Interactive semiconductor value‑chain map
An interactive 15‑stage map of the semiconductor value chain was published to help teams identify where to prioritise GTM efforts, showing players, decision‑makers and GTM fit at each step. Sales ops teams can use this kind of mapping to focus coverage on high‑fit layers like wafer fabs or OSAT partners (x.com).
A chip does not move through one company from sketch to shipment. It moves through a relay race of specialists, and a new interactive map breaks that relay into 15 stages so teams can see exactly where they fit and who buys what at each step. (oecd.org) That matters because the semiconductor chain is not one market. The Organisation for Economic Co-operation and Development describes it as globally distributed, tightly interconnected, and concentrated in specific regions, which means one sales pitch that works for a design team will miss a packaging team completely. (oecd.org) At the front of the chain, engineers use electronic design automation software, which is chip-design software that checks a circuit before anybody builds it. Synopsys says these tools handle planning, simulation, testing, and preparation for manufacturing, so the buyer here is usually an engineering organization, not a factory manager. (synopsys.com) Before a chip company draws every block from scratch, it often licenses silicon intellectual property, which is a reusable chunk of design like buying an engine instead of machining every piston yourself. Arm sells processor, interconnect, security, and debug building blocks that design teams drop into larger systems. (arm.com) Then come fabless chip companies and design houses, which focus on the blueprint while somebody else handles the factory. Samsung’s semiconductor newsroom says foundries let fabless firms concentrate on design, and that split is what turned the industry from a few vertically integrated giants into a network of specialists. (news.samsungsemiconductor.com) The factory step is the foundry, which takes those designs and manufactures wafers at scale. Taiwan Semiconductor Manufacturing Company says it served 534 customers and manufactured 12,682 products in 2025, which shows why a map that points to foundries quickly moves you toward a very large concentration of demand. (tsmc.com) After wafers leave the factory, they still are not ready for a phone, car, or server. Outsourced Semiconductor Assembly and Test companies cut the wafers into individual chips, package them, and test them for quality and reliability before shipment. (news.samsungsemiconductor.com) That is why wafer fabs and outsourced semiconductor assembly and test partners are such obvious high-fit layers for go-to-market teams. They sit near the physical handoff points where capacity, yield, packaging, and test decisions turn into urgent purchase decisions for equipment, materials, software, and services. (tsmc.com) (amkor.com) The hidden value of a 15-stage map is that it forces people to separate “the semiconductor industry” into dozens of different buying centers. Georgetown’s Center for Security and Emerging Technology breaks the supply chain into research, design, fabrication, assembly, testing, equipment, and materials, and each layer has different economics and different gatekeepers. (cset.georgetown.edu) So the practical use is not just education. A sales operations team can look at one stage, see the named players, match the likely decision-maker to its product, and stop wasting coverage on layers where the fit is weak or the budget owner sits somewhere else. (quartr.com)
