The Federal Communications Commission (FCC) has officially announced a simplification of the certification process for wireless devices and clarified the usage standards for electronic labels. The FCC-DoC and FCC-VoC certifications have now been officially replaced by fcc sdoc certification. Our laboratory, accredited by A2LA, offers fast FCC-SDoC certification and is highly recognized for authoritative FCC-ID certification services!
JJR, headquartered in Bao’an District, Shenzhen, is an FCC certification body. We have established service centers in Shenzhen, Dongguan, and Zhongshan, each built as independent, third-party testing laboratory platforms strictly adhering to ISO/IEC17025 international laboratory management standards. Our clients span the globe, with nearly 10,000 enterprises served and a team of over 200 employees.
Our laboratory has obtained A2LA accreditation from the United States, enabling us to independently issue FCC-SDoC certifications and FCC-ID certifications recognized by the FCC. We can quickly provide authoritative reports and certificates. When applying for FCC certification, always ensure the laboratory is A2LA-accredited to avoid fraud and unnecessary expenses.
1. Radiated Emissions (Radiated)
Radiated emissions occur due to circuits with loops that inadvertently act as antennas, causing external radiation.
2. Conducted Emissions (Conduction)
Conducted emissions measure the level of electronic interference signals sent by electronic products into the power grid during operation.
3. Harmonic Current (Harmonic)
Harmonic currents are sinusoidal components of non-sinusoidal periodic currents whose frequencies are integral multiples of the original current frequency.
4. Voltage Flicker (Flicker)
Voltage fluctuations refer to the variation or continuous changes in the RMS (root mean square) value of grid voltage. Flicker describes the perceived instability in lighting illumination.
5. Electrical Fast Transient/Burst (EFT/B)
Transient interference is caused when inductive loads are switched off, often due to dielectric breakdown or contact bounce at the switch contact gap.
6. Surge (Surge)
A surge is a transient peak value exceeding the steady-state value, including surge voltage and surge current.
7. Power Frequency Magnetic Field Immunity (M/S)
Power frequency electromagnetic fields (EMF) are invisible “force” lines surrounding electrical equipment.
8. Voltage Dips (Voltage DIPS)
Voltage dips refer to the rapid decrease in supply voltage to between 90% and 10% of its nominal value for a duration of 10 ms to 1 minute.
9. Radiated Immunity (R/S)
Radiated immunity tests evaluate the performance of electrical and electronic devices when exposed to RF electromagnetic field radiation.
Steps and Pricing:
1. Initial Assessment: Provide product specifications, manuals, and images. JJR Laboratory will conduct a preliminary evaluation and offer a quotation.
2. Sample Submission: Send product samples. Upon receipt, the lab will finalize the quote and sign the contract.
3. Payment and Testing: After payment, the lab will begin testing and prepare the report.
4. Confirmation: A draft report is issued for client confirmation. Upon approval, the final certificate is issued.
5. Sample Return and Certificate Dispatch: Samples are returned, and the paper certificate is sent to the client.
If the product fails testing due to non-compliance or exceeding standards, the laboratory engineers will promptly inform the client, provide rectification suggestions (free of charge), and assist in making corrections to obtain the FCC certification.
Fee Structure:
The cost is based on the identified non-compliance data and the relevant product materials (manuals, specifications, schematics). Our engineers will provide a tailored evaluation and price estimate.
No Pass, No Fee: If the product does not pass after rectification, no charges will be applied.
24-hour online customer service at any time to respond, so that you worry!