Texas Instruments Incorporated

TI's chip sales are not subscription or contract-based, relying instead on design-in cycles that provide multi-quarter directional visibility without contractual revenue protection. Industrial and automotive demand swings drove a roughly 22% revenue decline from the FY2022 peak ($20.0B) to the FY2024 trough ($15.6B), demonstrating meaningful cycle sensitivity despite the stickiness of individual design wins.

TI's 80,000-part catalog spans power management, signal chain, data converters, and microcontrollers across many applications, with no single customer exceeding 10% of revenue. Industrial and automotive end markets together represent approximately 70% of FY2025 revenue, and these two segments have correlated cyclicality, limiting the practical diversification benefit of the broad product line.

FY2025 revenue was distributed across five geographic regions: United States 38%, Europe/Middle East/Africa 22%, China 19%, Rest of Asia 11%, and Japan 8%. No single country exceeds 40%, and four regions each account for at least 8% of total revenue, meeting the criteria for genuinely broad geographic distribution.

TI's 300mm manufacturing generates approximately 2.5x more chips per wafer than the 200mm fabs most analog peers operate, establishing a structural cost-per-chip advantage that compounds with utilization. Depreciation is guided to $2.2-2.4B in 2026 (up from $1.9B in 2025), a transitional step-up from the Sherman fab expansion that compresses near-term operating leverage before those facilities reach scale.

Analog chips for industrial automation and automotive safety systems are mission-critical components with qualification lifetimes often exceeding ten years in automotive platforms. Once a TI chip is designed in and validated, purchasing behavior is largely automatic for the product lifetime, making revenue more durable than the transactional order-flow structure suggests.