Certifikace FCC: Co potřebují vývozci elektroniky pro USA
Úvod
Every year, thousands of Chinese electronics manufacturers and trading companies ship Bluetooth speakers, smart home devices, wireless chargers, LED controllers and industrial IoT modules to American buyers. Most exporters spend their energy on HS codes, freight rates and tariff exposure. Far fewer think about the single document that can freeze a shipment at the port, remove a product listing from a marketplace, or end an entire product line: the FCC grant of equipment authorization.
The rules are also moving faster than at any point in recent memory. Since March 2026 the Federal Communications Commission has added foreign-produced consumer routers, advanced robotic devices and power inverters to its Covered List, tightened how components and product modifications are treated, and on October 29, 2026 voted to end recognition of test labs in countries that lack a mutual recognition agreement with the United States, a group that includes mainland China. The FCC itself estimates that around 82 percent of certified devices sold in the US are tested in recognized labs in China, so the effect on exporters is hard to overstate.
This guide explains what FCC certification actually is, which products need it, how the process works krok za krokem, what the 2026 changes mean for your testing strategy, and how everything connects to the freight side of the business. It is written from a logistics point of view, because compliance failures usually show up first as stuck containers, detained parcels and rejected customs entries rather than as legal letters.
Why FCC Certification Decides Whether Your Cargo Moves
The FCC regulates any electronic device that can emit radio frequency energy, whether deliberately, like the Wi-Fi radio in a smart camera, or as a side effect, like the clock circuit inside a USB hub. Under the equipment authorization program, such devices generally cannot be imported, marketed or sold in the United States until they have been tested against the FCC technical rules and, where required, formally approved. The word that trips up many exporters is marketing. It covers advertising, offering for sale, leasing and displaying a product, not only the final retail transaction.
For a freight forwarder the practical consequence is simple. A container of unauthorized wireless devices is a container of goods that the buyer cannot lawfully sell. US customs brokers increasingly ask for FCC documentation before they file an entry, and importers have learned that a product without a valid FCC ID can be detained, seized or forced back out of the country at their own expense. The cost of that mistake is usually many times higher than the cost of testing would have been.
There is a commercial angle as well. Large online marketplaces and retailers ask suppliers for FCC test reports and grants during onboarding, and the FCC’s latest package of rules, published in the Federal Register on September 11, 2026 and effective October 13, clarified that listing equipment on an online marketplace, combined with activities such as warehousing or inventory handling, can count as marketing under FCC rules. That pulls fulfilment businesses and platforms directly into the compliance chain, which makes them far less tolerant of suppliers with incomplete paperwork.
How the FCC Equipment Authorization System Works
Which Products Need Authorization
The core rules sit in Title 47 of the Code of Federal Regulations. Part 15 covers most consumer and commercial electronics and divides devices into intentional radiators, unintentional radiators and incidental radiators. Part 18 covers industrial, scientific and medical equipment, and further parts address cellular, satellite and other licensed radio services.
An intentional radiator is designed to transmit radio signals, for example a Bluetooth earbud, a Wi-Fi camera or a key fob. An unintentional radiator generates radio frequency energy internally but is not meant to broadcast it, which describes laptops, LED drivers, USB hubs and nearly every digital circuit. Incidental radiators, such as a basic mechanical switch or a simple brushed DC motor, need no authorization but still must not cause harmful interference.
The table below shows how common export products usually map to an authorization route. Treat it as a starting point rather than a legal determination, because a product with a built-in modem, a licensed radio service or an unusual power level can land in a stricter category than its marketing name suggests.
| Příklad produktu | Typical FCC rule part | Usual authorization route |
| Bluetooth speaker, earbuds, smart tag | Part 15 Subpart C (intentional radiator) | Certification through a TCB |
| Wi-Fi camera, smart plug, 5 GHz router | Part 15 Subparts C and E | Certification through a TCB |
| Drone with 2.4 GHz or 5 GHz control link | Part 15 Subparts C and E | Certification, plus a Covered List check |
| 4G or 5G asset tracker | Parts 22, 24, 27 plus Part 15 | Certification through a TCB |
| Bezdrátová nabíječka | Part 15 or Part 18, depending on design | Often Certification |
| Laptop or USB hub without radios | Part 15 Subpart B (unintentional radiator) | Doklad o shodě SDC |
| Non-transmitting LED driver or power adapter | Part 15 Subpart B | SDoC, or exempt in some cases |
Certification Versus Supplier’s Declaration of Conformity
Certification is the heavier route. The product is measured by an FCC-recognized test lab, the application is reviewed by a Telecommunication Certification Body, or TCB, and the TCB issues a grant that is published in the FCC database under a unique FCC ID. Every intentional radiator, from a tiny Bluetooth tag to a cellular router, has to follow this path.
Supplier’s Declaration of Conformity, or SDoC, is lighter. The responsible party arranges testing, keeps the records, applies the required compliance statement and does not receive an FCC ID. A responsible party based in the United States is required. Since the Bad Labs rules, anyone using SDoC also must be able to show that no prohibited entity holds a 5 percent or greater equity or voting interest in the lab that produced the test data, and test data from labs that have been barred cannot be relied on at all. Equipment from Covered List entities cannot use SDoC.
One misconception shows up constantly in quotations from trading companies: the belief that a CE report, a RoHS certificate or a test report from a friendly local lab can stand in for FCC paperwork. European radio testing overlaps with FCC testing in some measurements, but the limits, the procedures and the legal outcome are different. A good compliance plan bundles FCC, ISED Canada and CE testing in a single lab visit to save time and cost, yet the FCC grant itself must come from a TCB.
What Changed in 2026: The Regulatory Landscape Right Now
The Covered List Keeps Growing
The Covered List is the FCC’s register of communications equipment and services that pose an unacceptable risk to US national security. Equipment on it cannot receive new authorization, whether through Certification or SDoC. For years the list was mostly about named companies such as Huawei, ZTE, Hytera, Hikvision and Dahua, and exporters outside those firms could largely ignore it.
In 2026 that stopped being true. On March 23, the FCC added new foreign-produced consumer routers to the list, which means new router models can no longer receive a grant, although models that already hold an FCC ID may continue to be sold and used. The Office of Engineering and Technology also indicated that certain prohibitions would not apply to foreign-made routers until March 1, 2027. In July 2026 the FCC added foreign-produced advanced robotic devices and power inverters under Public Notice DA 26-786, while toy drones were ultimately removed from the list. Manufacturers of these category-based entries can seek a Conditional Approval from the Department of War or the Department of Homeland Security, but that route requires a commitment to a manufacturing onshoring plan, and the FCC has so far granted only a first robotics waiver.
The most sobering development for existing sellers came on June 26, 2026, when Public Notice DA 26-635 prohibited the continued importation and marketing of covered equipment that was added to the Covered List in 2024 or earlier. Previously, a prior grant protected a product. For that group of equipment it no longer does, and a cargo of such devices should be treated as a high-risk shipment regardless of how old the FCC ID is.
Components, Modifications and Online Marketplaces
The rules that took effect on October 13, 2026 reach inside the product. The FCC will no longer authorize a device that contains a logic-bearing hardware component made by a Covered List entity if the device would have been prohibited had that entity built it. That applies no matter who makes the host device or where it is assembled. For brand owners who buy Wi-Fi modules, cellular modems or camera chipsets from third parties, a bill of materials review is now part of compliance, not an optional extra.
Modifications are also under the microscope. The FCC clarified that an existing authorization cannot support a change that would turn the equipment into covered equipment, and Covered List entities must now fully recertify before making any modification or permissive change. Earlier revisions already excluded covered equipment from the Class I permissive change procedure. In practice, a supplier who quietly swaps a module on a production line without telling the grantee is creating a compliance problem that can follow the product into the United States.
Bad Labs and the Coming End of China-Based Testing
The FCC adopted its Bad Labs rules in May 2025, barring test labs and certification bodies owned, controlled or directed by entities of national security concern. The first enforcement action followed in September 2025, and the agency has since been reported to have withdrawn recognition from 29 labs it found to be controlled by a foreign adversary. In June 2026 the Commission also announced an enforcement action against a lab that submitted copy-and-pasted test reports, a reminder that report quality is under scrutiny too.
On October 29, 2026 the FCC went considerably further. It voted to ban test labs and certification bodies located in countries that do not have a mutual recognition agreement with the United States, with the ban coming into force in 2028. The draft order circulated before the vote pointed to December 1, 2028 as the end date for recognition of every lab in mainland China. China is not on the reciprocal list, whereas Hong Kong, Taiwan, Vietnam and Japan are among the more than 60 economies that appear on it. The numbers explain why this matters: the FCC recognizes roughly 609 labs, about a quarter of them in China, yet the agency says about 82 percent of certified devices are tested there. Beijing has criticized the move, and its foreign ministry said it would take necessary measures to protect its interests.
Nothing changes overnight for a product that is being certified this quarter. The practical issue is planning horizon. Anything that will launch, be refreshed or need a class change permit in 2028 or later should be designed with a non-China test location in mind, and exporters should expect a capacity squeeze as hardware makers move work to Taiwan, Vietnam, Japan and the United States. Industry testimony cited in coverage of the draft order suggests mainland labs price 30 to 70 percent below US labs, so budgets will need to rise.
Final rule text, transition periods and grandfathering details can still shift, so treat the dates above as the direction of travel rather than a guaranteed calendar. Keep a close eye on FCC announcements and on your TCB’s guidance, and talk to a qualified compliance adviser before you lock in a certification roadmap.
| Datum | Akce FCC | Why exporters should care |
| může 2025 | Bad Labs rules adopted | Labs tied to foreign adversaries lose access to the program |
| Sept 8, 2025 | First enforcement against China-linked labs | Reports from affected labs can no longer be used |
| 23. 2026 | Foreign-produced consumer routers added to Covered List | New router models cannot receive a grant |
| 30. 2026 | Rulemakings on test lab and TCB location | Signals geographic limits on testing |
| 15. 2026 | TCB staff location reporting and fast-track PAG process take effect | More FCC involvement in complex projects |
| 26. 2026 | DA 26-635 on previously listed covered equipment | Import and marketing of covered equipment added in 2024 or earlier barred |
| července 2026 | Foreign-produced robotic devices and power inverters added | Conditional Approval requires an onshoring plan |
| Sept 11 / Oct 13, 2026 | Component, marketplace and modification rules published and effective | Bill of materials and listing practices now matter |
| 29. října 2026 | Vote to end recognition of labs in non-reciprocal economies (2028) | Plan non-China test locations for future products |
Step-by-Step Path to an FCC Grant
Step 1: Classify the Product and Its Radios
Before contacting a lab, write down every radio and every frequency band inside the product, including Bluetooth, Wi-Fi, NFC, Zigbee, cellular and any proprietary sub-GHz link. Add the power source, the antenna type and whether the radio comes from a pre-certified module. This one page lets a lab quote accurately and prevents the nasty surprise of discovering mid-project that a hidden radio needs its own test.
At the same time, check the product against the Covered List and against your own bill of materials. If your product is a router, an advanced robotic device or a power inverter, or if it includes a logic-bearing component from a listed entity, stop and get compliance advice before spending money on testing.
Step 2: Choose the Right Lab and TCB
The FCC requires testing in a recognized lab for Certification, and the grant itself comes from a recognized TCB. Many organizations operate as both, which tends to shorten schedules because testing and review happen under one roof. Check the FCC’s public lists, confirm the lab’s ownership, and ask directly where its reviewing staff are located, since TCBs now have to report that information.
Given the October 2026 vote, the geography of the lab deserves a serious discussion. A lab in Taiwan, Japan, Vietnam or the United States removes future transition risk, while a mainland China lab may still be cheaper and faster for products you only plan to sell for the next couple of years. For complex products, ask whether the TCB can use the Pre-Approval Guidance process, which brings the FCC into the review before a grant is issued and, according to industry guidance, can be faster when testing is done in the US or in a reciprocal economy.
Finally, avoid brokers who promise a grant in a few days for a fixed low price without seeing the product. Report quality is under active enforcement, and a grant built on questionable data can be revoked after the goods are already in a US warehouse.
Step 3: Testing and Technical Documentation
The lab will measure radiated and conducted emissions, occupied bandwidth, output power, spurious emissions and, for many devices, radio frequency exposure. Samples usually include engineering units with test firmware that lets the radio transmit continuously on selected channels, plus production-like units for final checks.
Alongside the measurements, the TCB expects a package of documents that identifies the product and protects confidential information. The table below lists what most applicants prepare.
| Dokument | Co obsahuje | Typický majitel |
| Zkušební protokoly | Emissions, power, bandwidth, RF exposure results | Test lab |
| External and internal photos | Product views, PCB photos, shield and antenna layout | Výrobce |
| Block diagram and schematics | Functional layout of radios and key circuits | Výrobce |
| Operational description | How the device transmits, frequencies, modulation | Výrobce |
| Uživatelský manuál | Required compliance statements and warnings | Majitel značky |
| Label drawing and location | FCC ID and compliance text, or e-label details | Majitel značky |
| Confidentiality request | Items the FCC should withhold from public view | Žadatel |
| US agent details | Contact for service of legal process in the US | Žadatel |
Step 4: Grant, FCC ID and Labeling
When the TCB approves the file, it issues a grant of equipment authorization and the FCC ID becomes searchable in the FCC database. The ID combines a grantee code assigned to the applicant and a product code chosen by the applicant. Keep the grant PDF, the final test reports and the approved photos in a single folder, because retailers, marketplaces and customs brokers will ask for them again and again.
The product must then carry the FCC ID and the required compliance statement. Many devices with an integral display can use an electronic label displayed through a menu, but the rules require that the information be accessible without special tools or codes, and the packaging and manual may still need a note. Production units must match what was tested. If a factory changes a module, an antenna or a firmware setting that touches radio behavior, ask the TCB whether a permissive change or a new application is needed before shipping.
Be equally careful with the first production run. Do not treat grants as transferable between brands without the grantee’s approval, and make sure private-label variants either share the original FCC ID with a documented agreement or receive their own authorization.
Step 5: US Agent and Ongoing Duties
Foreign grantees must designate a US-based agent for service of legal process, and the contact details need to be kept current in the FCC records. This is an easy item to forget when a factory handles the application on behalf of an overseas brand, so confirm who is actually named as agent and who monitors that address.
After the grant, your duties continue. You must keep records, answer FCC and customs inquiries, and make sure later product changes, new marketplace listings and bundle configurations do not push the product outside the scope of the approval. The recent marketplace clarifications mean sellers who list and warehouse products in the US can be treated as marketers under the FCC rules, which makes documentation discipline a shared obligation across the supply chain.
Costs and Timelines Exporters Should Budget
Pricing varies widely by lab, product complexity and region, and it is shifting as demand moves away from mainland China. The ranges below are indicative market figures to support budgeting, not quotations, and a sourcing manager should always request written quotes from at least two labs.
| Položka | Orientační rozsah | Poznámky |
| Simple Bluetooth or Wi-Fi device test | USD 3,000 na 10,000 | Single radio, existing pre-certified module can reduce scope |
| Multi-radio device with cellular | 25 000 až 60 000 USD nebo více | Cellular carrier requirements can add separate costs |
| TCB review and grant | Several hundred to a few thousand USD | Faster schedules or complex files cost more |
| SDoC unintentional radiator test | USD 1,000 na 4,000 | Records must be kept by the responsible party |
| Lead time, simple product | 3 až 8 týdnů | Includes sample preparation and report writing |
| Lead time, complex product | 8 až 16 týdnů | Longer if retests or the PAG process are needed |
| Bundled FCC, ISED and CE testing | Often 30 to 40 percent lower than separate projects | Depends on lab and product overlap |
The number that surprises people is not the test fee but the delay cost. A failed emissions test can require a design change, a new PCB spin and a second round of sample shipping, adding weeks that your container booking, warehouse slot and marketing launch were never built to absorb. Reserve engineering time for at least one retest, and avoid booking ocean space for the first production run until the grant is in hand.
If your volume justifies it, consider certifying modular designs. A pre-certified radio module with a clear integration guide can shrink the scope of testing, but the 2026 component rules make it even more important to know who made the silicon inside that module.
Where Freight Forwarding Meets Compliance
Shipping Samples Before You Have a Grant
Testing requires physical samples in the lab, and those samples must travel. FCC importation rules allow unauthorized devices to be brought into the country under limited conditions, such as for compliance testing, research or demonstration, provided they are not marketed or sold. Whoever signs the commercial invoice should describe the goods accurately as test samples with a nominal value, and the paperwork should name the lab and the purpose.
Express air is the usual choice, but lithium batteries inside samples change the rules. If the lab is in the US, ship as soon as the carrier’s dangerous goods requirements are satisfied, and keep a spare set of samples in the factory in case a package is delayed.
Plan the return leg too. Samples that are not destroyed by testing often need to come back, and a bad export-import record at either end creates delays for later shipments.
Customs Entry for Authorized and Unauthorized Goods
When commercial cargo arrives, the importer of record is responsible for making sure the devices are authorized. US customs brokers have traditionally collected FCC compliance information at entry for radio frequency devices, including through FCC Form 740 declarations for certain products, and the FCC has proposed changes to importation requirements that would make this more demanding. Ask your broker what is currently required instead of assuming last year’s process still applies.
The fastest way to avoid problems is to keep a compliance pack ready to attach: the grant PDF, the FCC ID, the model number matching the commercial invoice, and a photo of the label. Model numbers and marketing names must match across the invoice, the packing list, the product and the FCC database, or a broker may hold the entry while questions are resolved.
Penalties for importing or marketing unauthorized equipment can include detention, seizure, forced re-export and monetary forfeitures that can run into six figures, in addition to commercial damage when retailers delist the product.
Batteries, Modules and Mixed Loads
Many FCC-regulated products also contain lithium cells, which are dangerous goods requiring UN 38.3 test summaries, proper packaging and correct declarations for both air and ocean freight. A shipment can pass FCC checks and still be rejected by the carrier for battery paperwork. Smart forwarders therefore review both regimes together before booking.
Mixed loads deserve similar discipline. In consolidated LCL cargo, one non-compliant item can trigger an inspection that delays every other shipper’s goods, which is why experienced consolidators screen electronics carefully.
Common Mistakes That Hold Cargo at the Border
The same problems appear repeatedly. Exporters ship a model whose radio changed after certification, use an FCC ID that belongs to a different product, label with a FCC ID that does not match the grant, or ship under a private brand without a grantee agreement. Another frequent problem is relying on an old grant for a product whose supplier appears on the Covered List, which is now a much more serious risk. Reviewing these points before booking is cheaper than any storage bill at a US port.
How Topway Shipping Supports Electronics Exporters
Vzhledem k tomu, 2010, Topway Shipping, headquartered in Shenzhen, China, has been a professional provider of cross-border e-commerce logistics solutions. The founding team has more than 15 years of experience in international logistics and celní odbavení, with a strong focus on China-US transportation, which is precisely the lane where FCC compliance questions arise.
To be clear, Topway Shipping is a logistics provider and does not issue FCC grants or replace a test lab or a compliance adviser. What it does is make sure that the freight side of your project runs smoothly around the certification work. The service chain covers first-leg transportation from Chinese factories, overseas warehousing, customs clearance and doručení na poslední míli, so one team can coordinate sample shipments to US labs, bulk cargo to US warehouses and final delivery to buyers or fulfilment centers.
The company also offers flexible full container load and less than container load ocean freight from China to major ports worldwide. For electronics exporters, this matters in two ways. FCL suits established products with a grant in hand and large order volumes, while LCL lets smaller brands test a market without committing to a full container. In both cases, the shipper benefits from a forwarder that asks for the FCC ID, checks that model names match the invoice and flags battery or documentation issues before the cargo leaves Shenzhen rather than after it reaches the US.
A practical approach is to involve your forwarder early. Share the product list, the FCC IDs and the planned ship dates, and ask for a shipping plan that fits your certification timeline. That avoids the common sequence in which cargo is booked, the grant is delayed and the container sits waiting. Exporters who want help planning China-US lanes, bonded warehousing or customs handling for electronics can contact Topway Shipping and discuss a route built around their compliance calendar.
A Practical Compliance Checklist for 2026
The table below turns the preceding sections into a working checklist you can hand to your sourcing, engineering and logistics teams.
| Otázka k odpovědi | Proč je to důležité | Who usually owns it |
| Does every radio in the product have a clear test plan? | Hidden radios cause failed or incomplete grants | Engineering and lab |
| Is any component from a Covered List entity? | New rules block authorization of such devices | Sourcing and compliance |
| Is the product in a Covered List category such as routers, robotics or inverters? | New models may not be authorized | Compliance adviser |
| Where will testing take place? | Non-reciprocal locations face a 2028 ban | Dodržování předpisů a zadávání veřejných zakázek |
| Who is the US agent and responsible party? | Required for service of process and SDoC | Žadatel |
| Do label, manual and invoice model names match the grant? | Mismatches stall customs entries | Brand owner and forwarder |
| Are batteries documented for transport? | Carriers reject shipments without UN 38.3 documents | Dopravce a továrna |
Run through this list at three moments: before design freeze, before the first sample shipment and before booking the first commercial container. Teams that do this rarely see serious problems at the border.
Finally, schedule a review every quarter. Between March and October 2026 the FCC altered its rules at least half a dozen times, and the pace is unlikely to slow down before the 2028 lab restrictions take effect.
Závěr
FCC certification is no longer a back-office formality for electronics exporters. It is a commercial gatekeeper, a national security tool and a moving target, all at once. The 2026 changes to the Covered List, the component and marketplace rules and the plan to end recognition of labs in non-reciprocal economies mean that the cheapest path last year may be the riskiest path next year.
The winning approach is to treat compliance and logistics as one project. Classify your products carefully, choose labs and TCBs with the 2028 horizon in mind, audit your bill of materials, keep a clean document pack and align freight bookings with grant dates. Do that, and the FCC process becomes a predictable step instead of a crisis at the port.
Topway Shipping stands ready to handle the logistics part of that equation, from China-US first-leg transport and overseas warehousing to customs clearance, last-mile delivery and flexible FCL and LCL námořní přeprava. If you are preparing an electronics shipment to the United States, speak with the team about how to fit the cargo around your certification timeline.
Nejčastější dotazy
Q: Does every electronic product need an FCC grant?
A: No. Devices that can emit radio frequency energy generally need authorization, but the route differs. Intentional radiators need Certification, many unintentional radiators can use SDoC, and incidental radiators need none. Always confirm the exact category with a lab.
Q: Can I use a CE report instead of FCC testing?
A: No. The standards, limits and legal outcome differ, and the FCC grant must come from a recognized TCB. Bundling CE, FCC and ISED tests in one project can reduce cost, but each approval stays separate.
Q: Is the ban on China-based test labs already in force?
A: Not for the broader ban. The FCC voted on October 29, 2026 to end recognition of labs in non-reciprocal economies, with the ban coming into force in 2028. Labs found to be owned or controlled by foreign adversaries have already been removed under the 2025 Bad Labs rules.
Q: Can I ship unauthorized samples to the US for testing?
A: Often yes, within the limited conditions the FCC rules allow, such as compliance testing or demonstration without sale. Declare them accurately as samples, and check battery rules before booking.
Q: Does Topway Shipping issue FCC certificates?
A: No. Topway Shipping provides logistics services, including first-leg transport, overseas warehousing, customs clearance, last-mile delivery and FCL or LCL ocean freight between China and the US. Certification must come from a recognized test lab and TCB.