enterprise/Data Center Storage ChainThe report tracks HDD, SSD, and enterprise/data center storage output, capacity, and TDK HDD head shipments.
- Strengths
- AI servers and data center capex may bring structural demand.
- Weaknesses
- Consumer-side storage demand and the traditional PC cycle may still fluctuate.
- Comparison
- The report simultaneously presents output, capacity, market share, and TDK HGA shipment mix for both HDD and SSD.
- Risks
- Slower cloud capex, customer inventory adjustment, and price competition.
Key data
- Report Date2026-07-16From the file date and report metadata.
- Main Covered IndustriesElectronic Components；Information Technology ServicesEntity recognition shows the report focuses on electronic components and includes an information technology services classification.
- Global PC Shipment AssumptionsCY2026E 245.71mn units；CY2027E 249.53mn unitsFrom the end-demand assumption table.
- Global Server Shipment AssumptionsCY2026E 13.88mn units；CY2027E 15.03mn unitsFrom the end-demand assumption table.
- IHS Global Auto Production AssumptionsCY2026E 90.88mn units；CY2027E 91.58mn unitsFrom the end-demand assumption table.
- xEV Demand AssumptionsCY2026E 34.76mn units；CY2027E 37.26mn unitsThe end-demand table further breaks this down by powertrain types such as HEV, PHEV, BEV, and FCV.
- 2025 Total In-Vehicle MLCC Content RangePure ICE 4600-11500；Mild HV 6500-16200；Strong HV 6700-16600；PHEV 8000-18000；EV/FCV 7500-17500From the MLCC contents by powertrain table.
- Coverage Period of MLCC Trade DataKorea to Jun-26；Taiwan to Jun-26；China/Thailand to May-26；Malaysia to Apr-26From the note on page 20 of the report.
Impact & implications
The investment implication is that the electronic components sector cannot be assessed based on a single end-market volume metric alone. Automotive electrification, xEV penetration, and expansion in AI servers and data center storage may support structural demand, but industrial orders, inventory destocking, MLCC ASP, and material prices will affect short-term earnings elasticity. Relative performance among Japanese component manufacturers needs to be judged comprehensively by combining end-market exposure, automotive/industrial mix, inventory cycle, and product pricing trends.
Risks
- End-demand assumptions may deviate due to the macro environment, consumer electronics demand, or changes in auto production.
- If industrial applications and FA equipment orders recover more slowly than expected, this may weigh on industrial component sales indices.
- Fluctuations in MLCC capacity, exports, and ASP may affect revenue and margins for passive component manufacturers.
- Material price fluctuations in copper, gold, silver, aluminum, and platinum may alter cost pressures.
- If inventories and DIO remain elevated, this may delay the industry restocking cycle.
What to watch
- Whether smartphone, PC, server, and auto shipment assumptions for CY2026E-CY2027E continue to be revised up or down.
- The impact of xEV, PHEV, BEV, and EV/FCV penetration on MLCC content per vehicle.
- Order indices and BB ratio for companies such as Murata, Taiyo Yuden, Hirose, and Rohm.
- Year-over-year inventory changes, sales growth, and DIO changes in Japan’s electronic components industry.
- Updates to MLCC Japan production, export ASP, and trade data from South Korea, China, Taiwan (China), Thailand, and Malaysia.
- The impact of AI server shipment forecasts and semiconductor capex forecasts on demand for high-end components.