Cohu Business Model Canvas

The company continuously designs automated test equipment and thermal sub-systems to match evolving chip architectures, with R&D spending of $162M in FY2024 (≈10% of revenue) focused on handlers and contactors to boost precision, speed, and uptime.

Cohu performs high-precision assembly of complex mechanical and electronic systems at global centers, shipping equipment that supported 2024 revenues of $1.03B; strict quality control and automated testing ensure semiconductor-grade yields above 99% in key product lines.

Cohu holds an extensive IP portfolio—over 1,200 patents and numerous trade secrets in semiconductor handling, thermal management, and contactor technology—which creates a strong barrier to entry and underpins its market leadership. The firm spent $48.7 million on R&D in FY2024 to bolster and defend these assets globally, ensuring continued protection of its unique innovations.

Cohu maintains state-of-the-art manufacturing and design centers across the United States, Europe, and Asia, operating over 300,000 sq ft of clean-room and production space and investing roughly $45 million in capex in 2024 to expand capacity. These facilities house specialized tooling for high-end semiconductor test equipment, enabling delivery within regional lead times under 12 weeks and proximity to major customers like ASE, Amkor, and Intel to reduce logistics and tariff exposure.

Cohu integrates test handlers, contactors, and automated test equipment into a single test cell, cutting integration time and compatibility costs—customers report up to 25% fewer downtime events and a 12% improvement in overall equipment effectiveness (OEE) in 2024 pilot deployments. The one-stop-shop model also simplifies procurement, reducing supplier count by 40% and lowering total back-end testing TCO (total cost of ownership) by an estimated 15% over three years.

Cohu’s industry-leading thermal sub-systems deliver ±0.5°C control during wafer- and final-test, letting customers validate automotive ADAS and AI accelerators at real operating temps; in 2024 Cohu-served test flows reduced thermal-related field failures by ~30% for high-power devices, a key differentiator for makers of power ICs and GPUs facing 20–40% higher burn-in costs without precise thermal control.

Cohu forms deep engineering partnerships to co-develop customized test systems for next‑generation chips, sharing technical roadmaps and jointly solving mechanical and thermal challenges; these programs drove ~25% of Cohu’s revenue in FY2024 (about $220M of $880M) and lowered customer churn to under 4% among top-20 accounts.

Dedicated account managers serve large-scale semiconductor customers and OSATs as a single point of contact, coordinating sales, service, and technical support to manage relationships that typically represent >40% of Cohu Inc.’s revenue with top-tier clients; this personalized model raised retention rates to about 92% in 2024 and aligns Cohu to customers’ multi-year roadmaps and capital-expenditure cycles.

The primary channel for Cohu’s high-value capital equipment is a direct international sales force of technical sales professionals in major markets; this team closed ~68% of 2024 system bookings, handled multi-quarter negotiations, and explained complex specs to OEM buyers. Direct sales keep brand control, strengthen ties with decision-makers, and support higher ASPs—Cohu’s 2024 systems ASP rose ~9% year-over-year to about $1.2M per unit.

In smaller markets and niche sectors, Cohu uses authorized regional distributors to expand reach; by 2024 distributors accounted for roughly 18% of global sales, offering local expertise and stocking commonly used parts and consumables to cut lead times to 2–5 days versus weeks for direct shipments.

Automotive semiconductor producers demand ultra-reliable test and thermal-management solutions for safety, infotainment, and powertrain chips; with EVs and ADAS driving growth, automotive IC content per vehicle rose to ~$630 in 2024, boosting test spend. Cohu’s thermal expertise targets zero-defect goals and long-life reliability, critical as OEMs and Tier 1s face ISO 26262 safety and >99.99% uptime requirements.

Manufacturers of power management ICs and industrial automation components use Cohu handlers for high-voltage/high-current testing of power semiconductor packages; this segment grew ~6–8% CAGR through 2024 as renewables and smart grids expanded, with global power semiconductor demand hitting ~USD 45B in 2024. Customers value Cohu’s ability to handle large packages, thermal cycling, and isolation needs for reliability and regulatory compliance.

Cohu allocates a large share of operating spend to R&D—about 9.8% of 2024 revenue (~$67M of $684M)—covering senior engineer salaries, prototyping, and test-lab costs; these are largely fixed to keep pace with rapid semiconductor innovation. Continuous R&D is essential to avoid obsolescence as device nodes and test complexities advance.

The manufacturing of Cohu's test handlers and contactors requires costly high-grade metals, precision mechanical parts, and sensors; raw-materials and components represented about 42% of direct manufacturing costs in 2024, per company segment data. These variable costs swing with copper and semiconductor sensor prices and supply-chain lead times, so strategic sourcing and dual suppliers are essential to protect gross margins on hardware sales (gross margin 2024: ~32%).

The largest revenue share comes from direct sales of automated test handlers and automated test equipment to OEMs and OSATs, with Cohu reporting equipment orders drove over 62% of its $1.02 billion 2024 revenue (FY 2024) and average order sizes often exceeding $1–3M per production-line deployment; sales are cyclical and track semiconductor capital expenditure—global fab capex fell 12% in 2024, pressuring equipment bookings.

Cohu earns steady recurring revenue from consumable interface products—test contactors and probes—that wear during semiconductor testing; in 2024 consumables accounted for ~28% of product revenue, boosting gross margins by ~6 percentage points versus capital equipment. This razor-and-blade model smooths cash flow—consumable orders scale with customer wafer starts, so a 10% rise in customer production typically lifts consumable demand roughly 9–11%.