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111 · Contract electronics & advanced assembly

Whoever actually builds the thing

Curve position

Orbit

Binding constraint

Skilled assembly labour in the geographies customers now want.

Heatmap / How this sector's stocks are moving

1 Day −8.69% #176 of 180 sectors #67 of 67 in Orbit · avg +2.11%
1 Week −16.22% #173 of 180 sectors #67 of 67 in Orbit · avg +2.39%
1 Month −30.60% #172 of 180 sectors #66 of 67 in Orbit · avg +3.40%
Year to date +11.53% #68 of 180 sectors #28 of 67 in Orbit · avg +10.36%
The companies that make up this sector on the heatmap
StockPrice1 Day1 Week1 MonthYear to date
$JBL $258.56 −4.84% −11.13% −16.38% +13.39%
$FLEX $77.24 −12.33% −16.97% −36.37% +27.84%
$CLS $236.41 −9.05% −21.14% −39.11% −20.03%
$SANM $143.77 −12.60% −18.21% −36.96% −4.20%
$PLXS $206.72 −4.64% −13.63% −24.18% +40.63%
Sector average −8.69% −16.22% −30.60% +11.53%

Prices as of November 5, 2026. The sector's move is the equal-weighted average of these listed companies, a market proxy for context, not recommendations. See it on the full heatmap →

Sentiment / The mood in this sector's stocks

01000

Capitulation

In Capitulation, steady

No clear edge

Since 2018, Contract electronics & advanced assembly has been in Capitulation and steady 12 separate times. After those, its stocks beat their usual three months 6 times (50%), by a median of −2.5 points.

Confidence: low, a split like this is common by chance, so no edge is called.

1 week ago1 Capitulation
1 month ago46 Balance
1 year ago76 Optimism
The seven measures, the history and every sector →
Whoever actually builds the thing

Almost nobody who designs electronics also builds them. Contract manufacturers assemble at volumes and tolerances that would be uneconomic in house, and the current combination of AI hardware demand and reshoring policy is reshaping who does it and where.

Historically the industry consolidated in Asia on labour cost and supply chain density. Tariffs, geopolitical risk, and customer requirements for regional supply have started to pull some capacity elsewhere at higher cost.

The structural driver is customer risk management rather than economics. Buyers now pay a premium for supply that is not concentrated in one geography, which is a change from three decades of pure cost optimisation.

The technology layer spans surface mount assembly, advanced packaging and system in package, liquid cooling assembly for AI hardware, test and inspection, and the supply chain systems that manage component shortages.

Adoption economics are thin margin and volume driven. Contract manufacturing earns single digit margins, so utilisation and component procurement discipline decide profitability entirely.

The beneficiaries include contract manufacturers with capacity in favoured geographies, equipment makers selling assembly and test lines, component distributors, and the design services firms attached to manufacturing.

The value chain runs from components through assembly and test to the brand. Component procurement is where contract manufacturers make or lose money, more than assembly labour.

The overlooked layer includes assembly equipment makers, test and inspection specialists, component distributors, and the thermal and mechanical suppliers for high power systems.

Competitive dynamics favour scale and geographic breadth. Customers increasingly want the same manufacturer to build in several regions, which advantages the largest firms.

Risks: margins are structurally thin, customer concentration is severe, component shortages destroy quarters, and demand for AI hardware could normalise abruptly.

What to watch: capacity announcements by region, customer concentration disclosures, component lead times, and AI hardware order books.