The market assumed Apple was in trouble with tariffs. At one point this week, it closed as low as $172 per share, a 33 percent drop from its peak close. That price drop is building in massive pessimism around the business. Here is why that doomsday view is overdone.
“I’m not smart. I try to observe. Millions saw the apple fall but Newton was the one who asked why.”
Bernard Baruch
First, the tariff approach was unlikely to hold (as of this writing, smartphones have been exempted from the 125 percent reciprocal tariff, though a 20 percent tariff on Chinese imports still applies). That’s a good thing. I will explain why below.
Second, people who assume Apple is doomed will likely discount many options available to Apple and any producers assembling products in China. This will be explained below.
Those who declare this is only about China, and want to limit the scope, need to better understand the hidden flow of trade. I won’t spend much time explaining that issue here. I will tackle it comprehensively in another piece. I will leave you with a simple teaser: If we look at the hidden trade as well as the visible trade, China will likely continue to be a challenge, but other nations will also emerge as significant challenges.
But back to the Apple tariff problem. Some of what I cover will seem obvious, but it is helpful to understand if you want to figure out the underlying issues and challenges with the trade imbalance. Here is the scenario envisioned before the tariff exemption this weekend:
You’re about to snag the latest iPhone, but the tariff alone could add $800 to its cost. The culprit? 145 percent tariffs, the 125 percent reciprocal tariff plus the 20 percent on Chinese imports. You’d think those extra costs are sticking to China, but in reality, they end up hitting a lot of others, including the American consumer, and the innovation that powers our favorite American gadgets. It’s time to reconsider the tariffs on Apple products from China. Here’s why and how we can do it smarter.
Apple Tariffs Deserve a Second Look
The heart of the issue is simple: tariffs on iPhones don’t work as they should. Most of the iPhone’s component value, by my count, is sourced outside China, yet the tariffs land on those suppliers, American consumers, and innovation. There are even proven supply chain mechanisms that could soften the blow, if the rules allowed them. Let’s break it down.
The iPhone’s Global Roots Run Deep
The iPhone isn’t “made in China” in the traditional sense. It’s mostly assembled there. In reality, it’s a global masterpiece. Think of it as a world tour. As I read the parts list, the processor hails from Taiwan, the display from South Korea, the rear camera array from Japan, and the 5G modem from the U.S. A Wall Street Journal article “Here’s the iPhone. Here’s the iPhone With Tariffs.” uses TechInsights data to put the bill of materials (BOM) for the 256GB iPhone 16 Pro at $549.73, about $550. Here’s the lineup (the costs are the WSJ’s, the source countries are my own rough assignment):
| Component | Source Country | Cost Estimate |
| Rear Camera Array | Japan | $126.95 |
| Processor | Taiwan | $90.85 |
| Display | South Korea | $37.97 |
| 5G Modem | USA | $26.62 |
| Memory | USA | $21.80 |
| Main Enclosure | China | $20.79 |
| Storage | Japan | $20.59 |
| Battery | China | $4.10 |
| Other Components | other countries, including China | $200.06 |
By my rough estimate, counting about half of the $200.06 in other components as Chinese, about 77 percent of the value of components, roughly $423 of $549.73, comes from outside China. Assembly and testing in China add roughly $30 more, the WSJ reports, less than 6 percent of the parts cost. Yet, when tariffs hit the finished iPhone, they tax the whole $549.73 bill of materials, most of it non-Chinese parts (the $30 of assembly is taxed too, but I leave it out of the math below).
Tariffs Hit Americans Too
These tariffs are a boomerang. They come right back to hit U.S. consumers and the economy.
By the same count, the content from China is about 23 percent of the value, roughly $127. The complete content tariff scheme jeopardizes the other $423 contributed from different countries. Additionally, it jeopardizes the roughly $500 gap between that phone’s U.S. price and what its parts and assembly cost Apple (the WSJ puts the price at $1,100 and Apple’s cost at about $580).
Imagine an $800 tariff bump per iPhone. With Apple selling about 60 million units yearly in the U.S. (my own estimate), that’s a tariff bill of about $48 billion a year, and less in reality, since cheaper models would carry smaller tariffs. Apple might partially absorb it, hitting its profitability and shareholders. But much of it will come from the consumer wallet. Either way, that’s up to $48 billion, split between Apple and its customers, that Americans won’t spend elsewhere, potentially slowing economic growth.
Then there’s the job factor. Apple’s job-creation page counts about 80,000 Apple employees in the U.S., and the company says it supports more than 2.9 million U.S. jobs in all, counting its suppliers and its app ecosystem. Tariffs that squeeze Apple could mean less investment in innovation or even layoffs. Past the lower profits and higher price tag, the ripple effect could dampen innovation in the tech sector and beyond.
The Applicable Tariff Should Be Lower
A tariff on the entire content also hurts trade between the U.S. and many other good trading partners. Consider the $126.95 rear camera array from Japan. As I read the trade data, it is counted as trade between Japan and China, but in reality, it’s trade between Japan and the U.S., with a detour in China. We should look for ways to promote trade with partners, not reduce it.
When considering the content contributed by China, I estimate about 23 percent of the bill of materials. If we apply 145 percent tariffs on Chinese parts (estimated $127, leaving out assembly on both sides as above), the bill added is $184, not $800. That equates to about 33 percent tariffs on the total bill of materials. If the administration wishes to penalize Chinese content, then that is the amount we should focus on. It’s a sizable penalty that will keep Apple focused on alternatives.
The tariffs push Apple to reroute production of U.S. demand outside China, even though the administration’s stated aim is to bring it to the U.S. There is talk of Apple supplying products from India. However, that solution requires time to reach the scale needed to meet the demand in the U.S. It may never be able to supply the entire mix of products coming from China. Thus, Apple should expect to live in a tariff world until the China-U.S. trade dispute is resolved.
In that tariff world, the most straightforward and ideal approach to implementation is to adjust tariffs based on Chinese content rather than apply them indiscriminately to the total BOM.
Suppose the administration does not want to tailor its approach to individual suppliers’ Chinese content. In that case, it should allow companies like Apple to adopt legitimate supply chain practices that can produce the same effect.
Smart Historical Alternatives Exist
Supply chain practices that companies have used before, for other reasons, could ease this tariff pain if the customs rules allowed it.
In the electronics industry, companies have used clever supply chain approaches to protect intellectual property (IP), including critically important competitive advantage information such as cost.
When I ran the electronic component supply chain for Arrow Electronics, we had systems that allowed suppliers of important technology components to tailor their supply price to end customers. Big OEMs (the companies that design a product and sell it under their own name), like Cisco, would receive a unique price for their components compared to other buyers of the same component from the same supplier. Prices were legally tailored to reflect the cost to serve customers, their importance, the volume of purchases, and the technical support required, among other factors.
Good Reasons To Mask Prices
When the outsourcing movement began shifting dramatically from owned factories to outsourced electronic manufacturers, there was a concern about protecting important IP, such as component pricing.
Big electronic buyers worried that their price could be revealed to the competitors who could use that information to derive price concessions from component suppliers, diluting advantage. Worse, we began to see unscrupulous assemblers pool demand for components, receiving supply at the lowest cost and offering discounts to OEMs faced with higher supplier component prices. Some assemblers bought extra components at the lowest prices of their customers and supplied those to other customers at higher prices, pocketing the difference.
This loss of IP and potential pricing collapse became an existential crisis for component producers and their OEM customers. Companies like Cisco at the time desperately wanted to hide key component pricing from assemblers. This aligned with the interests and capabilities of distributors like Arrow, which provided engineering support to OEM designers. With no method to track component supply or extract a margin to fund engineering support, companies with design houses in North America and assemblers in Asia or other regions stood to lose all technical support. Worse, pricing could slide to the lowest experienced by the biggest customer of an assembler. Suppliers stood to lose higher margins received from lower volume OEMs.
Several methods were devised to address many of those concerns.
Kitting Services
The first iteration of supply chain solutions included various value-added services dubbed “kitting” services. I had a business in my portfolio of services that collected a kit of all the essential controlled components needed to supply the assembler. These were shipped and tracked separately from everything the assembler required and provided.
We sometimes provided the entire Bill of Materials and charged the OEM (the role Apple plays for the iPhone) for those costs. The assembler provided their services in a separate bill to the OEM.
This approach added complexity but worked spectacularly for startups not interested in building their manufacturing capabilities. More importantly, it protected IP. In my experience, networking and communications, one of the fastest-growing industries at the time, embraced this solution.
Unfortunately, for clients with high-volume requirements or low-margin production, partial kits did not scale. An additional dollar expense on millions of units quickly adds up to a lot of money. For those cases, we needed a new solution.
Price Masking
Kitting requires suppliers to ship to a consolidation point, such as my value-added operation. The components are then shipped in a kit to the assembler, and the remaining components, after production, are returned to our value-added operation. Those extra steps added up, and with our new solution, we eliminated them.
Instead, suppliers shipped components to the assembler (the role Foxconn plays for the iPhone in China) at an artificial price or zero value. The pricing was of no competitive value, even if it leaked to other competitors (who might be using the same assembler). In this case, the IP owner (Cisco in my day, Apple in the iPhone case) would pay suppliers directly for the component cost, adding it back to the BOM later. The assembler accounts for their bit, labor and local parts supplied. On receiving the final product, the OEM stitches together the prices for a complete accounting of the product value.
It is more complex accounting and shifts the timing of component cash flow, but the supply chain works the same way as if the assembler is buying everything.
The assemblers did not like this approach. They lost purchasing leverage and competitive information. More importantly, assembler pricing models had always added a handling fee, calculated as a small percent of component value, and that was shrinking.
It worked until the people who ran manufacturing and supply chains no longer cared about protecting IP. They shifted all responsibilities to the assembler, except for negotiating significant component pricing with suppliers. They gave up tracking supply so that purchases at their prices were not diverted to other customers. Then, these solutions were no longer prevalent.
Perfectly Legal, and Tariff Adjusting If the Rules Allow
These methods are not about dodging taxes but safeguarding proprietary information. In my experience, components used in products exported from China enter China duty-free because they’re destined to leave in a finished product. The assembler’s profits and value-add stay untouched, and the assembler’s invoice for the iPhone drops. Under U.S. customs rules today, though, parts that Apple supplies free or pays for directly count as “assists,” and their value is added back to the declared value. So tariffs would apply to a smaller number, not the complete BOM stuffed with non-Chinese value, only if that assist rule changed.
These methods were not devised to cheat authorities. They are legitimate business plays to protect IP. But they could double as a tariff shield if the rules allowed it. With that change, Apple could lower its tariff exposure, keeping costs down for consumers without breaking trade rules.
Why This Matters Now
When innovation zigzags across borders, tariffs on the entire iPhone feel like a relic. They miss the global reality of modern supply chains and hit American wallets hard. But by rethinking these tariffs and tapping into proven strategies, once the customs rules allow them, we can protect consumers, fuel innovation, and build a sensible trade policy.
Time to Think Different
Tariffs on the full value of Apple products are a blunt tool in a precision-engineered world. They tax a global network of creativity while leaving Americans to foot much of the bill. Let’s reconsider them, using a more rational tariff rate depending on content sourcing or with strategies like IP protection, not to skirt the law but to align trade with reality. In the spirit of Apple’s mantra, it’s time to think differently about tariffs and keep innovation thriving.
Apple and other electronics OEMs have options:
- Get a reprieve on tariffs
- Move the supply of U.S. demand out of China
- Convince the administration to reconsider tariff rates based on content source
- Consider kitting foreign components to assemblers, if the rules change to let it lower the tariff
- Consider price masking of foreign components, with the same rule change
The same supply-and-demand thinking drives my analysis of the college market in We Need To Talk About Higher Education.