# Teradyne (TER) Financial Model Free Excel 3-statement financial model and company analysis for Teradyne. - Canonical: https://finamodel.com/companies/teradyne - Industry: Semiconductors - Downloadable model: Yes - Excel download: https://finamodel.com/company-models/TER.xlsx ## Model Purpose This model evaluates the equity valuation and free cash flow generation of Teradyne (TER) to determine if the cyclical upside from AI-driven semiconductor testing and the long-term growth of its industrial robotics segment are fully priced into the current market valuation. ## Company Overview Teradyne is a leading global supplier of automated test equipment (ATE) and advanced robotics systems. The company designs and manufactures testing solutions for semiconductors and electronic systems, ensuring quality and performance before components are shipped to end users. **Business Segments:** * **Semiconductor Test** (~79% of revenue): Testing solutions for System-on-a-Chip (SoC) and memory integrated circuits. * **Product Test** (~11% of revenue): System-level and wireless testing for defense, aerospace, and storage applications. * **Robotics** (~10% of revenue): Collaborative robots (cobots) via Universal Robots (UR) and autonomous mobile robots (AMRs) via Mobile Industrial Robots (MiR). **Key Geographies:** Taiwan (36%), China (14%), South Korea (14%), United States (11%). **Business Model:** Asset-light manufacturing (heavily reliant on outsourced fabrication) with high R&D intensity and strong intellectual property. **Competitive Position:** Operates in a functional duopoly in the semiconductor ATE market alongside Japan's Advantest, controlling the vast majority of global market share. **Recent Major Events:** In May 2024, Teradyne divested its Device Interface Solution (DIS) business for $85 million. In 2025, the company experienced a massive surge in AI-related compute and memory test demand, driving consolidated revenue up 13% year-over-year to $3.19 billion. ## Revenue Deep Dive ### Semiconductor Test * **Revenue Driver Formula:** Total Addressable Market (TAM) x Teradyne Market Share x Blended Average Selling Price (ASP). * **Historical Growth Rate:** Highly cyclical; recently grew ~17% YoY in 2025 (excluding the DIS divestiture). * **Key Growth Levers:** AI data centre buildouts, increasing complexity of 3nm/2nm chip nodes, and advanced packaging requirements. * **Pricing Dynamics:** High pricing power due to duopoly structure and high switching costs for semiconductor fabricators. * **Seasonality:** Historically front-loaded in Q2/Q3 ahead of consumer electronics (mobile) launches, but AI demand has recently shifted the mix, making Q4 exceptionally strong. ### Product Test * **Revenue Driver Formula:** Number of Test Systems Sold x ASP + Services/Support. * **Historical Growth Rate:** Low single-digit CAGR (stable, cash-cow segment). * **Key Growth Levers:** Defense and aerospace modernisation, complex storage testing. * **Pricing Dynamics:** Contractual and long-term in nature. ### Robotics * **Revenue Driver Formula:** (Cobot Units x UR ASP) + (AMR Units x MiR ASP). * **Historical Growth Rate:** Volatile; declined 3% in 2024 due to industrial headwinds but recovered in late 2025. * **Key Growth Levers:** Labour shortages, warehouse automation, and "physical AI" integration. * **Pricing Dynamics:** Highly competitive against traditional industrial automation players. ## Cost Structure ### Variable Costs / COGS * **Breakdown:** Direct materials, outsourced contract manufacturing costs, warranty provisions, and inventory obsolescence charges. * **Gross Margin Range:** 57.0% to 59.5% (58.2% in 2025). * **Scaling:** High operating leverage. Because manufacturing is outsourced, COGS scales linearly with volume, but fixed overhead absorption improves during cyclical upswings. ### Operating Expenses * **R&D:** ~14-16% of revenue. Expensed as incurred; critical for maintaining the duopoly technology edge against Advantest. * **SG&A:** ~15-18% of revenue. Heavily headcount-driven, supporting direct sales forces for the Robotics segment. * **Depreciation & Amortisation:** ~3-4% of revenue. Includes significant amortisation of acquired intangible assets from the UR and MiR acquisitions. * **Stock-Based Compensation:** ~3-4% of revenue. * **Restructuring:** Occasional charges related to footprint consolidation, though not a persistent structural feature. ### Margin Profile * **Gross Margin:** ~58%. * **Operating Margin:** 20% to 31% depending on the semiconductor cycle (20.4% in 2025, peaking at 27.1% in Q4 2025). * **Net Margin:** 17% to 24% (17.4% in 2025). ## Balance Sheet Structure * **Total Assets:** Approximately $3.5 billion. * **Key Asset Categories:** Cash and marketable securities, accounts receivable, inventory, and a high proportion of goodwill/intangibles. * **Goodwill & Intangibles:** Significant (over 20% of assets) due to the acquisitions of Universal Robots, MiR, and LitePoint. * **Working Capital Profile:** * **DSO:** 55-65 days. * **DIO:** 80-100 days (inventory runs high to buffer against supply chain shocks). * **DPO:** 40-50 days. * **Net Working Capital:** Positive, requiring cash absorption during high-growth cyclical upswings. * **PP&E:** Relatively small due to the outsourced manufacturing model. * **Right-of-Use Assets:** Material but standard for corporate offices and R&D facilities. ## Capital Expenditure & Investment * **Capex as % of Revenue:** 3.0% to 5.0% (highly asset-light). * **Maintenance vs. Growth:** Primarily growth capex directed at R&D lab equipment and demonstration units. * **Capitalised Software:** Minimal; most R&D is expensed. * **M&A Pattern:** Bolt-on acquisitions targeting adjacent test markets or robotics capabilities (e.g., the 2026 joint venture with MultiLane for high-speed I/O test). ## Debt & Capital Structure * **Total Debt:** ~$200 million outstanding on the revolving credit facility at year-end 2025. * **Net Debt:** Deeply negative (net cash position of ~$248 million). * **Debt/EBITDA:** < 0.5x (highly conservative balance sheet). * **Key Debt Instruments:** Revolving credit facility used primarily for short-term working capital and share repurchase timing. * **Share Repurchase Programme:** Highly active. The company repurchased $702.1 million in stock in 2025. * **Dividend Policy:** Consistent dividend payer. Paid $76.3 million in 2025 (yield of ~0.3%, payout ratio ~14%). ## Cash Flow Characteristics * **OCF Conversion:** Consistently >1.0x net income due to high non-cash charges (D&A and SBC) and strong margin flow-through. * **Free Cash Flow Margin:** 14% to 20% (14.1% in 2025). * **Working Capital Impact:** Inventory build-ups during cyclical upswings can temporarily depress OCF. * **Capex Intensity:** Very low, allowing the vast majority of OCF to convert directly to FCF. ## Sheet Structure 1. **Assumptions**: Hardcoded inputs for macroeconomic drivers, segment growth, margins, and capital returns. 2. **Revenue Build**: Segment-level volume and pricing forecasts for Semiconductor Test, Product Test, and Robotics. 3. **Income Statement**: GAAP and Non-GAAP views, explicitly breaking out amortisation of acquired intangibles. 4. **Balance Sheet**: Standard asset, liability, and equity line items mirroring the 10-K. 5. **Cash Flow Statement**: Indirect method bridging Net Income to OCF, CFI, and CFF. 6. **Working Capital Schedule**: DSO, DIO, and DPO calculations projecting AR, Inventory, and AP. 7. **Depreciation & Amortisation Schedule**: Waterfall for existing PP&E/Intangibles and new capex. 8. **Debt Schedule**: Revolver drawdowns, repayments, and interest expense calculations. 9. **Shareholders Equity**: Tracking retained earnings, share repurchases, and dividend payouts. 10. **DCF Valuation**: Unlevered free cash flow calculation, WACC, terminal value, and implied share price. ## Key Financial Relationships 1. `Semiconductor Test Revenue = Prior Year Semi Test Revenue * (1 + Semi Test Growth Rate)` 2. `Product Test Revenue = Prior Year Product Test Revenue * (1 + Product Test Growth Rate)` 3. `Robotics Revenue = Prior Year Robotics Revenue * (1 + Robotics Growth Rate)` 4. `Total Revenue = Semiconductor Test Revenue + Product Test Revenue + Robotics Revenue` 5. `Cost of Revenues = Total Revenue * (1 - Blended Gross Margin %)` 6. `Gross Profit = Total Revenue - Cost of Revenues` 7. `R&D Expense = Total Revenue * R&D % of Revenue` 8. `SG&A Expense = Total Revenue * SG&A % of Revenue` 9. `Operating Income (GAAP) = Gross Profit - R&D Expense - SG&A Expense - Amortisation of Acquired Intangibles` 10. `Interest Expense = Average Revolver Balance * Interest Rate` 11. `Net Income = Operating Income - Interest Expense - Income Taxes` 12. `Diluted Shares Outstanding = Prior Year Shares - (Share Repurchases / Average Share Price)` 13. `Free Cash Flow = Cash from Operations - Capital Expenditures` ## Cross-Sheet Dependencies * The **Assumptions** sheet drives the **Revenue Build** and operating expenses on the **Income Statement**. * The **Income Statement** generates Net Income, which feeds the top line of the **Cash Flow Statement** and Retained Earnings on the **Balance Sheet**. * The **Revenue Build** and **Income Statement** feed the **Working Capital Schedule** to calculate AR, Inventory, and AP, which then flow into the **Cash Flow Statement**. * The **Cash Flow Statement** determines the cash shortfall/surplus, dictating revolver draws on the **Debt Schedule**. * The **Debt Schedule** calculates interest expense, creating a circular reference with the **Income Statement** (Net Income -> Cash Flow -> Debt -> Interest -> Net Income). ## Sign Convention * **Revenue and Assets:** Positive. * **Expenses and Liabilities:** Positive in their respective build schedules, but subtracted in aggregation formulas (e.g., Gross Profit = Revenue - COGS). * **Cash Flow Statement:** Cash inflows are positive; cash outflows (capex, share repurchases, dividends) are negative. ## Things Most Likely to Go Wrong * **Divestiture Distortion:** The sale of the DIS business in May 2024 distorts historical YoY growth rates for the Semiconductor Test segment. The model must use pro-forma 2024 figures as the base for future growth. * **Non-GAAP Adjustments:** Teradyne reports heavily on a Non-GAAP basis. The model must explicitly add back the amortisation of acquired intangibles (from UR/MiR) to reconcile GAAP to Non-GAAP EPS. * **Cyclicality:** Extrapolating linear growth in the Semiconductor Test segment will fail. The model must account for cyclical peaks and troughs based on AI and mobile node transitions. * **Share Count Reduction:** Teradyne aggressively buys back stock. Failing to dynamically reduce the diluted share count will artificially depress EPS forecasts. * **Inventory Swings:** The company builds inventory ahead of major product cycles. Working capital cash flows will swing violently quarter-to-quarter. * **SBC Treatment:** Stock-based compensation is high. It must be added back to OCF but treated as a real economic cost (via share dilution) in the valuation. * **Robotics Profitability:** The Robotics segment has lower operating margins than Semi Test. A shift in revenue mix toward Robotics will compress consolidated operating margins. ## Validation Checks * **Gross Margin:** Must remain between 57.0% and 60.0%. Flag if outside this band. * **Operating Margin:** Should track between 20.0% and 28.0% depending on the revenue cycle. * **Capex / Revenue:** Must not exceed 5.0% (historically runs ~3-4%). * **Debt / EBITDA:** Should remain below 1.0x. Teradyne operates with a net cash position. * **Balance Sheet:** Total Assets must exactly equal Total Liabilities + Shareholders Equity. * **FCF Conversion:** FCF / Net Income should be > 80%. * **Share Count:** Must decrease YoY given the $500M+ annual repurchase programme. ## Key Assumptions (Default Values) | Assumption | Default Value | Unit | Rationale | |---|---|---|---| | Semiconductor Test Growth | 15.0 | % | Driven by strong AI compute and memory test demand. | | Product Test Growth | 5.0 | % | Stable, low-growth defense and aerospace end markets. | | Robotics Growth | 10.0 | % | Recovery from 2024 industrial downturn; long-term warehouse automation trends. | | Gross Margin | 58.2 | % | Actual reported FY2025 gross margin. | | R&D as % of Revenue | 15.0 | % | Historical average required to maintain duopoly technology leadership. | | SG&A as % of Revenue | 16.0 | % | Historical average, supporting direct sales in Robotics. | | Effective Tax Rate | 15.0 | % | Blended global tax rate based on recent historical averages. | | Capex as % of Revenue | 4.0 | % | Asset-light model; historical average. | | DSO | 60 | Days | Calculated from historical AR and revenue. | | DIO | 90 | Days | Calculated from historical inventory and COGS. | | DPO | 45 | Days | Calculated from historical AP and COGS. | | Share Repurchases | 500.0 | $M | Conservative estimate based on $702M executed in 2025. | | Dividend per Share | 0.48 | $ | Annualised based on recent quarterly payouts. | | Revolver Interest Rate | 6.0 | % | Estimated cost of short-term floating rate debt. | | WACC | 9.5 | % | Standard discount rate for a cyclical semiconductor equipment manufacturer. | | Terminal Growth Rate | 3.0 | % | Long-term GDP growth plus premium for semiconductor TAM expansion. | ## Data Sources & Benchmarks * **Filings:** SEC EDGAR (Teradyne 10-K, 10-Q, 8-K), Teradyne Investor Relations website. * **Direct Peers:** Advantest (ATEYY) - primary duopoly competitor in ATE. * **Adjacent Peers:** KLA Corporation (KLAC), Applied Materials (AMAT), Entegris (ENTG). * **Industry Data:** SEMI (Semiconductor Equipment and Materials International) billings reports, IFR (International Federation of Robotics) annual reports. ## Sources * Teradyne Q4 and Full Year 2025 Earnings Release * Teradyne 2025 10-K SEC Filing * Teradyne 2024 Annual Report to Shareholders * Stock Titan: TER Financials and Margins * Investing.com: Teradyne Gross Profit Margin * CMC Markets: Teradyne Revenue and AI Demand * Manufacturing Dive: Teradyne Q4 Revenue Growth --- ## Frequently asked questions ### What does Teradyne (TER) do? Teradyne is a leading global supplier of automated test equipment (ATE) and advanced robotics systems. The company designs and manufactures testing solutions for semiconductors and electronic systems, and also provides collaborative robots (cobots) and autonomous mobile robots (AMRs). ### What are the primary revenue drivers for Teradyne? Teradyne's revenue is primarily driven by its Semiconductor Test segment, which accounts for approximately 79% of its total revenue. Growth in this segment is influenced by demand for System-on-a-Chip (SoC) and memory integrated circuits, particularly with the cyclical upside from AI-driven semiconductor testing. ### What is the assumed revenue growth rate in the Teradyne financial model? The financial model for Teradyne assumes a revenue growth rate of approximately 3.92% for the forecast horizon from FY2026 to FY2030. This assumption is a key input for projecting the company's future top-line performance. ### How does Teradyne's asset-light business model impact its capital expenditure assumptions? Teradyne's asset-light manufacturing model, which relies heavily on outsourced fabrication, results in a relatively low capital expenditure. The model assumes Capex as a percentage of revenue at approximately 5.30%, with most investment directed towards growth capex like R&D lab equipment. ### What is the purpose of the Teradyne financial model? The Teradyne financial model evaluates the company's equity valuation and free cash flow generation. Its primary purpose is to determine if the cyclical upside from AI-driven semiconductor testing and the long-term growth of its industrial robotics segment are fully priced into the current market valuation. ### Can I download an Excel financial model for Teradyne (TER)? Yes, an Excel financial model for Teradyne (TER) is available for download. This model covers a forecast horizon from FY2026 to FY2030 and belongs to the general corporate model family. [Interactive forecast calculator](https://finamodel.com/companies/teradyne/forecast)