Mandatory certifications in major markets can be grouped into four main lines — electromagnetic compatibility, radio frequency, electrical safety, and energy efficiency — and in most countries a single test report gives rise to multiple marks. The table below lists mandatory requirements and applicable product scope by market, so exporters can check off the target country directly.
| Market | Mandatory certification/mark | Main applicable products | Local agent required |
|---|---|---|---|
| European Union | CE (including EMC, RED, LVD, RoHS) | Electrical/electronic, wireless devices | No, but an EU-based responsible person is required |
| United States | FCC (ID/DoC); safety certifications such as UL are market requirements | RF devices, electrical/electronic | US agent required (FCC) |
| Canada | ISED (wireless), ICES (EMC) | Wireless and digital devices | Canadian representative required |
| United Kingdom | UKCA | Electrical/electronic, wireless devices | UK responsible person required |
| Japan | MIC technical conformity, PSE | Wireless devices, specified electrical appliances | Domestic administrator in Japan required |
| Korea | KC (RRA wireless, safety) | Wireless and electrical appliances | Korean agent required |
| Australia/New Zealand | RCM | Wireless and electrical/electronic | Local supplier required |
| India | WPC ETA, BIS | Wireless devices, products on the mandatory list | Indian local representative required |
| Singapore | IMDA | Telecom and wireless devices | Local representative required |
| Taiwan, China | NCC, BSMI | Wireless and electrical/electronic | Taiwan-based company required |
| Vietnam | MIC type approval | Wireless and communication devices | Local importer required |
| Thailand | NBTC, TISI | Wireless and mandatory-standard products | Local agent required |
| Malaysia | SIRIM, MCMC | Wireless and electrical devices | Local agent required |
| Indonesia | SDPPI, SNI | Wireless and mandatory-certification products | Local importer required |
| Philippines | NTC | Wireless and communication devices | Local representative required |
| UAE | TDRA | Telecom and wireless devices | Local agent required |
| Saudi Arabia | CITC, SABER | Wireless and regulated products | Local agent required |
| Brazil | ANATEL | Telecom and wireless devices | Brazilian representative required |
| Mexico | IFT | Wireless and telecom devices | Local representative required |
| Russia/Eurasian Economic Union | EAC | Electrical/electronic and wireless devices | Applicant within the Union required |
| South Africa | ICASA | Wireless and communication devices | Local representative required |
| Nigeria | NCC | Telecom and wireless devices | Local agent required |
The table reflects the institutional framework; whether a specific model is exempt or must be submitted as a sample is still governed by the latest announcements of the target country's competent authority.
The product category determines how broad the certification combination is: purely wired electrical/electronic products need only EMC plus safety, while products with RF functionality must add wireless type approval. Recommended combinations are as follows:
| Product category | Typical certification combination |
|---|---|
| Ordinary power supplies/home appliances (no RF) | CE EMC+LVD, FCC DoC, UKCA, PSE, KC safety |
| Bluetooth/Wi-Fi short-range devices | CE RED, FCC ID, ISED, MIC technical conformity, KC wireless, RCM, IMDA |
| Cellular communication terminals (4G/5G) | The short-range device set plus each country's telecom type approval and operator acceptance |
| Battery-powered portable devices | Add transport safety testing (UN38.3) and battery regulation requirements |
| Children's/medical electronics | Add the target country's special access and registration requirements |
RF-equipped products are the most costly category to certify, because wireless type approval generally does not accept certificate transfer and must be applied for country by country.
The CB Scheme (IECEE) is the main tool for reducing duplicate testing costs in safety certification, but it covers only safety, not the full set of RF and EMC requirements. Based on one CB test certificate plus report, a company can apply to the national certification bodies of CB member countries for certificate transfer, reducing duplicate sample submissions and duplicate testing. Three points need attention in practice: first, CB covers the scope of IEC safety standards, and the wireless RF part still requires a separate application; second, some countries accept supplementary testing only from laboratories recognized by that country; third, certificate transfer still involves each country's application fees and local agent costs. The degree of mutual recognition in EMC and RF is lower than in safety, so planning should estimate timelines for safety and wireless separately.
Data from the company database shows that Chinese entities clearly lead in number, and the United States is the largest single overseas destination. The database holds 26,862 companies in total, of which 16,734 are in China; 3,161 in the United States, 354 in Hong Kong, 296 in Taiwan, 246 in the United Kingdom, 234 in Canada, 184 in Germany, 180 in Korea, 138 in Singapore, 134 in Japan, and 110 in Australia. Another 3,985 companies have no country marked. The database contains 40,930 products, 6,103 FCC certificates, and 347 testing laboratories; the certificate data range is 05/06/2026 to 2026-10-25, with 1,156 certificates issued and 695 new companies added in the last 30 days. The high share of FCC certificates corroborates the position of the United States in the table above as the largest single overseas market. When budgeting for certification, companies can prioritize resource allocation in the order of the United States, the European Union, the United Kingdom, Canada, and Japan/Korea.
Certification planning should start before mass production is finalized, with the three phases of testing, rectification, and certificate transfer scheduled separately. Recommended practice: complete pre-testing before the structural design and circuit plan are frozen, to identify radiated and conducted margins; confirm the target country's list and sample quantities before formal sample submission; and proceed in the order of "safety first, wireless after" during the certification phase, because safety reports are the basis for certificate transfer in most countries. SDoC-type certifications take 1-2 weeks; projects requiring issuance by a competent authority or the involvement of a local agent take longer and should be confirmed country by country. When running multiple countries in parallel, combining projects that share the same test data into one schedule can significantly compress the total duration.
No. Obtaining certification according to the target country's mandatory list is sufficient, but if the product has wireless functionality, you need to confirm whether that country accepts certificate transfer or requires local testing.
No. CE applies only to the European Union and to some markets that recognize its framework; the United States, Japan, Korea, and others all have independent mandatory regimes.
No. CB covers safety standards, while FCC and MIC involve radio frequency and electromagnetic compatibility, which must be applied for separately under their respective rules.
Add the target country's wireless type approval on top of safety certification, such as EU RED, US FCC ID, Japan MIC technical conformity, Korea KC wireless, Australia RCM, and so on.
It is recommended to conduct pre-testing before the design is frozen, and to schedule formal sample submission after finalization and before mass production, leaving margin for rectification.
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Email Mr. TaoBeice Testing · Tao Gong · CNAS L5516 · CMA 202319013572 · NTEK Group Partner Lab · Shenzhen, China
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A mandatory certification is a legal precondition for sale, while a voluntary mark is a commercial signal, and mixing the two is the most common planning error in a market-access project. Three groups of obligations apply to almost every electronic product. First, radio and telecom approval, such as an FCC ID in the United States, a CE marking under the Radio Equipment Directive in the EU, SRRC type approval in China, TELEC in Japan, KC in Korea, ISED in Canada and RCM in Australia. Second, safety, electromagnetic compatibility and restricted substances, which usually ride along with the same test campaign. Third, labelling, an EU responsible person and, since 1 August 2025, the cybersecurity requirements of delegated regulation 2022/30 for connected radio equipment. Our analysis of 2,556 FCC grant records published between 12 September and 22 October 2026 found 405 rows and 111 FCC IDs on the single day of 22 October, covering 92 companies, which shows how many approvals a launch calendar has to absorb.
A mandatory certification is required by law before the product may be placed on the market, and a voluntary mark is a private scheme that a manufacturer may buy to signal quality, so only the first can stop a shipment at customs. Three distinctions matter in practice. First, the legal basis: an FCC ID rests on 47 CFR Part 15, a CE marking on the directives listed in the Official Journal, and a voluntary mark on a contract with a scheme owner such as a retailer or an insurer. Second, the enforcement route: a customs officer checks a declaration of conformity or a grant, while a voluntary mark is checked by the buyer. Third, the cost structure: mandatory testing is priced by test hours and samples, while a voluntary scheme adds an annual licence fee. According to the FCC, a grant is issued by a TCB, and our analysis of 2,556 FCC grant records in 2026 found 315 rows filed by Chinese applicants, most of which also carry a CE obligation for the same hardware.