Certification introduction
Japan's certification for radio frequency equipment is called Radio Equipment Type Approval. The official control agency is the Ministry of Internal Affairs and Communications of Japan. The main certification agency is TELEC (Telecom Engineering Center) designated by MIC, and there are 12 certification agencies such as RF Technologies/JQA/SGS/ITS/TUV/UL, etc., so it is usually called TELEC certification. Some people also call it MIC certification, RF certification, GITEKI certification, and technical appropriate certification, similar to domestic SRRC certification.
TELEC certification complies with Japan's Radio Law, and the specific testing specifications comply with the MIC (Japan Ministry of Internal Affairs and Affairs) Notice No.88 regulations. According to the requirements of Japan's Radio Wave Law, the production, sales and operation of wireless equipment in Japan must comply with the technical regulations approved by the MIC, and a forced application for a radio equipment for a model approval certificate (i.e., TELEC certification).
Basic information on TELEC certification
Is it mandatory: Mandatory certification
Factory inspection requirements: No requirements, but ISO certificate or approved quality control documents are required
Certified holder requirements: No requirement
Certificate validity period: None
Certification cycle: about 4 weeks
Technical information: Voltage frequency AC 100V/200V, 50Hz/60Hz, plug JIS 8303
Instructions for TELEC Certification, GITEKI Certification, MIC Certification, and MARK Technical Adaptation Certification
·TELEC certification and GITEKI certification
The full name of Japan's TELEC is TELECom Engineering Center, which is recognized by the Ministry of Internal Affairs and Communications of Japan as the issuing authority for the Radio Wave Law. In 2014, the TELEC organization also obtained the certification qualification for the Electrical Communication Industry Law. Nowadays, in layman's terms, TELEC certification is equivalent to GITEKI certification.
·TELEC certification and MIC certification The Ministry of Internal Affairs and Communications, abbreviated as MIC, is the regulatory agency for Japan's Radio Wave Law and Electrical Communication Act. In layman's terms, MIC certification is equivalent to TELEC certification.
·TELEC certification and MARK technical adaptability certification
After passing the TELEC certification, products can be printed with the GITEKI logo. GITEKI comes from the Japanese name for certification: "Gisho maku", and the Japanese word Gisho Romanized GITEKI. Therefore, GITEKI certification is also known as Gisho certification, and GITEKI certification and Gisho certification are just different names.
Certification classification
Type certification refers to the verification of samples from a batch of equipment that are also designed and manufactured. This certification is valid for the batch of equipment, but if the design or manufacturing of the equipment changes, the equipment will need to be re-certified.
It is worth noting that the use of non-low power radio stations and their terminal equipment requires a license from the MIC. In addition, there are two types of compliance certification for telecommunications terminal equipment:
· For ordinary telephone devices, JATE certification is only required according to the requirements of the Telecommunications Agency Law;
· For wireless terminal equipment, in addition to JATE certification as required according to the requirements of the Telecommunications Agency Law, TELEC certification is also required according to the requirements of the Radio Law.
Applicable product scope
Application process
2. The testing agency reviews the data and tests the samples initially
3. The testing agency formally applies to the agency recognized by the MIC of the General Affairs Department
4. The institution reviews the documents
5. Sample testing, and provides a test report (can be tested by an authorized laboratory)
6. After the documents and test reports are passed, Japan MIC issuance certificate
Application materials
2. Quality management system statement
3. Quality control confirmation letter method or manufacturer ISO 9001 certificate
4. Construction guarantee confirmation letter
5. Rated power statement
6. Antenna report
7. Test report includes test results, test setup photos and inspections conducted)
8. Block diagram, schematic diagram, material list, part placement, IC data sheet, internal and external photos, product description, user manual, operation/technical instructions, accessories instructions)
9. Label information label location, label content)
10. If you are an agent or authorized representative of the manufacturer, you also need a letter/authorization letter
Certification Fees
The fees of TELEC certification vary according to the product and function. For example, the product has Bluetooth, WIFI function, 2.4GHz function, and the fees are different. Even the single-mode and dual-mode Bluetooth are different. Specific TELEC certification fees need to be evaluated and quoted. Most of the TELEC certification quotes for common products start from 10,000 yuan.
other
Bluetooth and WIFI product testing requirements
Test certification is for each device unit, which is valid for only every verified device unit; the test items of WiFi and Bluetooth products are basically similar to the European standard EN300 328. Among them, the standard used by 2.4GHz WiFi products (802.11b/g, 2412~2472 MHz) and Bluetooth products are MIC Notice No.88 Annex43, but for 2.4GHz WiFi products 14 channels (Channel 14: 2471~2497MHz) need to be tested and issued by Annex44 alone, and the corresponding fees also need to be increased. The test standard followed for 5GHz WiFi products (802.11a, 5180~5320MHz, W52 Band and W53 Band) is Annex45, but it should be noted that the data shows that MIC will modify Annex45 in the near future, and also classify 5.6GHz devices (Band W56) into Annex45, and there are more stringent DFS testing requirements for the Band 56 band.
Bluetooth product testing content
1. Frequency Error Measurement
2. Coupling Bandwidth and Spread-spectrum Bandwidth / Factor
3. Unwanted Emission Intensity Measurement 4.
Antenna Power Error Measurement
5. Limitation of Collateral Emission of Receiver Measurement
6. Transmission Antenna Gain (EIRP Antenna Power) Measurement
7. Transmission Radiation Angle Width (3dB Beamwidth) Measurement
8. Duty Cycle Measurement
9. Time-consuming test (retention time)
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