1. A Broad Catalog Needed Access to Actual Designs
TI's portfolio contains many products serving different electrical requirements. That breadth has commercial value only when engineers can find suitable parts and qualify them in equipment.
A supplier can have an excellent catalog while seeing only a partial picture of the designs it might serve. When an intermediary handles much of the relationship, some information about evaluation, final application and competing needs can be less direct.
The business problem was therefore discovery as well as distribution. TI wanted access to more of the design projects in which its portfolio could be relevant, not simply a different payment arrangement for existing orders.
2. Distributors Performed Real Work
Distribution can aggregate purchases from many vendors, provide inventory, manage local relationships and simplify procurement. Customers may value buying a complete set of parts through one established commercial route.
That means a direct strategy does not remove cost merely by removing a name from the chain. Somebody still has to perform ordering, support, inventory and delivery functions. Some work moves to TI; some remains with customers or partners.
Understanding those functions makes the strategic choice more demanding and more credible. Direct sales can be attractive, but only if the new operating system provides a useful customer experience rather than assume intermediaries added no value.
3. The Relationship Began Before Revenue
An engineer may compare specifications, read technical material or request samples long before production purchasing begins. A direct route can make those early interactions more visible and easier to support.
The signals are useful but uncertain. An evaluation may not lead to selection; a selected design may not reach volume; a manufacturing partner may eventually place the order. Commercial visibility improves without becoming a perfect forecast.
This is why engagement measures should not be described as sales. The channel connects stages that remain logically distinct: interest, design work, qualification, ordering and delivery.
4. TI.com Was Part of a Larger System
TI invested in digital access alongside sales, business processes and logistics. Its 2023 annual report described about three-quarters of business transacting directly and discussed the multi-year investments behind that change. [S50]
The website was therefore not a substitute for the rest of the channel. It was one interface into a system that also had to provide technical answers, commercial terms and physical parts.
For a small engineering team, clear documentation and a usable ordering path can lower the effort needed to try a device. For a larger customer, planning and fulfillment coordination can be equally important. One interface has to connect to capabilities serving different scales of demand.
5. Better Discovery Could Turn Breadth Into Cross-Sell
An engineer looking for a controller may also need power regulation, sensing and interfaces. A direct relationship gives TI a chance to help with these adjacent requirements.
The word adjacent is important. A useful recommendation solves a real circuit problem. Merely exposing the customer to more catalog pages does not establish additional value.
If the combination fits, the customer can save search and integration effort while TI gains more opportunities in the design. If it does not fit, the customer can source elsewhere. Direct access improves participation in the decision, not control over the outcome.
6. Inventory Made Digital Access More Convincing
A well-documented part is less attractive if it cannot be obtained when a prototype or production run needs it. TI's inventory and supply strategy therefore supports the channel's practical value. [S39]
The relationship runs both ways. Customer activity can inform planning, while available parts make discovery and ordering more useful. But the information can still be noisy and inventory can still be the wrong mix.
The strategy attempts to connect demand signals with supply execution. It does not abolish forecasting or guarantee that every stock decision will be correct. That distinction becomes particularly important during a semiconductor shortage or correction.
8. TI Took on More Operational Responsibility
Serving a large customer base directly requires order systems, payment processing, support, inventory allocation and delivery coordination. Errors become TI's problem more immediately when the customer relationship sits with TI.
This is the cost side often missing from a simple disintermediation story. Potential gains in reach or information have to exceed the resources required to run the channel well.
The work is also uneven. A handful of small sample orders and a high-volume production account do not require the same service model. Digital scale can help with repeatable tasks, while complex relationships continue to require people and operational judgment.
9. Demand Information Improved Without Becoming Complete
Direct orders reveal what a customer purchases from TI. They do not automatically reveal the customer's full bill of materials, final equipment sales or inventory held elsewhere.
An apparent surge can reflect stock building, a delayed project or a change in ordering behavior rather than permanent end demand. Conversely, weak current orders can coexist with active new designs.
The benefit is a richer basis for decisions, not certainty. A disciplined supplier combines direct information with other operating evidence and remains alert to the difference between its own shipments and the customer's actual consumption.
10. The Strategy Was Not Right for Every Transaction
Some customers continue to prefer aggregation, local support or commercial services supplied by intermediaries. A direct relationship with one vendor can simplify access to that vendor while complicating a purchaser's broader sourcing process.
The remaining role of distribution should therefore be evaluated by function rather than ideology. The relevant question is who can perform each task most effectively for a particular customer and product situation.
TI's higher direct share establishes where its model moved. It does not establish that every semiconductor company should copy the same proportion or that every remaining indirect order is strategically inferior.
11. What Changed in the Business Model
| Earlier relationship | More direct relationship |
|---|---|
| More commercial activity mediated by distributors | More interactions owned by TI |
| Less direct access to some design signals | Greater opportunity to observe and support design work |
| Intermediary supplies more channel functions | TI carries more systems and service responsibility |
| Catalog reach depends heavily on partners | Digital and human reach become a larger internal capability |
The shift changed how TI connected its portfolio to customers, not what the underlying analog or embedded devices physically did.
12. The Long-Term Test Is Useful Customer Access
The strategy succeeds when customers can find, qualify and obtain relevant devices more effectively, and when that produces worthwhile business after channel costs. Direct share alone cannot prove those outcomes.
A rising share with poor fulfillment or irrelevant recommendations would be a weak result. A reliable experience that supports more qualified designs would strengthen the wider portfolio and manufacturing system.
The deeper story is therefore ownership of a relationship and its obligations. TI moved closer to the design engineer and purchasing customer, gaining information and opportunity while accepting more of the work required to make the relationship valuable.
Local Convenience and Global Scale Need Different Solutions
A globally available website can standardize discovery, but purchasing still involves local realities: delivery destinations, business procedures and the customer's preferred route for buying a wider set of components. A scalable direct channel needs to connect a common catalog with those practical requirements.
This is why digital reach is not identical to customer service. A website can expose a part to an engineer; it cannot on its own resolve a difficult application problem or coordinate every production change. Some interactions remain technical and human even when the transaction is recorded digitally.
The broader organization has to decide which tasks should be self-service and which require intervention. Automating a repetitive order step can reduce friction. Automating an ambiguous technical recommendation without enough context can create errors. The useful boundary follows the customer's problem rather than a goal of maximizing the proportion of interactions without people.
Channel performance also has to be compared over an appropriate period. Investing in logistics and business systems can create costs before additional customer reach produces production sales. A short observation window may show the cost before the benefit, while an overly generous long horizon can hide persistent failure to convert design activity.
A practical evaluation follows the relationship through its stages. Did the engineer find a suitable device? Could samples and documentation support evaluation? Did the qualified design reach production? Could the customer obtain the parts as required? Each question has different evidence.
The stages also explain the continuing role of partners. A customer can prefer direct technical contact with TI while sourcing other requirements through distributors. Another can value an intermediary's inventory and aggregation even when TI's digital resources influence the design. Relationships need not be all-direct or all-indirect to be commercially useful.
Consequently, a rising direct share should be interpreted as an organizational shift, not a universal market-share gain. Some transactions change route without increasing the total components sold. Incremental design participation and improved lifetime economics are the additional outcomes the strategy seeks.
The distinctive obligation is maintaining consistency across technical and commercial interfaces. An engineer promised a usable implementation path and a buyer promised reliable fulfillment are part of one customer system, even when they work for different organizations. TI's direct strategy becomes valuable when it joins those perspectives rather than treat them as separate traffic and order metrics.
A simple service failure illustrates the point: correct engineering advice followed by an inaccurate delivery promise still produces an unsatisfactory customer outcome. The commercial system has to preserve the value created by the technical interaction. Measuring the two departments separately can miss the failure even when each reports activity that looks healthy in isolation.