TSMC (TSM) Price on Solana

Qualcomm has unveiled the Snapdragon 8 Elite Gen 6, its latest flagship Android processor built on TSMC's 2-nanometer process. The chip ships in two variants — including an "Extreme" edition capable of running AI models with up to 30 billion parameters locally — and integrates a dedicated neural processing unit designed for on-device agentic workloads without cloud dependency. Motorola, Xiaomi, and ZTE are among the OEMs expected to deploy the chip in premium smartphones.

For TSMC, the design win signals continued advanced-node demand from one of its largest foundry customers. Qualcomm's move from 4nm to 2nm deepens that relationship and supports TSMC's N2 ramp at a challenging moment for the broader handset industry: Counterpoint Research projects global smartphone unit shipments will contract 14% in 2026 as rising memory costs push device prices higher. Qualcomm's strategy of differentiating on on-device AI capabilities is positioned to sustain premium-tier volumes at TSMC's most advanced nodes even as the overall market shrinks.

Taiwan's benchmark Taiex surged to a record intraday high of 48,601.53 on September 22, topping the previous record of 48,218.87 set on June 23, before closing up just 0.17% at 47,800.17. The move was driven by overnight U.S. tech strength — the Nasdaq rose 1.49% — and easing inflation concerns on falling crude oil prices, extending a 4.85% gain over the prior four sessions. Turnover reached NT$1.02 trillion.

TSMC, the Taiex's dominant component, touched NT$2,510 intraday before profit-taking pulled shares down 0.81% to NT$2,460 at the close — a reversal that alone cost the index roughly 400 points. Broader Taiwan tech names held firmer: ASE Technology gained 4.52%, MediaTek rose 3.39%, and Hon Hai added 1.20%. Analysts noted that while consolidation is likely after the recent run, the AI demand cycle underpinning Taiwan's semiconductor and hardware supply chain keeps the broader uptrend intact.

MediaTek has selected TSMC's 2-nanometer process node for its upcoming Dimensity 9600 Pro chip, while the broader Dimensity 9600M line will remain on TSMC's 3nm technology. The design win confirms continued demand for TSMC's most advanced manufacturing nodes and extends the foundry's customer reach at the leading edge, where it faces rising competition from rival fabs targeting sub-3nm production.

The customer win arrives as some analysts question TSMC's near-term valuation. Simply Wall St's model places TSMC's intrinsic fair value at roughly $378, implying the stock at $430 trades about 14% above that estimate. The analysis applies an elevated 11.51% discount rate to reflect Taiwan geopolitical risk, assumes 50% profit margins and revenue growth above 30%, and anchors to a 20x future P/E — producing a forward P/E target of 43.3x against today's 28.4x multiple. TSMC shares are up about 35% year-to-date with a one-year total return near 61%.

TSMC reported August 2026 revenue of NT$514.81 billion, surpassing the NT$500 billion threshold for the first time and marking a 53.3% year-over-year increase and a 10.1% rise from July's NT$467.58 billion. The result pushed the company's January-through-August cumulative revenue to NT$3.387 trillion, up 39.3% compared to the same period a year earlier, with August alone accounting for roughly 15.2% of that running total.

TSM shares rose approximately 1.7% to $435.24 following the disclosure as investors refocused on strong demand within the AI-chip supply chain. The company posted a second-quarter gross margin of 67.7%, underscoring the profitability of its advanced manufacturing volumes. GuruFocus noted the stock trades around 33% above its estimated fair value, flagging limited cushion if overseas expansion costs or margin pressure disappoint.

A Motley Fool analysis comparing TSMC and ASML concludes that TSMC holds a clear edge on both revenue growth and valuation. TSMC, the world's largest chip foundry and manufacturer for nearly every major tech company, has consistently outpaced ASML on quarterly year-over-year revenue and earnings-per-share growth — with the author calling the growth comparison "no contest." At the same time, TSMC trades at a lower forward price-to-earnings ratio than ASML, making it the cheaper option despite its stronger growth trajectory.

The bullish case for TSMC leans heavily on management's forward guidance: the company's CEO has projected elevated AI chip demand running through 2029 and into 2030, extending the visible demand runway well beyond the current infrastructure buildout cycle. Because TSMC's foundry model allows it to manufacture chips across successive technology generations for a broad client base, analysts argue the business is well-positioned to sustain high utilization even as individual AI product cycles turn over.

Taiwan Semiconductor Manufacturing (TSM) has returned roughly 363% over the past three years, but a discounted cash flow analysis now puts the stock about 27.5% above its estimated intrinsic value of approximately $328 per share. The primary concern is whether AI-driven demand, advanced node wins — including Xiaomi's Xring O3 built on TSMC's 3nm process — and CoWoS packaging capacity approaching 125k units monthly by 2026 are already priced in, leaving limited buffer for any earnings disappointment.

The picture is mixed: at roughly 28x earnings TSMC trades well below the 46x industry average and the 56x peer-group average, suggesting the stock is not stretched on a relative-earnings basis. The tension lies between cash-flow models that flag overvaluation and earnings multiples that still look modest. Geopolitical risk tied to Taiwan's geography remains an additional variable that bears and skeptics point to when questioning whether the three-year run has further room to extend.

TSMC's $265 billion U.S. commitment — anchored by 12 planned Arizona facilities — has drawn experienced engineers from Taiwan to Phoenix, but late-career relocators are running into a hidden retirement penalty: Taiwan has no totalization agreement with the United States, so decades of Taiwanese work history earn zero U.S. Social Security credits. An engineer who arrives at 60 must continue working in the U.S. until roughly 70 to accumulate the 40 credits required for minimum benefits; retiring at the conventional age of 65 could mean walking away with nothing despite a 30-year career.

The problem is compounded for workers assigned through foreign entities, whose U.S. payroll may not withhold Social Security taxes at all — meaning credits are not accruing even while they live and work in Phoenix. With no federal fix in sight, affected employees are being advised to lean on 401(k) plans, Taiwan pension entitlements, and spousal benefits to fill the gap, adding a layer of financial complexity to an already demanding cross-Pacific relocation.

Motley Fool analyst Harsh Chauhan argues that TSMC stock is positioned to rally following Nvidia's Q2 earnings report on August 26, given how deeply the two companies are linked. Nvidia accounts for more than 20% of TSMC's revenue this year and is TSMC's single largest customer, meaning an outsized Nvidia quarter flows directly into TSMC's order pipeline. Nvidia is expected to report roughly $91 billion in Q2 revenue — up 95% year-over-year — with consensus projecting $103.8 billion in Q3 as AI infrastructure spending accelerates.

The bullish case for TSMC rests on two additional tailwinds: Nvidia's plan to raise AI chip prices by over 15%, and a massive estimated $1 trillion order book for Blackwell and Vera Rubin chips extending through 2027, with Vera Rubin production ramping significantly in the second half of 2026. TSMC is also reported to be raising foundry service prices by approximately 10% in 2027. Chauhan projects that at 35% annual earnings growth through 2030, TSMC's EPS could reach $47.75, implying a stock price near $1,150 — roughly 182% above current levels — though such long-range estimates carry significant uncertainty.

Xiaomi has contracted TSMC to manufacture three new proprietary processors, according to two people familiar with the matter, expanding TSMC's roster of Chinese consumer-electronics customers beyond its traditional anchor clients. The flagship Xring O3 smartphone processor — the successor to the Xring O1 introduced in May 2025 — is being produced on TSMC's 3-nanometer node and has already entered mass production targeting 200,000 to 300,000 units, with the chip earmarked for Xiaomi's next flagship foldable phone. Alongside it, Xiaomi has engaged TSMC for the Xring O100, a 6nm neural processing unit designed to run Xiaomi's MiMo large language model, and the Xring D100, a 3nm autonomous-driving chip.

The awards give TSMC a new multi-chip account spanning smartphone, on-device AI, and automotive workloads — three of the highest-growth segments competing for advanced node capacity. Xiaomi's Xring O1 has shipped roughly 150,000 smartphones since launch, with cumulative shipments across device types surpassing one million units, suggesting the relationship could scale meaningfully. For TSMC, adding a vertically integrating Chinese OEM willing to pay for leading-edge nodes reinforces utilization of its 3nm capacity at a time when the company is simultaneously investing heavily in Arizona expansion and fielding demand from AI accelerator customers.

TSMC has expanded its U.S. manufacturing commitment to $265 billion after announcing an additional $100 billion investment in Arizona facilities. CEO C.C. Wei has expressed confidence that strong AI chip demand will persist through 2029 or 2030, and the scale of the Arizona buildout reflects that outlook — as the world's largest chip foundry, TSMC has direct visibility into the pipeline of demand from its major clients building out AI data centers.

Beyond the AI demand story, the Arizona expansion serves as a geopolitical hedge: concentrating less production in Taiwan reduces exposure to disruption risk from potential Chinese military action. Combined with CHIPS Act incentives supporting the U.S. buildout, analysts cited in the piece argue the investment signals and demand durability make TSMC stock a straightforward long-term hold at current levels.