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On this page

  • TL;DR: the numbers and the claim
  • What drove the quarter
  • The claim: "long-term deals may cover up to 70 percent through 2030"
  • Why long-term contracts matter to AI builders
  • What this means for what you build or pay
  • What is still unknown
  • Related reading
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Samsung Q3 2026: 107.4 Trillion Won Record Profit, HBM4 Tripling, and the "70% Through 2030" Claim Checked

AI Hardware, Samsung, HBM, Memory, AI Infrastructure

Part of AI Chips and Infrastructure

Samsung posted a record 107.4 trillion won Q3 profit as HBM4 sales tripled. Its call says 60-70% of capacity on long-term deals, not 70% through 2030.

Oct 29, 2026·9 min read·Yash Thakker
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Samsung Q3 2026: 107.4 Trillion Won Record Profit, HBM4 Tripling, and the "70% Through 2030" Claim Checked

Samsung Electronics reported record third-quarter 2026 results on October 29: revenue of 195.3 trillion won and operating profit of 107.4 trillion won, a 55 percent operating margin, according to the earnings call transcript on Investing.com. It is the first Korean company to pass 100 trillion won in a single quarter, The Korea Times reported when Samsung pre-announced the figure on October 8. HBM4 sales more than tripled from the previous quarter.

A second line is circulating alongside the numbers: that Samsung expects long-term deals to cover up to 70 percent of its memory production through 2030. That is not what we found in the call. This post separates what Samsung said from what is being repeated.

This is a finance-flavored story, so the useful part is the second half: what it changes for the price and availability of the hardware AI builders rent and buy.

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TL;DR: the numbers and the claim

table · 3 cols
ItemQ3 2026Source
Revenue195.3 trillion won, up 14 percent on Q2Call transcript, Investing.com
Operating profit107.4 trillion won, up 20 percent on Q2, up 783 percent year on yearCall transcript and slides, Investing.com
Operating margin55 percent (52 percent in Q2)Call transcript
Net profit75.1 trillion wonCall transcript
Chip division (DS)147.1 trillion won sales, 106.5 trillion won operating profitSlides summary, Investing.com
Phones, TVs, appliances (DX)52.1 trillion won sales, operating loss of 0.8 trillion wonSlides summary
Memory sales140.7 trillion won, up 16 percent on Q2Slides summary
HBM4Sales more than tripled on Q2, about 60 percent of HBM salesCall transcript
2027 HBMSold out at agreed target pricesCall transcript
Long-term dealsTarget 60 to 70 percent of mid- to long-term capacityCall transcript
"70 percent through 2030"Not found in the callSee below

The segment figures are as summarized by Investing.com from Samsung's slides; they sum to more than the consolidated total, which likely reflects intersegment eliminations. The consolidated numbers are the ones to cite.

What drove the quarter

Almost all of the profit is memory. The chip division earned 106.5 trillion won of the 107.4 trillion won company total, while the consumer-electronics side (DX) posted a small loss. That pattern matches what we saw a day earlier at its rival: SK hynix posted an 80 percent margin on 83.33 trillion won and said memory would stay short through 2030.

Management said DRAM average selling prices rose about 20 percent and NAND prices rose in the high teens percent quarter on quarter. Shipments grew low-to-mid single digits for DRAM and mid single digits for NAND, so most of the profit growth is price, not volume. For Q4, Samsung guided DRAM bit growth of mid-to-high teens percent and NAND of mid-teens.

HBM4 is now the majority of HBM

HBM, high-bandwidth memory, is the stacked DRAM that sits next to an AI accelerator and feeds it data. Samsung said HBM4 sales more than tripled quarter on quarter and now account for roughly 60 percent of its HBM sales, and that its HBM market share reached parity with its overall DRAM share in Q3, ahead of its own second-half target.

The roadmap continues: HBM4E samples shipped in May, with mass production planned for the first half of 2027 and a volume ramp in the second half. Samsung also said its 2027 HBM supply is already sold out at an agreed target price. For context on how Samsung got here, see our earlier coverage of its HBM4 yield reaching 80 percent ahead of schedule.

Stacked memory chip beside a gauge, illustrating Samsung HBM4 supply and yieldStacked memory chip beside a gauge, illustrating Samsung HBM4 supply and yield

Foundry and capex

Beyond memory, Samsung expects double-digit foundry revenue growth in Q4 and said 2nm project orders should more than double in 2026 versus 2025. Mass production for major 2nm customers starts in the second half of 2027, and clean-room operations have begun at Taylor, Texas, Fab 1.

Capital spending is climbing fast: 29.0 trillion won in Q3 alone, 56.9 trillion won for nine months, and 84.4 trillion won guided for the full year, up 31.7 trillion won from 2025. Much of that, 76.8 trillion won, is for the chip division.

The claim: "long-term deals may cover up to 70 percent through 2030"

Several accounts of the call compress Samsung's contract commentary into a headline that deals will cover up to 70 percent of memory production through 2030. Here is what the primary material supports.

table · 3 cols
Claim elementWhat Samsung saidVerdict
Long-term deals are central to the strategy10 major accounts have signed multi-year contracts; 10 more are in talks, several near the final stageConfirmed
Coverage up to 70 percentSamsung wants multi-year contracts to cover 60 to 70 percent of mid- to long-term capacityConfirmed as a target range, not as achieved coverage
Applies to all memory productionThe target concerns capacity; the call also discusses HBM supply and DRAM and NAND separatelyPartly: wording varies by report
Runs through 2030No 2030 date in the Q3 call; on the Q2 call Samsung described five-year agreements that are renegotiated annually and so operate on a rolling basis. Tight supply was guided through 2028Not found as a stated date; a five-year rolling term could be read that way

Two things to keep apart. First, a target is not a signed percentage. Samsung described the 60 to 70 percent as what it wants contracts to cover, while naming 10 signed accounts and 10 in negotiation. Second, 2030 appears nowhere in the call material we read. The 2030 date in this week's coverage belongs to SK hynix, which said the shortage would last through 2030 and that long-term agreements with 14 major cloud providers cover over 50 percent of its 2027 and 2028 capacity.

The same 60 to 70 percent range was already on record: on Samsung's Q2 call in July, management said it expected 60 to 70 percent of planned DRAM and NAND capacity to be covered by rolling multi-year agreements with minimum-price provisions, per the Q2 call transcript on Investing.com as summarized in analyst notes. So the number is not new this quarter; the "through 2030" wrapper is an inference at most, since that call also described five-year rolling agreements.

How to check this yourself

  1. Read Samsung's own earnings release and presentation on its investor relations pages and look for the words "multi-year" and "long-term agreement".
  2. Read the Q&A section of the call, where the memory executive gives the supply outlook; here the stated horizon was 2028.
  3. Compare against SK hynix's disclosure, which does contain a 2030 statement, before attributing it to Samsung.

We could not read Samsung's own slides directly in this run; the figures above come from the Investing.com transcript and slides summary, cross-checked against The Korea Times and TrendForce's October 8 pre-announcement coverage. Where a figure is only in one of those, it is labeled.

Wafer in front of a chip factory block, representing memory capacity under long-term contractsWafer in front of a chip factory block, representing memory capacity under long-term contracts

Why long-term contracts matter to AI builders

Memory cycles used to be violent: prices spiked, suppliers overbuilt, prices crashed. Multi-year agreements with minimum prices and advance payments are an attempt to flatten that. For customers it means guaranteed supply at a negotiated price; for suppliers, protection against a downturn after they have spent tens of trillions of won on fabs.

For a team that buys GPUs or rents cloud capacity, the practical consequences are:

  • Hyperscalers lock in memory first. If most of the capacity is contracted to a handful of large buyers, smaller buyers face the spot market and longer lead times.
  • Hardware costs follow memory. HBM and server DRAM are a large part of an accelerator or server bill of materials. Samsung's roughly 20 percent DRAM price rise in one quarter is a cost that eventually shows up in server quotes. Cloud providers have already been repricing capacity, as in the AWS Capacity Blocks GPU price increase.
  • Consumer devices absorb the squeeze. Samsung's own device division posted a loss, and Apple's CEO described a memory crisis in an interview this month.
  • Competition is intensifying at the edges. Chinese suppliers are trying to enter HBM, though a Reuters-reported yield of 20 to 30 percent for one of them has not been independently verified; see our claimed-versus-verified post on CXMT HBM3E.

What this means for what you build or pay

Do not plan around falling compute prices in the next year. Samsung's own guidance is that tight conditions continue into 2028 and that 2027 HBM is already sold out. If you run inference at scale, that points toward efficiency work: smaller models, quantization and cache management rather than waiting for cheaper hardware. For example, DeepSeek's V4.1 Flash cut KV-cache memory precisely because memory is the constrained resource.

If you buy hardware, ask vendors about memory lead times and price protection in quotes, and expect that reserved or committed cloud capacity will be priced more favorably than on-demand capacity as supply stays tight.

What is still unknown

  • Samsung's actual contracted share. The 60 to 70 percent is a goal. The call named account counts, not a percentage already signed.
  • Contract length. The Q2 call described five-year agreements with annual renegotiation, so a horizon around 2030 is an inference, not a Samsung statement.
  • Divisional detail. We did not have access to Samsung's own slide deck, so the split of memory between HBM, DRAM and NAND revenue is not reported here.
  • Whether prices keep rising. Q4 guidance is about volume; price commentary beyond Q3 was not specific.

The wider supply-chain picture is in our AI chip supply chain roundup on TSMC, Samsung and GlobalFoundries, and the optical side of the same bottleneck is covered in Corning's Q3 results.

Related reading

  • SK hynix Q3 2026: record profit and shortage through 2030
  • Samsung HBM4 reaches 80 percent yield
  • AI chip supply chain this week
  • AWS Capacity Blocks GPU price hike
  • Apple's CEO on the memory crisis
  • CXMT HBM3E yields: claimed vs verified
  • DeepSeek V4.1 Flash and KV-cache memory
  • External: TrendForce on Samsung's Q3 pre-announcement

Figures are as reported on October 29, 2026 and may be revised in Samsung's final filings.

Spotted something out of date? Let us know.
Yash Thakker

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Yash Thakker

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