Product1 distinct publisher3 min readUpdated
SF4 and SF5 wafers went up 10 to 15 percent for buyers in China and the US, and 5 to 10 percent in Taiwan. The number two foundry has stopped competing on price.
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Samsung raised prices for some of its advanced contract chipmaking by as much as 15 percent on new orders, with the increases taking effect in July and centred on its 4-nanometre SF4 process, according to a Reuters report citing two people familiar with the matter [1][2]. The consequence for buyers is that the AI capacity shortage has stopped being a scheduling problem in TSMC's order book and become a unit-cost problem, because the second source is no longer the discount option: for years Samsung's foundry competed on price to win work TSMC could not or would not take [3].
The geography is the part worth reading twice. SF4 customers in China and the United States saw rises of 10 to 15 percent from the previous month, while customers in Taiwan, TSMC's home market, faced 5 to 10 percent [4][5]. SF5, Samsung's 5-nanometre node, went up 10 to 15 percent, and older 8-nanometre work by nearly 10 percent [6][7]. At the bottom of each band, a Taiwanese buyer absorbs half the increase a Chinese or American buyer does [8].
Samsung's sources describe demand from Chinese customers as especially strong, and say the company has not been able to fill every order because it also has to serve US customers and hold back capacity for its own chip production [9]. The reason Chinese buyers absorb the steepest rises is policy, not preference: US curbs on exports of advanced chipmaking equipment to China have pushed local firms towards foreign foundries such as Samsung, and with fewer leading-edge options they have less room to push back [10]. One of the sources said Chinese customers are among those accepting the largest increases even while paying more than buyers elsewhere [11]. Samsung declined to comment, saying it does not discuss operational matters [12].
This is a division that has lost money since 2022 on industry estimates [13], and that took 7 percent of global foundry revenue in the first quarter of 2026 against TSMC's more than 70 percent, according to Counterpoint [14]. TSMC's share is therefore at least ten times Samsung's [15]. Lee Min-hee of BNK Investment & Securities read the move as a knock-on effect: "As TSMC faces tight capacity and raises prices, customers are shifting to rivals such as Samsung and Intel, prompting Samsung to raise its prices as well" [16]. If the increases continue, he said, the foundry could turn profitable as early as next year, sooner than previously expected [17].
The physical constraint sits at Pyeongtaek, where the SF4 line has run at full capacity since late last year, making logic chips for customers including Qualcomm and the base dies for Samsung's own high-bandwidth memory [18]. That is the same silicon competing for the same tool time. Samsung said in July that it expected the foundry unit to return to profit soon on higher factory use, better yields and firmer pricing, and that second-half foundry revenue should rise by more than a double-digit percentage year on year [19]. It expects advanced processes to make up more than half of foundry revenue this year, with AI and high-performance computing above 30 percent, up from 15 to 20 percent in late 2025 [20] - an increase of between 1.5 and two times [21].
Watch whether the SF4 premium holds once TSMC's leading-edge capacity loosens, and whether the China surcharge widens or narrows as export controls shift. Watch Pyeongtaek allocation too: HBM base dies and external logic cannot both win.
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Ranked by verification strength, evidence, and original report placement.
Samsung has raised prices for some of its advanced contract chipmaking by as much as 15 percent for new orders, according to a Reuters report; two people familiar with the matter said the increases follow a surge in demand for AI chips.
The price rises took effect in July and centre on Samsung's 4-nanometre process, known as SF4, according to the sources.
For years Samsung's foundry has been the distant number two and had to compete on price to win work TSMC could not or would not take.
Customers for SF4 chips in China and the United States saw increases of 10 to 15 percent from the previous month.
Customers in Taiwan, TSMC's home market, faced smaller rises of 5 to 10 percent.
Prices for Samsung's 5-nanometre SF5 wafers rose 10 to 15 percent.
Evidence-backed comparisons of source perspectives and observed adoption signals. Read the methodology
Which Builder, Operator, and Investor concerns the observed source mix emphasized—not a truth score.
Evidence, demonstrated adoption, hype gap, incentives, and confidence are assessed independently, each on its own current evidence. How these are measured.
Specific figures, but one publisher relaying anonymous sources against a no-comment
All pricing detail comes from a single publisher's relay of a Reuters report resting on two people who asked not to be named, plus one person on plant operations; Samsung declined to comment and no affected customer confirms paying more. The claims are internally specific and partly corroborated by attributable material (Counterpoint share data, a named BNK analyst, July company guidance), which lifts the score above the floor but not into verified territory.
Increases already in force on a line running flat out, with named customer wins
This is not a proposal: the increases reportedly took effect in July on new orders across three nodes, the SF4 line has been full since late last year serving Qualcomm and Samsung's own HBM base dies, capacity is being rationed across Chinese and US demand, and the reported customer set spans Broadcom, Nvidia, Tesla, Apple and Google talks. Adoption is scored on that in-force pricing and utilisation rather than on any measured downstream pass-through, which the cluster does not evidence.
Cluster framing runs ahead of the evidenced pricing data
The reporting itself is measured and heavily attributed, but the cluster framing pushes further than the evidence: nothing in the source shows the increases reaching a buyer's bill of materials, and the claim that the number-two foundry 'has stopped competing on price' rests on one month of anonymously sourced increases at a supplier holding 7 percent of foundry revenue. The forward-looking parts are analyst and company statements, not results.
Several interested parties benefit from a Samsung pricing-power narrative
The unnamed sources sit close to commercially sensitive pricing they declined to be identified discussing, and a narrative of firm foundry pricing is directly useful to Samsung ahead of a guided return to profit. The supporting outlook comes from a brokerage analyst whose institution covers the stock, and from Samsung's own July guidance. Only the disclosed structural drivers are counted here: export curbs limiting Chinese buyers' alternatives and TSMC capacity tightness.
Moderate: consistent and specific, but uncorroborated and single-publisher
Confidence is capped by the single-source cluster and the anonymous basis for every pricing number, offset by internal consistency, granular per-node figures, attributable share data, a named analyst and dated company guidance. The direction of travel is credible; the precise percentages and the durability of the pricing power are not yet established.
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1 article · August 19, 2026