Texas Instruments has started raising prices on its semiconductor products, citing strengthening chip demand, in a bid to lift average selling prices, revenue and margins into 2026. The company has not disclosed the size of the increases or which product lines are affected, leaving analysts to infer the margin impact from direction rather than arithmetic. Unit volume growth remains the near-term revenue driver, making pricing a margin supplement rather than a growth engine.
Texas Instruments has begun raising prices across its semiconductor catalog, a move that turns average selling prices into a fresh earnings lever for the largest US analog chipmaker as it leans on firming demand and unit volume growth to rebuild margins into 2026.
The Dallas-based company, which sells analog and embedded processors into industrial and automotive markets, cited strengthening chip demand as the reason for the increases, without disclosing the size of the hikes or the product lines affected. Pricing had been the missing variable in Texas Instruments' recovery: the company spent three years building out 300mm wafer capacity in Texas and Utah, a program that depressed free cash flow and left it exposed to a prolonged inventory correction in industrial and automotive end markets.
The move lands in a semiconductor market where pricing power is returning unevenly. Intel is weighing a roughly 10% increase in central processing unit prices starting in early October, according to a report from Taiwan-based DigiTimes that cited unnamed sources, extending a series of increases the company began at the end of 2025. Intel shares jumped 8% on that report. Citrini analyst Jukan Choe said the decision suggests Intel is prioritizing gross margin expansion over additional market share.
Memory is the sharper edge of the same trend. Demand from artificial intelligence data centers has pushed memory prices sharply higher, and Intel said in April that those higher component costs would shrink the overall PC market by a low double-digit percentage. For Texas Instruments, whose analog parts carry far less memory content than a CPU or a GPU, the cost squeeze is milder — which is precisely why a price increase reads as margin expansion rather than cost pass-through.
Analog chips are the commodity end of semiconductors, and that is the point. A voltage regulator or an amplifier is designed into a customer's board and then stays there for a decade, because requalifying a replacement part costs more in engineering time than the chip costs to buy. That switching cost is what gives Texas Instruments, Analog Devices, ON Semiconductor and NXP Semiconductors the ability to raise prices after a downturn without immediately losing sockets.
The question is whether the demand cited as justification is broad enough to absorb higher prices. Texas Instruments has not disclosed which end markets are driving the increases, and its two largest — industrial and automotive — have been the slowest to recover from the 2023-2024 inventory glut. Unit volume growth, not price, remains the near-term revenue driver the company has pointed to, which means the price increase functions as a margin supplement rather than a growth engine.
The read-through for peers cuts both ways. If Texas Instruments can push ASPs higher, Analog Devices and NXP gain pricing cover in their own contract renewals, and the analog group's gross margins — historically in the 60% to 70% range at the leaders — get a lift off cyclical troughs. If customers resist and volumes slip instead, the industry relearns that analog pricing is set by capacity utilization, not by intent.
Higher average selling prices translate into 2026 profit growth only if three conditions hold: the increases stick through annual price negotiations, unit volumes keep growing so the higher price applies to a larger base, and the 300mm capacity ramp keeps unit costs falling underneath the higher price. Texas Instruments has spent heavily on that capacity precisely to win on cost per chip, and a price increase layered on top of a falling cost curve is the most direct route to gross margin recovery the company has.
The market has not yet been given the numbers to model it. Texas Instruments has not disclosed the magnitude of the increases, the revenue contribution expected, or a timeline beyond 2026, leaving analysts to infer the margin impact from the direction of travel rather than the arithmetic. That gap between a confirmed pricing action and an unquantified earnings effect is where the debate sits.
Intel's parallel move offers a partial template. There, the reported 10% CPU increase came alongside a Northland upgrade to Outperform from Market Perform, with analyst Gus Richard citing "material progress" in the company's turnaround and a continuing server CPU shortage. Intel also deepened its multiyear High NA EUV lithography collaboration with ASML, saying more than 1 million wafers have now been processed on the equipment, including production layers for its Core Ultra Series 3 processors on the 18A node. ASML CEO Christophe Fouquet called Intel "one of the key leaders of the industry's adoption of High NA." Samsung plans to bring the technology into DRAM manufacturing by 2028, and TSMC is expected to use it for advanced chips from 2030.
For Texas Instruments, the pricing decision is a bet that the analog cycle has turned enough to support it. Investors will get the first hard evidence at the next quarterly report, when gross margin and ASP commentary either confirm the lever or show customers pushing back.
This article is for informational purposes only and does not constitute investment advice.
