CROSS-STANDARD public interest · Wireless / IoT device
China-to-Japan Wireless / IoT Device Compliance Gap Matrix (MIC / TELEC / VCCI)
AI-compiled from official public sources — cross-checked by multiple AI models, not human-verified. Informational only; see disclaimer. Public-interest, source-linked comparison of common China Wi-Fi, Bluetooth, and IoT device documentation against Japan Radio Law Giteki type certification (MIC / TELEC), VCCI EMC registration (Class A/B for ITE), PSE electrical safety (METI) for in-scope power components, Japan in-country agent requirements, and METI / NISC IoT security guidelines.
Dataset 2026-06-11
Last verified 2026-06-17
6 rows
GAP MATRIX
Compliance Gap Matrix
| Compliance item | Common China baseline | Japan (MIC / TELEC / VCCI) | Gap / action | Source + verification date |
|---|---|---|---|---|
| Radio Type Certification — Giteki Mark (MIC / TELEC, Japan Radio Law) | In China, radio transmitting equipment must obtain SRRC (State Radio Regulation of China) type approval administered by MIIT under the Radio Regulations of the People's Republic of China (2016 revision). Wi-Fi and Bluetooth devices require SRRC approval before sale and must bear the CMIIT ID marking on the product. Networked IoT terminal equipment may additionally require a MIIT network access licence (NAL). SRRC approval is China-domestic and is not recognised by MIC Japan; no bilateral mutual recognition agreement exists between China and Japan for radio equipment.Radio Regulations of the People's Republic of China (2016) — SRRC type approval administered by MIIT CMIIT ID marking requirement for wireless products sold in China (MIIT) MIIT Network Access Licence (NAL) for networked terminal equipment (where applicable) |
All radio-frequency equipment (Wi-Fi, Bluetooth, BLE, 5G, NFC) imported or sold in Japan must obtain technical conformity certification (技術基準適合証明) or type designation (型式指定) under Article 38-24 of the Radio Law (電波法). These are collectively referred to as 「Giteki」 and are evidenced by the Giteki mark (技適マーク) displayed on the device label. The designated testing and certification body is primarily TELEC (Telecom Engineering Center) under MIC authorisation. Certification is device-specific and must be obtained before importation or sale. Key frequency restrictions apply: the 5 GHz W53 band (5250–5350 MHz) and W56 band (5470–5725 MHz) are restricted from outdoor use in Japan and require Dynamic Frequency Selection (DFS). FCC Certification, CE radio compliance, and China SRRC approval have no mutual recognition with Japan's Giteki system.Radio Law of Japan (電波法), Article 38-24 — technical conformity certification for specified radio equipment Ministerial Ordinance on Technical Regulations Conformity Certification of Specified Radio Equipment (MIC, Japan) MIC Technical Standards for Radio Equipment — 2.4 GHz (802.11b/g/n/ax) and 5 GHz W52/W53/W56 (802.11a/n/ac/ax) 5 GHz DFS requirements — W53 (5250–5350 MHz) and W56 (5470–5725 MHz) outdoor restriction, Japan Radio Law Enforcement Regulations TELEC (Telecom Engineering Center) — designated testing and certification body under MIC |
China SRRC approval does not satisfy Japan's Giteki requirement — entirely separate certification via TELEC (or another MIC-designated body) is required before importation or sale. Key gap points: (1) Japan Radio Law mandates device-specific Giteki certification obtained prior to import; (2) the Giteki mark must appear on the device label or be accessible by electronic means; (3) 5 GHz W53 and W56 bands carry Japan-specific outdoor-use prohibitions and mandatory DFS not covered by China SRRC approval scope; (4) foreign manufacturers must designate a Japan-registered in-country agent (see wirjp-importation-agent); (5) products using radio modules already Giteki-certified may reduce re-testing scope but host device integration verification is still required to confirm the module's certified conditions are met in the specific product. CE, FCC, and SRRC authorisations provide no regulatory equivalence for Giteki.[INFORMATIONAL] Giteki certification via TELEC or another MIC-designated body is mandatory for all RF-equipped devices before import or sale in Japan. China SRRC type approval and CCC certification provide no regulatory equivalence with Giteki. The device label must display the Giteki mark. Japan-specific 5 GHz W53/W56 outdoor restrictions and DFS requirements must be addressed in the Giteki test scope. A Japan-registered in-country agent is separately required for foreign manufacturers. | Ministry of Internal Affairs and Communications (MIC), Japan2026-06-17 · reference |
| Japan In-Country Agent / Importer of Record Requirement (Radio Law and PSE) | In China, foreign manufacturers exporting radio or electronic equipment must work through a China-registered importer or distributor who holds the SRRC type approval applicant role, CCC certificate holder role (which can be the manufacturer or a China-resident authorised representative), and MIIT network access licence (NAL) holder role where applicable. The China-side regulatory entity structure is governed by MIIT, SAMR, and CNCA regulations. This China regulatory entity structure does not provide equivalence or substitution for Japan's Radio Law in-country agent or PSE importer-of-record obligations.Radio Regulations of the People's Republic of China (2016) — SRRC applicant entity requirements (MIIT) CCC certificate holder and authorised representative requirements (CNCA / SAMR, China) MIIT Network Access Licence (NAL) applicant entity requirements for networked terminal equipment |
Foreign manufacturers of radio-frequency equipment subject to Japan's Radio Law (電波法) must designate a Japan-registered in-country representative or agent to act on their behalf for regulatory filings, Giteki certification maintenance, post-market obligations, and labelling compliance. Under Japan Radio Law enforcement regulations, the Giteki certification grantee (designated manufacturer or importer) must be an entity registered or resident in Japan. For PSE (Electrical Appliance and Material Safety Act, DENANA), the reporting obligation (届出) before manufacture or import rests on the manufacturer or importer, and for foreign manufacturers this requires a Japan-resident importer of record or an authorised local representative to submit the METI notification and hold the conformity certificate. The in-country agent is distinct from a customs broker and typically must be able to respond to METI and MIC post-market surveillance inquiries. CCC registrations and Chinese regulatory filings do not fulfil this Japan-specific obligation.Radio Law of Japan (電波法), Enforcement Regulations — Giteki certification grantee must be Japan-registered entity or designate a Japan-resident representative Electrical Appliance and Material Safety Act (DENANA, METI) — pre-import notification (届出) obligation for manufacturers and importers MIC post-market surveillance obligations for Giteki-certified radio equipment |
Japan requires a separate Japan-registered in-country agent or importer of record for both Radio Law (Giteki) and PSE (DENANA) obligations. China's SRRC applicant, CCC certificate holder, and MIIT regulatory entities do not satisfy this Japan-specific requirement. Key action points for foreign manufacturers: (1) appoint a Japan-registered entity as the Giteki certification grantee or designated representative before commencing TELEC certification; (2) ensure a Japan-resident importer or authorised agent submits the METI pre-import notification (届出) for PSE-covered products; (3) the agent must be able to respond to MIC and METI post-market surveillance inquiries and maintain up-to-date conformity records in Japan. There is no ASEAN–Japan or China–Japan MRA that covers this requirement.[INFORMATIONAL] Foreign manufacturers exporting RF-equipped or electrical devices to Japan must designate a Japan-registered in-country agent or importer of record before Giteki certification and PSE notification can be completed. China-side regulatory entities (SRRC applicant, CCC holder) do not satisfy this requirement. The agent must be in place before TELEC certification is commenced and before any PSE pre-import notification is filed with METI. No bilateral MRA eliminates this requirement. | Ministry of Internal Affairs and Communications (MIC), Japan2026-06-17 · reference |
| IoT Cybersecurity Guidelines (METI / NISC, Japan IoT Security Safety Framework) | In China, IoT cybersecurity is governed by a combination of mandatory and voluntary requirements. The Cybersecurity Law (2017) and Data Security Law (2021) impose baseline obligations on network-connected products. GB/T 22239 (Baseline for Cybersecurity Level Protection, MLPS 2.0) provides the mandatory grading framework. For IoT devices, MIIT has issued IoT-specific security standards including YD/T 3628 (IoT terminal security requirements) and YD/T 3698 (IoT security architecture). CCRC (China Cybersecurity Review Technology and Certification Center) administers voluntary cybersecurity certification schemes for IoT products. China's MLPS/CCRC cybersecurity frameworks are China-specific and are not recognised by Japan's METI, MIC, or NISC; they do not substitute for Japan's IoT security guidelines or the emerging mandatory IoT security labelling obligations.Cybersecurity Law of the People's Republic of China (2017) — baseline obligations for network-connected products GB/T 22239 — Baseline for Cybersecurity Level Protection (MLPS 2.0, China) YD/T 3628 — Security requirements for IoT terminal equipment (MIIT, China) CCRC voluntary cybersecurity product certification for IoT devices (China Cybersecurity Review Technology and Certification Center) |
Japan has published a suite of IoT security guidelines and frameworks that, while not carrying mandatory legal force for all consumer devices, are increasingly referenced in government procurement requirements and expected by major domestic buyers. The primary frameworks are: (1) METI IoT Security Guidelines ver 1.0 (2016) covering risk-based security design principles for IoT devices, including prohibition of default passwords, requirement for update mechanisms, and network segmentation; (2) MIC IoT Security Safety Framework (IoT-SSF, 2020 and updates) providing a security certification and conformity evaluation scheme for consumer IoT products; and (3) NISC Cybersecurity Strategy guidelines applicable to critical infrastructure and government-procurement IoT. From 2024–2025, METI and MIC have been advancing a mandatory IoT security labelling scheme (equivalent in intent to the EU Cyber Resilience Act or US Cyber Trust Mark) for consumer connected devices sold in Japan, which is expected to take effect progressively. Foreign manufacturers should monitor MIC and METI announcements on mandatory IoT security marking requirements.METI IoT Security Guidelines ver 1.0 (2016) — risk-based IoT device security design (Ministry of Economy, Trade and Industry, Japan) MIC IoT Security Safety Framework (IoT-SSF, 2020 and updates) — consumer IoT security conformity evaluation (Ministry of Internal Affairs and Communications, Japan) NISC Cybersecurity Strategy — IoT security guidelines for critical infrastructure and government procurement (National center of Incident readiness and Strategy for Cybersecurity, Japan) Emerging METI / MIC mandatory IoT security labelling scheme for consumer connected devices (2024–2025 consultation phase) |
Japan's METI IoT Security Guidelines, MIC IoT-SSF, and NISC cybersecurity frameworks are separate from and not equivalent to China's MLPS, CCRC certification, or GB/T IoT security standards. While Japan's IoT security requirements are currently largely voluntary for commercial products, they are referenced in government-supply-chain requirements and are evolving toward mandatory labelling (2024–2025 METI/MIC consultation). Key gap points: (1) Japan frameworks focus on default-password prohibition, OTA update mechanisms, and network segmentation — these must be designed into the product regardless of whether a formal Japan certification is yet required; (2) CCRC certification or China cybersecurity review compliance does not constitute evidence of Japan IoT-SSF conformance; (3) exporters targeting Japanese enterprise or government buyers should proactively verify against IoT-SSF criteria and monitor the emerging mandatory IoT security marking scheme for consumer devices.[INFORMATIONAL] Japan's IoT security frameworks (METI IoT Security Guidelines, MIC IoT-SSF, NISC Cybersecurity Strategy) are currently voluntary for most consumer products but are referenced in government procurement and are evolving toward mandatory labelling. China MLPS, CCRC certification, and GB/T IoT security standards are not recognised by Japanese authorities. Manufacturers should design products to meet METI/MIC IoT security baseline requirements (no default passwords, update mechanisms, network segmentation) and monitor MIC and METI announcements on mandatory consumer IoT security marking, expected to progress from 2025 onward. | Ministry of Economy, Trade and Industry (METI), Japan — IoT Security Guidelines2026-06-17 · reference |
| Electrical Safety — PSE Certification (METI, Electrical Appliance and Material Safety Act) | In China, electrical safety for consumer electronics and IT equipment is primarily governed through China Compulsory Certification (CCC) under SAMR and CNCA oversight, referencing GB 4943.1 (harmonised with IEC 60950-1) or GB 62368-1 (harmonised with IEC 62368-1) for audio/video and IT equipment safety. DC adapters and chargers supplied with wireless consumer devices fall within the CCC scope and must be tested by CNAS-accredited laboratories and certified by a CNCA-designated certification body before sale in China. CCC is China-specific; it is not recognised by METI Japan and does not satisfy PSE requirements.China Compulsory Certification (CCC) for electrical safety — SAMR / CNCA oversight GB 4943.1 — Safety of information technology equipment (harmonised with IEC 60950-1, China) GB 62368-1 — Audio/video, information and communication technology equipment safety (harmonised with IEC 62368-1, China) CCC testing by CNAS-accredited laboratory and certification by CNCA-designated body |
The Electrical Appliance and Material Safety Act (電気用品安全法, DENAN) administered by METI (Ministry of Economy, Trade and Industry) regulates electrical safety for appliances sold or imported into Japan. Products are classified as Specific Electrical Appliances (特定電気用品, approximately 116 categories, requiring third-party conformity assessment and the PSE diamond mark ◇) or Non-Specific Electrical Appliances (非特定電気用品, approximately 341 categories, requiring self-declaration and the PSE circle mark ○). DC power adapters and battery chargers commonly supplied with Wi-Fi routers, IoT devices, and wireless consumer electronics typically fall under Specific Electrical Appliances (特定電気用品 — DC特定) and therefore require third-party conformity assessment by a METI-registered inspection body, issuance of a conformity certificate, and display of the PSE diamond mark on the product. The manufacturer or importer must notify METI before manufacture or import. Technical requirements reference J60065, J60950, or J62368-1 (Japan versions of IEC safety standards).Electrical Appliance and Material Safety Act (電気用品安全法, DENANA), Japan — METI Enforcement Order of the Electrical Appliance and Material Safety Act — list of Specific and Non-Specific Electrical Appliances J62368-1 (Japan national adoption of IEC 62368-1) — Audio/video, information and communication technology equipment safety METI notification obligation for manufacturers and importers before manufacture or importation of electrical appliances |
China CCC electrical safety certification is not recognised by METI Japan and does not satisfy PSE requirements. DC adapters and battery chargers bundled with wireless IoT or consumer devices must be separately assessed against PSE requirements: (1) confirm whether the product is classified as Specific (◇) or Non-Specific (○) Electrical Appliance under the DENANA Enforcement Order; (2) for Specific Electrical Appliances (including most DC adapters), engage a METI-registered inspection body for third-party conformity assessment against J62368-1; (3) obtain conformity certificate and notify METI before importation; (4) display the PSE diamond mark on the product label. A common compliance gap: Chinese exporters assume CCC-certified adapters are compliant with Japan PSE — they are not, and the PSE diamond mark cannot be applied without separate Japan-specific assessment.[INFORMATIONAL] PSE certification under Japan's Electrical Appliance and Material Safety Act is mandatory for in-scope products before importation or sale. DC adapters and chargers bundled with Wi-Fi or IoT devices typically require the PSE diamond mark (Specific Electrical Appliance, third-party assessment). China CCC certification provides no equivalence. Manufacturers or importers must notify METI, engage a METI-registered inspection body, obtain a conformity certificate, and display the correct PSE mark on the product before importation. | Ministry of Economy, Trade and Industry (METI), Japan — Product Safety Division2026-06-17 · reference |
| EMC — VCCI Class B Registration (Consumer / Residential ITE) | In China, ITE is subject to mandatory EMC conformity under GB/T 9254 (EMC emission limits for ITE, harmonised with CISPR 22 / CISPR 32), which applies to Class B devices for residential use. Testing must be conducted at a CNAS-accredited laboratory. EMC is also assessed as part of China Compulsory Certification (CCC) for applicable product categories under the GB 4943 / GB 62368 family. China's GB/T 9254 and CCC documentation are not recognised by VCCI and provide no equivalence for Japan market access.GB/T 9254 — Electromagnetic disturbance limits and measurement methods for ITE (harmonised with CISPR 22/32, China) China Compulsory Certification (CCC) — EMC assessment as part of CCC for applicable ITE categories (CNCA/SAMR) GB 17625.1 — Electromagnetic compatibility, limits for harmonic current emissions (IEC 61000-3-2 equivalent, China) |
VCCI (Voluntary Control Council for Interference by Information Technology Equipment) is Japan's industry body that administers EMC conformity requirements for information technology equipment (ITE). Class B applies to equipment intended for use in residential environments, including consumer IoT, Wi-Fi routers, smart speakers, and connected home devices. Membership of VCCI and registration of the product with VCCI is required before the VCCI conformity mark may be displayed. Testing must be performed against VCCI technical requirements (harmonised with CISPR 32 / VCCI-CISPR 32) at an accredited laboratory. Although VCCI participation is described as voluntary, carrying the VCCI mark is the established market expectation for ITE sold in Japan; major Japanese retailers and distributors routinely require it, making registration effectively mandatory for commercial access. The VCCI Class B mark must be displayed on the product or in the user manual.VCCI Technical Requirements for ITE (harmonised with CISPR 32 / VCCI-CISPR 32, Class B limits) VCCI Council Rules — membership and product registration requirements (VCCI, Japan) CISPR 32:2015 (and amendments) — Electromagnetic compatibility of multimedia equipment, emission requirements |
China's GB/T 9254 EMC documentation and CCC certification are not recognised by VCCI; separate VCCI membership, product testing to VCCI-CISPR 32 Class B limits, and VCCI product registration are required before the VCCI mark can be displayed on devices sold in Japan. While VCCI participation is formally voluntary, Japanese market access for consumer ITE in practice requires VCCI Class B registration. The VCCI Class B mark requirement and mandatory user-manual notice differ from CN CCC label requirements. Chinese manufacturers exporting to Japan cannot rely on existing CCC EMC test reports for VCCI registration.[INFORMATIONAL] VCCI Class B registration is the market-standard EMC requirement for consumer ITE sold in Japan. China GB/T 9254 test reports and CCC EMC documentation cannot be used for VCCI registration. Manufacturers must join VCCI, test to VCCI-CISPR 32 Class B limits at an accredited laboratory, and register the product with VCCI before displaying the VCCI mark. Failure to carry the VCCI mark will typically prevent access to Japan's mainstream retail and distribution channels. | Voluntary Control Council for Interference by Information Technology Equipment (VCCI), Japan2026-06-17 · reference |
| EMC — VCCI Class A Registration (Commercial / Industrial ITE) and User-Manual Warning | In China, Class A ITE (commercial/industrial) is subject to GB/T 9254 Class A emission limits, which are harmonised with CISPR 22 / CISPR 32 Class A limits. GB/T 9254 Class A also requires a user-warning notice in the product documentation stating the device is for commercial use and may cause interference in residential environments. CCC does not separately cover commercial-class ITE in all cases, but GB/T 9254 Class A testing is a market requirement. China GB/T 9254 Class A reports are not transferable to VCCI and do not satisfy Japan Class A registration obligations.GB/T 9254 Class A — EMC emission limits for commercial/industrial ITE (harmonised with CISPR 22/32, China) GB/T 9254 user-warning notice requirement for Class A devices sold in China |
VCCI Class A applies to ITE intended for use in commercial, industrial, or light-industrial environments (non-residential). Class A emission limits under VCCI-CISPR 32 are less stringent than Class B limits but carry an additional mandatory obligation: a VCCI Class A warning notice must be included in the user manual and, where practicable, on the device itself, stating that use in a residential environment may cause radio interference. Manufacturers or importers must join VCCI, register Class A products, and conduct testing to VCCI Class A technical requirements at an accredited laboratory. The VCCI Class A mark must be displayed. A Class A device may not be sold into residential retail channels without the Class B re-qualification.VCCI Technical Requirements for ITE — Class A emission limits (harmonised with CISPR 32 / VCCI-CISPR 32, Class A) VCCI Council Rules — Class A user-manual and device warning notice requirement (VCCI, Japan) CISPR 32:2015 (and amendments) — Class A emission limits for multimedia equipment used in commercial environments |
China GB/T 9254 Class A documentation and CCC cannot be used for VCCI Class A registration in Japan. Separate VCCI membership, testing to VCCI-CISPR 32 Class A limits at a Japan-accredited laboratory, VCCI product registration, and inclusion of the mandatory VCCI Class A warning notice in the user manual are all required. A device registered under VCCI Class A cannot be sold in residential retail channels without separate Class B testing and re-registration. The Japanese VCCI Class A warning text differs from the Chinese GB/T 9254 warning notice text and is not interchangeable.[INFORMATIONAL] VCCI Class A registration is the market-standard EMC path for commercial and industrial ITE sold in Japan. China GB/T 9254 Class A test reports cannot be submitted for VCCI registration. Manufacturers must join VCCI, test to VCCI-CISPR 32 Class A limits, register the product, and include the mandatory VCCI Class A warning notice in the user manual. Products intended for residential retail must undergo separate VCCI Class B registration rather than Class A. | Voluntary Control Council for Interference by Information Technology Equipment (VCCI), Japan2026-06-17 · reference |
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SOURCES
Official-source register.
- Ministry of Internal Affairs and Communications (MIC), Japan · accessed 2026-06-17 · reference · used in 2 rows
- Ministry of Economy, Trade and Industry (METI), Japan — IoT Security Guidelines · accessed 2026-06-17 · reference · used in 1 rows
- Ministry of Economy, Trade and Industry (METI), Japan — Product Safety Division · accessed 2026-06-17 · reference · used in 1 rows
- Voluntary Control Council for Interference by Information Technology Equipment (VCCI), Japan · accessed 2026-06-17 · reference · used in 2 rows