Radio Equipment Directive (2022) Requirements and Compliance Process

The Radio Equipment Directive (2022) is a regulatory framework that ensures radio equipment placed on the market in the EU meets certain safety and performance standards. This directive applies to all radio equipment, including devices that use radio waves to transmit or receive information.

To comply with the directive, manufacturers must ensure their equipment meets the essential health and safety requirements, which include protection against electromagnetic fields and radiation.

The directive also requires manufacturers to draw up a technical file for each product, which includes information such as the product's design, production process, and test results. This file must be kept for 10 years after the product is placed on the market.

Manufacturers must also affix the CE marking to their equipment, indicating compliance with the directive's requirements.

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To comply with the Radio Equipment Directive, manufacturers must ensure their products meet specific regulatory requirements.

RED Article 3.3(d) states that radio equipment must not compromise the network or its functions, nor misuse network resources to cause unacceptable service degradation.

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Manufacturers must also include safeguards to protect users' and subscribers' personal data and privacy, as outlined in RED Article 3.3(e).

Additionally, radio equipment must support certain features to prevent fraud, as mandated by RED Article 3.3(f).

If products are found non-compliant with cybersecurity requirements, they may need to be recalled from the market.

Manufacturers are required to ensure that their radio equipment carries certain information for traceability purposes.

This information includes the product identity, such as a batch number or serial number, and the manufacturer identity, like their name, registered trade name or trademark, and postal address.

Manufacturers should provide contact details in an easily-understood language.

If the size or nature of the radio equipment doesn't allow for this information to be placed directly on the equipment, manufacturers can place it on the packaging or in an accompanying document.

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The Essential Requirements for radio equipment are outlined in the Radio Equipment Directive, and they're pretty straightforward.

The construction of radio equipment should ensure the protection of the health and safety of humans, pets, and property. This is a top priority, as we all know how important it is to keep ourselves and our loved ones safe.

The equipment should also ensure sufficient electromagnetic compatibility. This means that the radio equipment won't interfere with other devices or systems, and vice versa.

Effective and efficient use of the radio spectrum is also crucial to avoid dangerous interference. This is especially important for devices that use the same frequency bands.

Some classes of radio equipment, such as those with USB Type-C receptacles, must also include features that ensure access to emergency services. This is a critical requirement, as it can be a matter of life and death in emergency situations.

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To ensure compliance with the Radio Equipment Directive (RED), manufacturers must follow a specific process. This process includes understanding the requirements of Article 3.3, which covers cybersecurity, personal data protection, user privacy protection, and fraud prevention measures.

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Manufacturers must also learn the EN 18031 Series Standards, which provide valuable reference for meeting RED's security requirements. The EN 18031 standards are not currently a coordinated standard for RED, but mastering them is essential for ensuring compliance.

The compliance process involves several key milestones, including:

Manufacturers must also choose a conformity assessment procedure, which can be Module A, Module B+C, or Module H. The table below summarizes the requirements for each procedure:

Conformity Assessment Procedure is a crucial step in ensuring your device meets the essential requirements set in Article 3. Manufacturers must carry out a conformity assessment to ensure compliance.

The type of conformity assessment procedure used depends on whether harmonised standards are applied. If harmonised standards are applied, manufacturers can use Module A, Module B+C, or Module H. If harmonised standards are not applied, Module B+C or Module H must be used.

The table below summarises the requirements for each conformity assessment procedure:

Understanding these requirements will help you navigate the conformity assessment procedure and ensure your device meets the necessary standards.

Documentation is a critical aspect of the compliance process. It's essential to understand what documentation is required to prove your product's conformity with the Radio Equipment Directive.

The Radio Equipment Directive requires manufacturers to provide various relevant documentation upon request. This includes a Declaration of Conformity, technical documentation, and user instructions.

The technical documentation should include a general product description, photographs, software or firmware versions, user information, and installation instructions. It should also include concept designs, manufacturing drawings, and schemes of components, circuits, and sub-assemblies.

A list of applied harmonised standards or descriptions of adopted solutions is also required. Additionally, a copy of the EU-type examination certificate (if the conformity assessment modules B and C were carried out) and its annexes should be included.

Design calculations and examinations performed should also be documented. It's a good idea to keep all documentation organized and easily accessible, as it may be requested by authorities at any time.

Here's a summary of the required documentation:

Manufacturers outside the European Union often struggle with ensuring compliance with the Radio Equipment Directive (RED). Many electronics manufacturers outside the EU are not aware of RED and its requirements. This lack of knowledge can lead to non-compliance, which can result in costly fines and damage to a company's reputation.

It's rare to find suppliers in outside the EU that can provide pre-existing test reports and other mandatory documents. This doesn't necessarily mean that a supplier lacks the capability to manufacture products according to the requirements outlined in the Radio Equipment Directive.

To ensure compliance, manufacturers must take a hands-on approach and consider the following steps: confirming relevant EN standards, creating a Declaration of Conformity, creating technical documentation, creating user instructions, and booking third-party lab testing.

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Harmonised standards provide a presumption of conformity with the Radio Equipment Directive's requirements, and you can find them on the website. They cover essential requirements of article 3.2 of the Directive 2014/53/EU.

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EN 300 433 V2.1.1 is a harmonised standard for Citizens' Band (CB) radio equipment, while EN 301 357 V2.1.1 covers cordless audio devices in the 25 MHz to 2 000 MHz range. EN 301 908-15 V15.1.1 is a harmonised standard for access to radio spectrum, and EN 303 204 V3.1.1 is a standard for fixed short-range devices in data networks. EN 303 348 V1.2.1 is a harmonised standard for audio frequency induction loop drivers up to 45 amperes in the frequency range 10 Hz to 9 kHz.

To prove compliance with the Radio Equipment Directive, you can use a harmonised standard or provide a test report. However, using a harmonised standard is usually the most straightforward way to comply. The test report will detail your product's compliance with the directive's requirements.

Here are some examples of harmonised standards:

Harmonised standards are a crucial part of the Radio Equipment Directive, providing a presumption of conformity with the directive's requirements. By testing your product against the requirements of relevant harmonised standards, you can show its compliance with the Radio Equipment Directive.

You can find harmonised standards on the EU's website, and they're often the most straightforward way to comply with the directive's requirements. EN 300 433 V2.1.1, for example, is a harmonised standard covering the essential requirements of Article 3.2 of the Directive 2014/53/EU for Citizens' Band (CB) radio equipment.

EN 301 357 V2.1.1 is another harmonised standard, covering the essential requirements of Article 3.2 of Directive 2014/53/EU for Cordless audio devices in the range 25 MHz to 2 000 MHz.

Here are some examples of harmonised standards:

These standards are essential for manufacturers to ensure their products comply with the Radio Equipment Directive and can be sold in the EU market.

Lab testing is a crucial step in ensuring your radio equipment complies with the Radio Equipment Directive's requirements. Importers and manufacturers need to have your radio equipment tested to prove its compliance.

Lab testing companies like Intertek, SGS, F2Labs, Eurofins, and Element offer to test against the Radio Equipment Directive's requirements. These companies have the expertise and equipment to conduct thorough testing.

A test report is typically issued after your radio equipment passes lab testing, detailing its compliance with the Radio Equipment Directive. This report is essential for proving your product's compliance with the directive.

To complete RED testing, you'll need to undergo safety testing, EMC testing, and radio testing. These tests check that your device won't pose any risks to end users, doesn't emit unwanted electromagnetic noise, and has efficient radio performance.

Here are some key steps in the RED testing process:

After completing RED testing, you'll need to prepare a technical document package and draw up a Declaration of Conformity (DoC) confirming your product complies with all applicable RED standards.

The CE marking is a crucial part of the Radio Equipment Directive, indicating that the radio equipment conforms to the relevant EU harmonisation legislation. This marking is a sign of compliance, giving consumers and regulatory bodies confidence in the product's safety and performance.

To affix the CE marking, manufacturers must follow specific rules. The CE marking should be clearly, obviously, and permanently affixed into the radio equipment or its data plate, unless this is not possible.

The CE marking should remain obvious and readable, even with variations in its colour, line thickness, and more. This means the marking should not be easily obscured or damaged.

Manufacturers must also include the notified body identification number next to the CE marking. This number should be immediately following the CE marking.

If a charging device is included with the radio equipment, a specific pictogram should be used. Similarly, if a charging device is not included, a different pictogram should be used.

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Notified bodies play a crucial role in ensuring compliance with the Radio Equipment Directive (RED). They are third-party organizations that provide certification services to manufacturers.

In the EU, several companies offer notified body services for the RED. These companies include TÜV SÜD Product Service GmbH in Germany, SGS FIMKO OY in Finland, ENTE CERTIFICAZIONE MACCHINE SRL in Italy, Kiwa Nederland B.V. in the Netherlands, and NEMKO Group AS in Norway.

If you're looking for a notified body in the EU, this list can be a good starting point.

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Manufacturers of radio-enabled products are the primary group that must ensure compliance of their products with EN 18031, which targets a broad range of modern devices including consumer IoT and smart home devices, wearables, and health trackers.

The requirements apply to any radio-equipped gadget that connects to the internet, from smart speakers and security cameras to Wi-Fi lightbulbs. This includes devices like smart watches, fitness bands, GPS trackers, and internet-connected toys, learning gadgets, and baby monitors with radio links.

Products not covered by the directive include radio equipment used by radio amateurs, marine equipment, aviation equipment for airborne use, and custom-built evaluation kits.

The directive excludes medical devices and in-vitro diagnostic medical devices, as well as type-approved vehicles and vehicle systems, civil aviation equipment, and cross-border electronic toll systems from certain requirements.

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The EU has exemptions in place to ensure that certain types of radio equipment don't fall under the directive's requirements.

Radio equipment used by radio amateurs is exempt from the directive, which is great for hobbyists.

Marine equipment is also exempt, which is a relief for boat owners and sailors.

Aviation equipment for airborne use is exempt, which is necessary for the safe operation of aircraft.

Custom-built evaluation kits are exempt as well, which is beneficial for businesses and researchers.

Some examples of exempted products include:

In the EU, there are certain exclusions to the RED Articles that you should be aware of. RED Articles 3.3(d), (e), and (f) do not apply to medical devices and in-vitro diagnostic medical devices.

Type-approved vehicles and vehicle systems, civil aviation equipment, and cross-border electronic toll systems are exempt from RED Articles 3.3(e) and (f).

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The Radio Equipment Directive (2022) has strict technical requirements to ensure the safety and efficiency of radio equipment. Manufacturers must ensure the protection of human health and safety, pets, and property, as well as sufficient electromagnetic compatibility.

Radio equipment must be designed to avoid dangerous interference and make effective use of the radio spectrum. This includes compliance with specific requirements, such as the inclusion of an accessible USB Type-C receptacle and features that ensure access to emergency services.

The Directive also outlines various methods of measurement for radio equipment, including standards for Ground Based Augmentation System (GBAS) and VHF air-ground Digital Link (VDL) Mode 2 and 4. These standards ensure that radio equipment meets the essential requirements of the Directive.

The Radio Equipment Directive covers a broad range of products, including consumer IoT and smart home devices, wearables and health trackers, smart toys and childcare devices, payment terminals and digital wallets, and smartphones, tablets, and computers with cellular/Wi-Fi.

These devices must have radio equipment, which is defined as an electronic product that intentionally emits and receives radio waves, or includes an accessory permitting the intentional emission and reception of radio waves for communicative purposes.

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The directive specifically targets devices that connect to a network, including Wi-Fi lightbulbs, smart watches, and GPS trackers.

Products that are exempt from the Radio Equipment Directive include those that do not intentionally emit and receive radio waves, and do not include an accessory permitting the intentional emission and reception of radio waves for communicative purposes.

Here is a list of devices that are likely to be subject to the Radio Equipment Directive:

Technical documentation is a crucial aspect of ensuring compliance with the Radio Equipment Directive. It should include relevant data or details used by the radio equipment manufacturer to ensure compliance, as set out in Annex V.

The technical documentation should cover a range of topics, including a general product description, concept designs, manufacturing drawings and schemes of components, circuits, and sub-assemblies. This information should be accompanied by descriptions and explanations of those designs, drawings, and schemes.

A list of applied harmonised standards or descriptions of adopted solutions should also be included in the technical documentation. This is essential for demonstrating compliance with the directive.

In addition, a copy of the EU-type examination certificate (if the conformity assessment modules B and C were carried out) and its annexes should be included in the technical documentation. The results of design calculations and examinations performed should also be included.

Here is a breakdown of the required technical documentation:

This comprehensive technical documentation is essential for demonstrating compliance with the Radio Equipment Directive and ensuring the safe and efficient use of radio equipment in the European market.

To ensure your radio equipment meets the Radio Equipment Directive (RED) requirements, you'll need to obtain the necessary certifications and comply with the directive's regulations.

Manufacturers must apply for an EU-type examination certificate, which includes the manufacturer's name and address, the examination's conclusions, and the conditions for validity.

The EU-type examination certificate should also contain the necessary data for identifying the assessed type.

To obtain an EU-type examination certificate, manufacturers must work with a notified body.

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You can use one of four conformity assessment procedures: Module A, Module B+C, Module H, or a combination of these.

Module A is for internal production control, Module B+C involves EU-type examination and conformity to type, Module H is for full quality assurance, and the combination procedure is for when harmonised standards are not used.

The requirements for each procedure are different, and manufacturers must ensure they meet the necessary standards.

Here is a summary of the requirements for each procedure:

The Declaration of Conformity should contain the type, batch, or serial number, the manufacturer's name and address, and a statement declaring conformity with the Radio Equipment Directive.

A simplified Declaration of Conformity contains only two statements: the manufacturer's name and a declaration that the radio equipment types comply with the Radio Equipment Directive's requirements, and the internet address to obtain the full text of the Declaration of Conformity.

Manufacturers must provide a full copy of the Declaration of Conformity or a simplified version with each radio equipment.

The Radio Equipment Directive (2022) has brought about a significant shift in the way connected devices are designed and manufactured. Many connected devices fail to comply with the new security directive, risking market bans from August 2025.

The directive aims to improve the cybersecurity of connected devices, but it seems that many manufacturers are struggling to meet the new standards. Connected devices that don't comply with the directive will be banned from the market, which could have a significant impact on businesses and consumers alike.

The report on the cybersecurity of connected devices highlights the need for manufacturers to take cybersecurity seriously. Failing to do so could result in costly recalls, reputational damage, and even legal action.

Manufacturers have until August 2025 to ensure their connected devices meet the new security standards. This is a tight deadline, and many companies are likely to be scrambling to get their products up to scratch.

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