SEOUL, 29th Oct: Samsung’s semiconductor business is riding the artificial intelligence boom, and the numbers are difficult to ignore. The company reported record third-quarter operating profit of 107.44 trillion won, driven by surging demand for advanced memory chips and an aggressive expansion strategy.

The message is straightforward. As AI infrastructure expands, companies supplying the chips behind that infrastructure are positioning themselves for enormous opportunities.

Samsung’s latest results underline that shift.

Samsung Record Quarterly Profit Sets a New Benchmark

According to a report by The Korea Herald, Samsung Electronics recorded operating profit of 107.44 trillion won, equivalent to approximately $80.19 billion, in the third quarter.

The company became the first global technology company to cross 100 trillion won in quarterly operating profit, according to the report.

Operating earnings surged 783.1% compared with the same period a year earlier. Revenue climbed 126.9% to 195.25 trillion won, marking the fourth consecutive quarterly record. Net profit jumped 514.6% to 75.14 trillion won.

These figures point to a significant change in Samsung’s earnings engine. Semiconductor demand, particularly for advanced memory used in AI systems, has become a major growth driver.

For a company competing across smartphones, televisions, displays and household appliances, the semiconductor business is increasingly taking centre stage.

HBM4 Chips Become Samsung’s Biggest Advantage

High-bandwidth memory, or HBM, has emerged as a crucial component of advanced AI computing systems. These chips help supply the enormous volumes of data required by high-performance processors.

Samsung’s sixth-generation HBM4 products played a central role in its latest performance.

Revenue from HBM4 more than tripled during the quarter, accounting for approximately 60% of the company’s total HBM revenue. Samsung also reached its market share target ahead of schedule.

That is a significant development in a market where technology, production capacity and customer qualification can determine who captures the next wave of demand.

The company also reported that negotiations for 2027 HBM supply had been completed at prices reflecting its product competitiveness. Samsung said the volume was already sold out, while major customers continued requesting additional supply.

In other words, demand is not merely supporting current revenue. It is also shaping future production commitments.

Samsung’s next-generation HBM4E chips have received positive initial customer responses following sample shipments in May. The company secured long-term memory supply agreements with 10 major clients and held discussions with another 10.

Samsung is seeking commitments covering 60% to 70% of its manufacturing capacity through 2030.

The strategy is clear: secure customers early, establish long-term relationships and prepare production capacity for sustained AI demand.

Semiconductors Drive the Earnings Machine

Samsung’s Device Solutions division, which houses its semiconductor operations, generated 147.1 trillion won in revenue and 106.5 trillion won in operating profit.

The division accounted for the overwhelming majority of the operating earnings reported in the third quarter.

That contrast becomes clearer when compared with Samsung’s consumer-facing businesses.

The Device eXperience division, responsible for smartphones, televisions and home appliances, generated 52.1 trillion won in revenue but recorded an operating loss of 800 billion won.

Samsung Display reported revenue of 8 trillion won and operating profit of 1.1 trillion won. Harman, its automotive electronics and audio business, generated 4.3 trillion won in revenue and 600 billion won in operating earnings.

The takeaway is not that Samsung’s consumer products have become irrelevant. Rather, its latest earnings show how heavily profitability currently depends on semiconductors.

When demand for AI infrastructure rises, memory suppliers can benefit from a market that values advanced technology and reliable supply.

Samsung Plans Massive Semiconductor Investments

Samsung is preparing to expand its manufacturing capabilities to address persistent supply constraints.

The company planned capital expenditure of 84.4 trillion won for 2026, an increase of 31.7 trillion won from the previous year. Of that total, 76.8 trillion won was allocated to semiconductors and 3.9 trillion won to display operations.

Third-quarter investment reached 29 trillion won, including 27.2 trillion won directed towards chips.

Samsung is also evaluating potential new fabrication facilities in South Korea and the United States. At its Taylor, Texas facility, equipment installation and cleanroom operations have begun, alongside expansion efforts in advanced chip packaging.

The company acknowledged that capacity expansion at advanced manufacturing nodes was not keeping pace with demand.

It also confirmed that it was evaluating additional manufacturing lines to handle orders for 2-nanometer chips used in AI and high-performance computing applications.

This is where the opportunity becomes more complicated. Demand creates the incentive to expand, but semiconductor manufacturing requires substantial capital, specialised equipment and careful production planning.

Building capacity takes time. Getting that capacity to produce advanced chips at scale is another challenge entirely.

AI Chip Demand Could Extend Beyond 2027

Samsung expects the semiconductor upcycle to continue through 2027, supported by sustained investment in artificial intelligence.

The company also indicated that the memory supply shortage could extend into 2028.

If that outlook holds, the industry could face several more years in which demand for advanced memory outstrips available supply.

For Samsung, the challenge will be converting demand into dependable production, maintaining product competitiveness and meeting commitments to major customers.

The opportunity extends beyond a single generation of HBM products. HBM4E development, advanced packaging and 2-nanometer manufacturing all form part of the broader race to supply increasingly demanding AI workloads.

For India, these developments are worth watching closely. The global AI ecosystem depends on a complex supply chain spanning chip design, manufacturing equipment, memory, packaging, cloud infrastructure and data centres.

India’s ambitions in electronics manufacturing and AI infrastructure make semiconductor developments in South Korea and the United States commercially relevant. However, Samsung’s results alone do not establish how much of the company’s future investment or supply chain activity will flow to India.

Shareholders Prepare for a Major Payout

Samsung’s strong earnings also have implications for investors.

The board approved a third-quarter dividend of 4,601 won per share, with approximately 30 trillion won scheduled for distribution on November 27.

The company also outlined a shareholder allocation target of 90 trillion won to 110 trillion won for 2026. Between 55 trillion won and 75 trillion won remained unallocated, according to the report.

Samsung said the remaining funds would be returned through a substantial share repurchase and cancellation programme, alongside cash dividends.

That matters because shareholder returns can complement investment in future growth. Buybacks and dividends reward investors, while capital expenditure supports the manufacturing capacity required to compete in the next phase of the AI boom.

The balance between these priorities will remain important as Samsung commits more capital to advanced chips.

Samsung’s latest results reinforce a lesson that the technology industry sometimes overlooks: the companies supplying essential infrastructure can become just as strategically important as those building the applications consumers see.

AI models attract headlines, but they depend on processors, memory, packaging and manufacturing capacity. Samsung’s HBM4 performance demonstrates the commercial importance of that underlying infrastructure.

Still, record profits should not be mistaken for guaranteed future dominance. Semiconductor manufacturing is capital-intensive, customer requirements evolve, and production expansion takes time. Samsung must convert its current demand advantage into reliable output without losing competitiveness.

@shivendraedits