The Radio Law mandates model approval (i.e., Technical Regulations Conformity Certification) for specified radio equipment. This certification is compulsory, and MIC is the registered certifying body for the designated radio equipment scope. TELEC (Telecom Engineering Center) is the main registered certification body for conformity certification of radio equipment in Japan. It is also known as MIC certification, RF certification, GITEKI certification, or MARK Giteki certification.
TELEC certification includes Test Certification and Type Certification. Test Certification verifies each individual unit, and it is valid only for the tested units. Type Certification applies to a sample batch of similarly designed and manufactured devices, and is valid for the batch. However, any changes in design or manufacture require recertification. Note that non-low-power radio stations and their terminal devices need a license from MIC. Also, there are two cases for telecommunication terminal device certification: regular phone devices require only JATE certification as per the Telecommunications Business Act; wireless terminal devices need both JATE certification and TELEC certification as per the Radio Law.
1. 2.4G products
2. Bluetooth products
3. WiFi products
4. RFID products
1. System block diagram
2. System schematic
3. User manual
4. Operational description
5. BOM list
6. Module schematic
7. Module block diagram
8. Module specifications
9. ISO 9001 certificate of manufacturer
10. Label and label location diagram
11. Antenna specification: including antenna name, type, maximum gain, measurement, appearance, and size diagram
1. All submitted documents are recommended in Japanese, although English is acceptable. Test reports can be in the language of the local testing institution.
2. TELEC is Japan's mandatory certification for wireless products, adhering to the Radio Law. Test standards follow MIC (Ministry of Internal Affairs and Communications) Notice No.88.
3. For WiFi and Bluetooth products, tests align with the EU's EN300 328. Standards for 2.4GHz WiFi products (802.11b/g, 2412–2472 MHz) and Bluetooth products are found in MIC Notice No.88 Annex43. Channel 14 of 2.4GHz WiFi (2471–2497 MHz) requires separate Annex44 testing and reporting.
4. For 5GHz WiFi products (802.11a, 5180–5320 MHz in W52 and W53 Bands), Annex45 applies. MIC will soon revise Annex45 to include 5.6GHz devices (Band W56), introducing stricter DFS testing.
- Bluetooth/WiFi/2.4G wireless products (non-remote aircraft): MIC Notice NO.88 Appendix NO.43, Article 2 Paragraph 1 Item 19-2.
- 2.4G Remote Aircraft: MIC Notice NO.88 Appendix NO.43, Article 2 Paragraph 1 Item 19-2-2.
- 5.2G WiFi Products: MIC Notice NO.88 Appendix NO.45, Article 2 Paragraph 1 Item 19-3.
- 315M Remote Control Products: MIC Notice NO.88 Appendix NO.22, Article 2 Paragraph 1 Item 8.
1. Frequency error measurement
2. Occupied bandwidth/carrier frequency bandwidth
3. Unwanted emission measurement
4. Antenna power error measurement
5. Receiver unwanted emission limitation
6. EIRP antenna power measurement
7. 3dB beamwidth measurement
8. Duty cycle measurement
9. Retention time
Test certification verifies each individual device unit, and this certification is only valid for each device that has undergone verification. The testing items for WiFi and Bluetooth products are generally similar to the European standard EN300 328. For 2.4GHz WiFi products (802.11b/g, 2412–2472 MHz) and Bluetooth products, the standard followed is MIC Notice No.88 Annex43. However, for Channel 14 of 2.4GHz WiFi products (2471–2497 MHz), separate testing and reporting according to Annex44 are required, which also entails additional fees. For 5GHz WiFi products (802.11a, 5180–5320 MHz in W52 and W53 Bands), Annex45 is the applicable testing standard. Notably, MIC is expected to revise Annex45 soon to include 5.6GHz devices (Band W56), introducing more stringent DFS testing requirements for the Band 56 frequency range.
1. Client: Submit the application form to the lab, prepare samples, sign the contract, and pay certification fees.
2. Lab: Test, issue the report, and initially review documents. Duration: 2 weeks.
3. Japanese certification body: Final review, draft issuance, certification issuance. Duration: 1–2 weeks.
Overall certification timeline: 3–4 weeks, with an option for expedited processing.
1. One fixed frequency RF sample and one regular sample.
2. For multi-channel products, a continuous transmission sample is required for single-channel devices.
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