Sourcing comparison · Semiconductors & Chips
Tariff & fee savings only, assuming equal product cost — your actual landed cost also depends on price and freight, which vary by supplier.
| Annual import value | Estimated duty & fee savings / year |
|---|---|
| $50,000 | $26,375 |
| $250,000 | $131,875 |
| $1,000,000 | $527,500 |
Savings scale linearly with volume. Enter your exact figure to model it precisely.
Calculate your exact volume →Few procurement levers move landed cost on semiconductors & chips as fast as switching country of origin. Switch the origin from China (75%) to Japan (25%) and an importer reclaims about $52,750 for every $100,000 purchased. Two suppliers can quote the same factory price and still land at very different costs once Customs is done. The sections that follow show where every dollar of the difference comes from.
Start with the two duty stacks side by side. Shipped out of China, the product is hit with a 25% Section 232 measure and a 50% Section 301 surcharge on its semiconductors & chips, an effective 75% once the $49.74 in processing fees are added. Japan-made goods carry a 25% Section 232 measure on its semiconductors & chips, an effective 25% once the $49.74 in processing fees are added. Because Section 301 adds 50% to China entries and nothing to Japan, that single measure accounts for most of the gap between the two stacks. Section 232 adds a 25% national-security duty on this category regardless of origin, so it raises both stacks but does not, by itself, explain the gap. Because the MPF and HMF ($49.74 combined) track customs value rather than origin, they wash out of the comparison entirely. Subtract one stack from the other and $5,275.00 per $10,000 shipment separates the two origins. Multiply across your volume and it is near $13,188 for $25,000 and about $52,750 for $100,000 a year. A buyer placing $25,000 orders sees about $13,188 of avoidable duty on each one.
semiconductors & chips — Microprocessors, Memory chips (DRAM/NAND), Logic ICs, Power semiconductors, RF chips, Display drivers, and Microcontrollers and similar goods — falls under HTS 8541, 8542. For semiconductors & chips, where buyers reorder frequently, the duty rate compounds into one of the largest controllable costs on the P&L. On carve-outs: some specialty chips critical to US defense may qualify for national security exemptions. Certain advanced node chips have product-specific exclusion processes. China, in Asia-Pacific, ships the US mainly consumer electronics, computers servers, and clothing garments. China trades without a special US agreement, so column-1 rates and every surcharge apply to its semiconductors & chips in full. Japan's trade profile leans toward passenger vehicles, auto parts components, and industrial machinery, and it sits in Asia-Pacific. Japan's bilateral deal sets a fixed rate on semiconductors & chips, a structurally different stack from origins without one. Shared Asia-Pacific routing keeps logistics roughly comparable and leaves the duty gap as the decisive number. A switch to Japan still hinges on capacity, certification and lead time, but the duty advantage is the part that is already quantified. The figures here reflect the rules in force today; in a year of frequent revisions, the value is in re-running them as policy moves, which this site is built to do.
Where Japan is a viable supplier, expect roughly $52,750 at $100,000, rising to about $131,875 at $250,000 and $527,500 at $1,000,000 as volume grows. The numbers come straight from the landed-cost engine, with product cost and shipping fixed across both origins to isolate the tariff difference. These figures reflect tariff and fee savings only, assuming equal product cost — your actual landed cost also depends on price and freight, which vary by supplier. If any price premium from Japan is smaller than the duty saving, the switch still wins on net landed cost. Before acting, confirm the Japan supplier classifies under the same HTS heading, can meet your volume and certifications, and faces no product-specific exclusion or quota that shifts the duty. Re-run the figures close to your decision: the duty landscape for semiconductors & chips has shifted repeatedly through the year. Open the Tariff Savings Finder to rank every feasible origin for your specific volume.
At $100,000 of annual import value, switching from China to Japan saves an estimated $52,750 in duties and fees, because the effective tariff rate falls from 75% to 25%. The saving scales linearly with volume. These figures reflect tariff and fee savings only, assuming equal product cost — your actual landed cost also depends on price and freight, which vary by supplier.
Japan-origin semiconductors & chips is assessed a 25% Section 232 measure, for an effective 25% duty rate before the Merchandise Processing Fee ($36.55) and Harbor Maintenance Fee ($13.19).
China carries an effective 75% rate versus 25% for Japan. The gap is driven mainly by the 50% Section 301 surcharge that applies to Chinese-origin goods and stacks on top of every other layer.
Tariff rates from Tax Foundation, USITC, and Penn Wharton Budget Model; retaliatory and industry data from the ITA Foreign Retaliations Database and U.S. Census Bureau (NAICS). Last verified .
