China leads; alternatives compete. China supplied 20.9% (US$140.5 billion) of US electronic product imports in 2024, the largest single source but well short of a majority (USCC, 2025).
Is China still the default source for consumer electronics?
China is still the largest single source of consumer electronics, but it is no longer the default for every US-bound product. Consumer electronics are the electronic devices bought for personal and household use — phones, computers, audio gear, chargers, smart-home devices and small appliances.
The U.S.-China Economic and Security Review Commission (USCC, a congressional advisory body) reports that China supplied US$140.5 billion of US electronic product imports in 2024, or 20.9% of the total. That makes China the largest single source, but it also means most US electronics imports by value now come from elsewhere. China's role upstream is larger: it produced 51–55% of the world's printed circuit boards in 2023 (USCC 2025, Ch. 9), and USCC notes that "a substantial portion of U.S. electronics likely contain made-in-China PCBs" without giving an estimate. USCC's PCB share draws on industry estimates it did not independently check.
The verdict therefore splits by buyer. For a small importer buying low-volume ODM gadgets — accessories, chargers, Bluetooth audio, small appliances — China remains the practical default. For high-volume finished goods such as smartphones and laptops, assembly for the US market has spread to Vietnam, India, Mexico, Taiwan and Thailand. Product-level US import shares for smartphones and laptops could not be confirmed for this page.
Where consumer electronics are made in China
Shenzhen and Dongguan in Guangdong are the main consumer-electronics production centers, the core of the Pearl River Delta electronics base. Huizhou, Zhongshan and Zhuhai complete that delta's supply network of component makers, enclosure molders and assemblers.
The Yangtze River Delta — Suzhou, Kunshan and Shanghai — hosts large contract-manufacturing campuses. Inland cities such as Zhengzhou and Chengdu are commonly described as hosting large single-customer assembly sites, though no document source for those inland bases was located for this page.
For a small importer the clusters matter less as geography than as a supply chain: a Shenzhen ODM can usually source chips, displays, batteries, molded enclosures and packaging within the same region, which shortens sampling and engineering changes.
How production is organized: OEM, ODM and EMS
Three business models cover almost every consumer-electronics order, and the difference between them decides who owns the product:
- ODM (original design manufacturer). The factory owns a design and sells it under the buyer's brand. This is typical for power banks, earbuds, chargers, smart-home devices and small appliances. In ODM deals the factory usually keeps the firmware, PCB files and molds, and can sell the same product to competitors.
- OEM (original equipment manufacturer) or EMS (electronics manufacturing services). The factory builds the buyer's design to print. The buyer owns the design files and firmware, and usually the tooling.
- JDM (joint design manufacturing). The factory and buyer develop the design together; ownership must be negotiated line by line.
Whatever the model, ownership of firmware, PCB files, enclosure molds and test fixtures should be written into the contract.
MOQ and lead-time structure
Minimum order quantities are set by component reels and minimum buys (chips, displays and batteries ship in reel or tray quantities), enclosure tooling, color and packaging runs, and line changeover cost. An off-the-shelf ODM product with a logo change carries the lowest minimums; custom boards, molds and firmware raise them. No document gives quantified figures.
For custom products the timeline runs from a golden sample (the approved reference unit) through EVT, DVT and PVT builds (engineering, design and production validation), tooling, certification testing, mass production and pre-shipment inspection. Component shortages and certification queues are the usual delays. Quotes are typically FOB Shenzhen, Yantian or Hong Kong per unit, with tooling quoted separately; battery-containing products add dangerous-goods freight.
FCC authorization and the 2025-2026 lab rules
Electronic devices that emit radio-frequency energy need Federal Communications Commission (FCC) equipment authorization before they are marketed in the US, under 47 CFR Parts 2 and 15. Devices with intentional radiators — Wi-Fi, Bluetooth, cellular or RFID — need certification, issued by a telecommunication certification body (TCB) with an FCC ID. Most digital devices without radios can use a Supplier's Declaration of Conformity (SDoC), which requires a US-based responsible party. The importer or marketplace seller is exposed if a device is unauthorized.
That testing is concentrated in China. The FCC found that about 75% of FCC-certified devices are tested in recognized labs located in China (FCC 25-27). FCC Chair Carr cited 82% for 2025 at the 29 October 2026 vote, according to press reports; the two figures come from different years and may measure different things. In 2024 only 3.6% of devices receiving FCC IDs were tested by US labs and 12.5% by labs in mutual recognition agreement (MRA) countries (FCC 26-28). Five actions changed the picture:
- "Bad labs" order, FCC 25-27 (effective 8 September 2025). Labs, TCBs and accreditation bodies owned (10% or more), controlled or directed by a "prohibited entity" — including the PRC government and entities on the Covered List, Entity List and UFLPA Entity List — lose recognition, for certification and SDoC testing alike.
- Follow-up, FCC 26-28 (adopted 30 April 2026). Twenty-three labs found to be foreign-adversary-controlled are no longer recognized. The FCC counts 39 recognized TCBs: 23 in the US and 16 in MRA countries.
- Covered List and modules, FCC 25-71 (effective 26 December 2025). Covered List equipment cannot be authorized, including under SDoC, and neither can devices that incorporate a covered modular transmitter, even one previously authorized (90 FR 53227).
- Components and marketplaces, FCC 26-50 (adopted 22 July 2026). Devices containing logic-bearing hardware components from Covered List entities cannot be newly authorized, and online marketplaces that provide fulfillment must display the FCC ID at the point of sale. The marketplace compliance date was not confirmed for this page.
- Location-based lab ban (voted 29 October 2026). The FCC voted to stop recognizing labs and TCBs in countries that deny US labs reciprocal treatment, including mainland China, with testing to move by December 2028. The adopted text had not been published as of this page's date.
Separately, on 22 December 2025 all foreign-produced drones and drone critical components were added to the Covered List; existing authorizations were not revoked.
Safety listing and batteries
Federal law generally does not require UL listing for consumer electronics. OSHA's Nationally Recognized Testing Laboratory (NRTL) program covers workplace equipment. In practice, retailers, marketplaces, insurers and building or electrical codes commonly require NRTL listing (UL, ETL/Intertek, CSA and others) for mains-powered products and chargers; specific marketplace requirements were not verified for this page.
Devices with lithium batteries add a transport layer: a UN 38.3 test summary for the battery and air-cargo dangerous-goods rules. Those requirements are covered on the lithium battery profile.
Tariff exposure, dated
As of October 2026, tariffs on Chinese electronics depend heavily on the HTS line:
- Legacy Section 301 lists. Smartphones and laptops were on List 4B, which was suspended and never collected; the suspending instrument was not read for this page. Other devices may carry List 1–3 (25%) or List 4A (7.5%) duties, or none, depending on the code.
- Semiconductors. The four-year review raised listed semiconductor subheadings to 50% from 1 January 2025 (89 FR 76581). A separate December 2025 semiconductor Section 301 action set no added duty yet; the HTS schedules an increase on 23 June 2027.
- Section 301 forced-labor tariff. A 12.5% additional duty applies to products of China entered on or after 24 July 2026 and stacks on the legacy lists. Whether specific electronics lines are exempt was not confirmed for this page.
- Section 232 semiconductors. The HTS carries a 25% Section 232 heading for semiconductor articles with a 0% end-use heading for non-data-center consumer electronics; the proclamation behind it was not identified for this page.
- Exclusions. 178 Section 301 exclusions run to 10 November 2026.
The April 2025 electronics carve-outs modified IEEPA tariffs, which the Supreme Court invalidated on 20 February 2026 in Learning Resources, Inc. v. Trump; refunds are in progress. A 10% Section 122 surcharge followed until late July. The Penn Wharton Budget Model put China's average effective tariff rate at 24.3% in August 2026, across all goods.
Where production is shifting
Final assembly of US-bound smartphones, laptops and game consoles has moved partly to Vietnam, India, Mexico and Thailand since 2018, driven by US tariffs and buyers' China-plus-one policies. China's 20.9% share of US electronics imports reflects that move, though product-level shares were not confirmed.
Components have not followed at the same pace. China makes 51–55% of world PCBs, over 75% of copper-clad laminate (USCC) and over 80% of battery cells (IEA, Global EV Outlook 2026), so non-China assembly frequently relies on Chinese inputs. Testing is the next layer to move: under the 29 October 2026 vote, FCC testing must leave mainland China by December 2028, and press reports cite Taiwan as the most realistic near-term alternative.
Common mistakes
- Assuming the factory's FCC ID covers the importer's version. A changed PCB, antenna or enclosure can require a new grant or a permissive change, and grants from de-recognized labs need review.
- Using a prohibited lab for SDoC testing. FCC 25-27 bars prohibited-entity labs for SDoC, not only for certification.
- Ignoring component provenance. Since December 2025 for modules and July 2026 for logic-bearing components, one Covered List part can make the whole device non-authorizable.
- Not planning for December 2028. New authorizations after the cutoff will need testing outside mainland China.
- Signing ODM deals without IP and tooling terms. The factory may own the firmware and molds.
- Treating a marketplace listing as compliance-free. Under FCC 26-50, fulfillment marketplaces are "marketing" the equipment and must show the FCC ID.
- Relying on 2025 tariff exemptions. They modified a regime that no longer exists; the 2026 Section 301 tariffs have their own exemption lists.
Frequently asked questions
Is China still the main source of consumer electronics?
China is the largest single source, supplying US$140.5 billion, or 20.9%, of US electronic product imports in 2024, according to the U.S.-China Economic and Security Review Commission. It also makes 51–55% of the world's printed circuit boards. Final assembly of US-bound phones, laptops and consoles has spread to Vietnam, India, Mexico and Thailand, but many components still come from China.
What is the difference between OEM, ODM and EMS?
An ODM sells its own design under your brand, while an OEM or EMS provider builds your design to print. The difference decides who owns the intellectual property, firmware and tooling. In ODM deals the factory usually keeps the PCB files and molds and can sell the same product to others, so ownership terms belong in the manufacturing contract either way.
What is the FCC bad labs rule?
It is FCC order 25-27, effective 8 September 2025, which bars test labs and certification bodies owned, controlled or directed by prohibited entities, including the PRC government and Covered List companies, from FCC testing and certification (90 FR 38045). It covers SDoC testing as well as certification. A follow-up order in April 2026 removed 23 foreign-adversary-controlled labs from recognition.
Can Chinese labs still test products for FCC approval?
For now, labs in mainland China that are not owned or controlled by prohibited entities can still test, but that is ending. On 29 October 2026 the FCC voted to stop recognizing labs in countries that deny US labs reciprocal treatment, including mainland China, with testing to move by December 2028. The adopted text had not been published by the date of this page.
Does a Bluetooth speaker need an FCC ID?
Yes. A Bluetooth speaker contains an intentional radiator, so it needs FCC certification and an FCC ID. A device built around a pre-certified radio module may rely on the module's grant only when the modular-approval conditions are met. Since 26 December 2025, under FCC 25-71, a device using a module from a Covered List entity cannot be authorized at all.
Are smartphones and laptops from China subject to Section 301 tariffs?
Smartphones and laptops were placed on Section 301 List 4B, which was suspended and never collected, so they are generally understood not to carry the 2018–2019 list duties. As of October 2026, check whether the 12.5% Section 301 forced-labor tariff, effective 24 July 2026, applies to the specific HTS line, since that action has its own exemption lists.
Sources
- U.S.-China Economic and Security Review Commission — 2025 Annual Report to Congress, Chapter 9, Appendix pp. 516-517
- Federal Communications Commission / Federal Register — FCC Report and Order FCC 25-27, ET Docket 24-136, 90 FR 38045 (Aug. 7, 2025)
- Federal Communications Commission — FCC 26-28, Second Report and Order, Order on Reconsideration and Second FNPRM, ET Docket 24-136 (adopted 30 Apr …
- Office of the U.S. Trade Representative / Federal Register — USTR Notice of Modification, 89 FR 76581 (Sept. 18, 2024), FR Doc. 2024-21217, docket U…
- govinfo.gov/content/pkg/FR-2025-11-25/html/2025-21001.htm
- docs.fcc.gov/public/attachments/FCC-26-50A1.pdf
- wtvbam.com/2026/10/29/fcc-votes-to-ban-all-chinese-labs-from-testing-us-elec…
- budgetmodel.wharton.upenn.edu/p/2026-10-14-effective-tariff-rates-and-revenu…