How to Get FCC License: Complete FCC Licensing and Product Approval Guide for 2026

Businesses entering the U.S. market often search for “how to get an FCC license” when they want to sell or operate electronic, wireless, or radio-frequency products in the United States. However, one important point is often misunderstood: an FCC license and FCC equipment authorization are not always the same thing.

For many electronic products, especially Wi-Fi, Bluetooth, wireless, IoT, computing, and other RF devices, the relevant requirement is FCC equipment authorization, such as FCC Certification or Supplier’s Declaration of Conformity (SDoC). An actual FCC radio license is generally associated with the authorized use of radio spectrum or operation of particular radio services.

The correct compliance route depends on what your product does, which frequencies it uses, whether it transmits RF energy, the applicable FCC rule part, and how the equipment will be marketed or operated in the United States.

This guide explains how to get an FCC license or FCC approval, the difference between licensing and equipment authorization, the certification process, testing requirements, documentation, FCC ID requirements, and important 2026 regulatory developments.

What Is an FCC License?

The Federal Communications Commission (FCC) is the U.S. federal agency responsible for regulating interstate and international communications by radio, television, wire, satellite, and cable.

An FCC license is an authorization associated with the use of radio frequencies or a particular radio service. Different FCC licensing procedures apply to different services, and the application system and required forms can vary according to the authorization being requested.

For example, wireless licensing applications may be processed through the FCC's Universal Licensing System (ULS). The FCC explains that ULS supports electronic filing and allows applicants to identify an application purpose and radio service before submitting an application.

However, manufacturers asking “how to get an FCC license for my product” are frequently referring to FCC product compliance rather than a spectrum-use license.

That distinction should be established before starting the compliance process.

FCC License vs. FCC Equipment Authorization

These two concepts are related but should not be treated as interchangeable.

FCC License

An FCC license generally gives a person or organization authorization to operate a radio station, radio service, or other spectrum-dependent system under specific conditions.

Depending on the radio service, the application can involve technical, ownership, eligibility, frequency, location, operating, or construction requirements.

FCC Equipment Authorization

FCC equipment authorization applies to certain radio-frequency devices before they can be legally marketed, imported, or used in the United States.

The FCC's equipment authorization program is administered by the Office of Engineering and Technology (OET). The program is designed to ensure that RF devices operate effectively, do not cause harmful interference, and comply with applicable FCC requirements.

For many manufacturers, FCC Certification or SDoC is the approval they actually need, rather than an FCC station license.

Do All Electronic Products Need an FCC License?

No.

The requirement depends on the characteristics of the product and the applicable FCC rules.

For example, a product containing a Wi-Fi, Bluetooth, cellular, Zigbee, RFID, UWB, or other RF transmitter may be subject to equipment authorization requirements. Other electronic equipment may be regulated as an unintentional radiator.

Some devices may also fall under specific exemptions or special rules.

Under the FCC framework, RF devices subject to equipment authorization generally follow one of two primary conformity routes:

FCC Certification or Supplier's Declaration of Conformity (SDoC). The FCC describes certification as an authorization issued by an FCC-recognized Telecommunications Certification Body (TCB), while SDoC allows certain equipment to be marketed based on applicable compliance testing and documentation without submitting an application to a TCB.

Therefore, the first step is not simply “apply for an FCC license.” The first step is to determine what FCC authorization your specific product requires.

How to Get an FCC License or FCC Product Approval

The process can be divided into several practical stages.

Step 1: Identify the Product and Its FCC Classification

Start by collecting the technical information for the product.

Important information may include:

• Product type and intended use
• Transmitting and receiving functions
• Operating frequencies
• Output power
• Modulation technology
• Antenna type and antenna gain
• Number of transmitters
• Bluetooth, Wi-Fi, cellular, NFC, RFID, or other wireless technologies
• Digital processing functions
• Power supply and interfaces
• Whether the product is portable, mobile, or fixed
• Intended installation and operating environment

This information helps determine which provisions of 47 CFR Parts 2, 15, 18, 22, 24, 27, 90, 95, or another relevant FCC rule may apply.

A product with no intentional transmitter may still require compliance testing as an unintentional radiator, depending on its classification.

Step 2: Determine the Applicable FCC Rule Part

FCC compliance is highly dependent on the applicable rule part.

For example, many consumer electronic and wireless products are associated with Part 15, while industrial, scientific, and medical equipment can fall under Part 18. Licensed radio services may be governed by other FCC parts.

The applicable rule determines:

• Frequency limits
• Output power limits
• Bandwidth requirements
• Emission limits
• Spurious emission limits
• Occupied bandwidth
• Frequency stability
• Antenna requirements
• RF exposure requirements
• Testing methodology
• Labeling and user information
• Equipment authorization procedure

Selecting the wrong FCC rule part can lead to incorrect testing and delays during certification.

Step 3: Decide Whether FCC Certification or SDoC Applies

This is one of the most important stages.

FCC Certification

FCC Certification is generally used for equipment requiring a more formal authorization process.

The process includes technical testing and submission of supporting information to an FCC-recognized TCB. The TCB evaluates the application and, when the requirements are satisfied, issues the equipment authorization.

The FCC states that testing associated with certification must be performed by an FCC-recognized accredited testing laboratory.

Certified devices generally receive an FCC ID.

Supplier's Declaration of Conformity

SDoC is a different compliance route for eligible equipment.

Under SDoC, the responsible party declares that the equipment complies with the applicable FCC requirements based on the required testing and compliance process. Unlike certification, there is generally no application for an FCC grant through a TCB for the eligible device.

The exact responsibilities, documentation, testing and labeling requirements should be checked against the current FCC rules applicable to the device.

Importantly, not every product can choose between certification and SDoC. The FCC's rules determine the eligible authorization method.

Step 4: Select the Appropriate Testing Laboratory

Testing is an essential part of FCC compliance.

The laboratory should have the appropriate capability for the product and the FCC requirements that apply to it.

The FCC maintains information concerning testing laboratories and facilities associated with its equipment authorization system. Its public data includes firms listed for certification-related measurement work and firms accredited for certain Part 15 and Part 18 compliance measurements.

For certification projects, laboratory recognition and accreditation requirements are particularly important.

A qualified compliance laboratory may evaluate areas such as:

• Radiated emissions
• Conducted emissions
• Spurious emissions
• Band-edge emissions
• Occupied bandwidth
• Output power
• Frequency stability
• Power spectral density
• Unwanted emissions
• RF exposure
• Specific absorption rate (SAR), where applicable
• Other technology-specific measurements

Testing must follow the FCC-required methods and applicable measurement standards.

Step 5: Prepare the Technical Documentation

FCC certification is not only about the laboratory test report.

A complete application can require technical and administrative information about the equipment.

Depending on the product, documentation may include:

• Technical description: Explains how the equipment operates and identifies its major RF and electronic functions.
• Block diagram: Shows the functional architecture of the equipment.
• Schematics: Provides circuit information where required.
• Operational description: Explains operating modes, frequencies, modulation, controls and other relevant functions.
• Internal and external photographs: Shows the physical construction and identifies relevant components.
• Test report: Demonstrates compliance with applicable FCC requirements.
• User manual: Provides operating and compliance instructions.
• Label information: Shows the proposed FCC label or identification information.
• RF exposure information: Demonstrates compliance with applicable human exposure requirements where necessary.
• Antenna information: Identifies approved antenna types, gains and configurations where relevant.

The exact filing requirements depend on the product and authorization procedure.

Step 6: Apply for an FCC ID, When Certification Is Required

For equipment subject to FCC Certification, an FCC ID is assigned to identify the authorized equipment.

The application is submitted through the FCC equipment authorization system, generally through the appropriate TCB process.

The grant of certification is issued by the TCB after evaluation of the application and supporting information.

The FCC maintains public equipment authorization information, including grantee registrations and authorized devices, allowing interested parties to search authorization information.

An FCC ID should not be treated as a generic “FCC license number.” It specifically identifies certified equipment.

Step 7: Complete TCB Review

The TCB reviews the certification application, including the submitted technical documentation and test results.

During the review, the TCB may identify:

• Missing documents
• Incorrect rule references
• Incomplete test data
• RF exposure issues
• Labeling problems
• Antenna configuration concerns
• Incorrect operating descriptions
• Confidentiality requests
• Technical inconsistencies
• Questions concerning product configuration

The applicant may need to respond to these questions or amend the submission.

After satisfactory review, the certification is granted.

Step 8: Complete FCC Labeling and User Information

Once approval has been obtained, manufacturers must ensure that the actual production units comply with the applicable FCC identification and labeling requirements.

Depending on the device, requirements can concern:

• FCC ID
• FCC statements
• E-labeling
• Product identification
• User manual statements
• Compliance information
• Location and visibility of required information

Labeling should be reviewed before mass production rather than after products have already been manufactured.

Step 9: Control Production Changes

FCC approval is not a permanent permission to redesign the product without further analysis.

Changes to an authorized device may affect:

• RF performance
• Emissions
• Antenna characteristics
• Frequency operation
• Output power
• Shielding
• Software-controlled RF functions
• RF exposure
• Internal components

Manufacturers should therefore operate a change-control process.

A seemingly small hardware or software modification can sometimes require additional testing, a permissive change, a Class II change, a new filing, or a completely new authorization depending on the nature of the modification.

What Is the FCC License Application Process for Wireless Operations?

For products or operations that genuinely require an FCC radio license, the process is different from equipment certification.

The Universal Licensing System (ULS) is used for many wireless licensing applications. The FCC describes ULS as an electronic filing platform that guides applicants according to the application purpose and radio service.

For certain wireless services, applicants use FCC Form 601 as the standard application for wireless licenses. FCC materials also explain that applicants need an FCC Registration Number (FRN) to file through ULS.

The exact procedure depends on the service. In a typical licensing scenario, the applicant may need to:

1. Determine the applicable radio service.
2. Obtain an FCC Registration Number (FRN).
3. Create or access the required FCC account.
4. Access the relevant FCC licensing system.
5. Select the correct application purpose and radio service.
6. Enter technical and administrative information.
7. Submit required certifications and attachments.
8. Pay applicable FCC fees, where required.
9. Respond to FCC questions or processing issues.
10. Receive the authorization and comply with any construction, operational, renewal, or reporting conditions.

The actual form and process can vary. Certain services use different forms, and some radio services have service-specific procedures.

Important 2026 FCC Compliance Updates

FCC compliance is evolving, particularly in relation to national security and communications supply-chain controls.

One major development in 2026 concerns the FCC's continuing work on its equipment authorization security framework and Covered List.

On July 1, 2026, the FCC released a fact sheet for a proposed Third Report and Order and Third Further Notice of Proposed Rulemaking in ET Docket No. 21-232. The proposed measures were designed to further strengthen the equipment authorization program against national-security risks.

Among the measures described by the FCC were proposals to:

• Close a “component part loophole” involving certain logic-bearing hardware components produced by Covered List entities.
• Expand the understanding of “marketing” to cover online marketplaces.
• Require online marketplaces to display the FCC ID of certified devices at the online point of sale.
• Require full certification for certain modifications or permissive changes made by entities identified on the Covered List.
• Prevent previously authorized equipment from being modified into Covered List equipment.

This development is particularly important for manufacturers, importers, OEMs, ODMs, distributors and online sellers because FCC compliance is increasingly connected to supply-chain transparency and component provenance, not simply final-product emissions testing.

The FCC's 2026 materials also note changes and additions to the Covered List involving categories such as foreign-produced uncrewed aircraft systems and routers.

Because these regulatory actions have important implementation details and may include separate final rules and proposed provisions, businesses should verify the status of each rule before relying on a proposed provision as a current legal requirement.

FCC Certification and International Product Testing

Manufacturers exporting products to the United States should understand that having a CE Mark, RoHS compliance, UKCA approval, or another international certificate does not automatically mean that a product complies with FCC requirements.

FCC compliance is determined under U.S. FCC rules and applicable technical requirements.

A product may need separate evaluation for:

• EMC emissions
• RF emissions
• Radio transmitter requirements
• RF exposure
• Frequency use
• Product labeling
• FCC documentation
• Equipment authorization

International test reports may sometimes support a compliance program, but their acceptability depends on the applicable FCC requirements, laboratory recognition, measurement methods, and specific circumstances.

Common Mistakes When Applying for FCC Approval

Businesses can encounter unnecessary delays when FCC compliance is approached as a simple certificate-purchasing exercise.

Common mistakes include assuming every product needs the same FCC certificate, choosing an incorrect rule part, using an unsuitable test laboratory, overlooking RF exposure, changing antennas after testing, failing to control production changes, using incorrect FCC labeling, or confusing an FCC ID with an FCC spectrum license.

Another major mistake is beginning certification before the product design is stable.

Changing the wireless module, antenna, power amplifier, enclosure, clock circuitry, PCB layout or RF architecture after testing can affect the original compliance assessment.

Early technical review can therefore save significant time and testing costs.

How Long Does It Take to Get FCC Approval?

There is no single FCC approval timeline for every product.

The duration depends on:

• Product complexity
• Number of wireless technologies
• Applicable FCC rule parts
• Testing requirements
• RF exposure requirements
• Availability of suitable laboratory facilities
• Documentation quality
• TCB review
• Questions and corrections
• Product modifications
• Special FCC guidance or waiver requirements

A straightforward product may move through the process relatively efficiently, while a complex multi-radio product can require considerably more engineering work.

Businesses should therefore plan FCC compliance during the product-development stage rather than immediately before shipment.

Why Work With an FCC Compliance Consultant?

An experienced FCC compliance consultant can help manufacturers determine the correct regulatory pathway before testing begins.

A professional compliance review can help with:

• Product classification: Identifying whether the product requires FCC Certification, SDoC, an exemption, or another authorization.
• Rule selection: Determining applicable FCC rule parts and technical requirements.
• Testing coordination: Selecting an appropriate laboratory and defining the necessary test program.
• Technical documentation: Reviewing or preparing documentation required for the certification process.
• FCC ID support: Coordinating certification submissions through an appropriate TCB.
• RF exposure evaluation: Determining whether SAR, MPE or another RF exposure assessment is required.
• Labeling review: Checking FCC ID, regulatory statements and user-information requirements.
• Post-certification support: Assessing product modifications and ongoing compliance obligations.

This approach can reduce the risk of conducting unnecessary tests or discovering regulatory problems after production has started.