EU USB-C Mandate (2022/2380): Factory Checklist for 2026 Buyers

1. What Directive 2022/2380 Actually Requires

It amends the Radio Equipment Directive 2014/53/EU by adding a new essential requirement, Article 3(4), and puts the detail in a new Annex Ia. Five obligations follow from that structure, and each one lands on a different part of your product.

The directive was adopted on 23 November 2022 and published in the Official Journal on 7 December 2022. It does not create a separate approval regime. It adds requirements to an approval regime you are already inside if you sell radio equipment in the EU, which is why the practical question is never "do I need this certification" but "which evidence do I already hold, and which is missing".

The thirteen categories sit in Annex Ia Part I, numbered 1.1 through 1.13, and the two application dates split them at the twelfth item:

*Category list and dates per Annex Ia Part I and the transposition article of Directive (EU) 2022/2380.

Two scope limits catch people out. First, only radio equipment with a removable or embedded rechargeable battery is covered, so a mains-only device with no battery falls outside. Second, the laptop entry is written broadly: any portable computer, including notebooks, ultraportables, hybrids, convertibles and netbooks. If your product is a detachable tablet that ships with a keyboard, decide early which category you are claiming, because the twelve-month gap between the two dates is the difference between a live obligation and one you can still design around.

One exclusion is worth knowing if you sell imaging hardware. Digital cameras built exclusively for the audiovisual sector, or exclusively for security and surveillance, are not required to integrate the harmonised charging solution. A consumer action camera is. The line is drawn on the exclusive intended use, not on the sensor or the form factor.

2. The 5-Point Factory Compliance Checklist

Request these five items in writing before tooling is released. Each maps to a numbered clause, so a supplier that cannot answer one is not being asked an opinion question.

3. USB PD and the 5V / 3A / 15W Threshold

Cross any one of three limits — above 5 volts, above 3 amperes, or above 15 watts — and USB Power Delivery becomes mandatory to EN IEC 62680-1-2. The three routes matter because published summaries usually keep only the third.

The clause is written as a disjunction, and that has a practical consequence. A 12V/1.25A adapter delivers 15W and sits exactly at the wattage boundary while exceeding the voltage route by a comfortable margin. A 5V/3.5A charger stays inside the voltage limit and exceeds the current limit. Only a design that stays at or below all three simultaneously avoids the PD requirement, which in practice means 5V at 3A or less.

*Threshold conditions per Annex Ia Part I points 3.1 and 3.2 of Directive (EU) 2022/2380.

One number worth holding on to: in the RED context, USB Power Delivery is described as capable of supplying up to 100 watts, which is why the directive's own recitals treat it as leaving ample room for fast-charge development. The same recital notes that the USB Implementers Forum has since extended PD to 240 watts, and that higher-power equipment may be considered for inclusion in future. If your roadmap goes above 100W, you are designing for a category the directive already anticipates.

The second half of the PD requirement is the one that catches branded protocols. Point 3.2 requires that any additional charging protocol allow full USB PD functionality irrespective of the charging device used. Read plainly: you may ship your own fast-charge mode, but a customer plugging a third-party PD charger into your device must still get standard PD behaviour. For the technical detail on how PD negotiates those voltage steps, see our USB-C PD 3.1 sourcing guide; this article stays on the compliance side.

4. Labelling, Pictogram and the Importer's Own Duty

Article 3a puts two separate obligations on the packaging, and Recital 137 makes importers and distributors responsible for both exactly as manufacturers are. A compliant factory does not discharge your duty.

The first obligation is the pictogram: a graphic showing whether a charging device is included with the radio equipment. It must be printed on the packaging or affixed as a sticker, it must be visible and legible, and in distance selling it must be displayed close to the price indication. That last clause is the one that bites e-commerce sellers, because it is a listing obligation rather than a packaging obligation. A pictogram that exists only on the box does not satisfy a product page.

The dimension rule is unusually concrete for a piece of EU product law. Annex Ia Part III permits the pictogram to vary in colour, line weight and fill, and to be scaled, but the proportion must be preserved and dimension "a" must be at least 7 mm at every size. In practice this is a print-proof check: measure "a" on the actual artwork, not on the design file.

The second obligation is the label. Annex Ia Part IV requires a stated minimum power as XX and a stated maximum power as YY, both in watts, where the minimum is the power the device needs to begin charging and the maximum is the power needed to reach its fastest charging speed. Where the device supports USB Power Delivery, the abbreviation USB PD must appear on the label as well. The same 7 mm minimum applies to dimension "a" on the label.

*Per Article 3a and Annex Ia Parts III and IV of Directive (EU) 2022/2380; duty allocation per Recital 137.

Unbundling runs alongside the labelling rules. The directive requires that consumers be able to buy the radio equipment without a charging device, which is what the pictogram exists to communicate. Importers and distributors may still offer a bundle containing both, provided the option to buy without a charger is also available. If your commercial model depends on always shipping a charger in the box, that is the clause to read first.

5. What Non-Compliance Costs an Importer

The directive does not only add requirements; it adds them to the formal non-compliance list, which is what gives market surveillance authorities a hook. The commercially relevant cost, though, is usually the one that arrives before any authority acts.

Three cost layers stack in a predictable order. The first is the artwork and documentation rework, which is cheap if it happens at design and expensive if it happens with finished goods. Reprinting retail packaging for a 500-unit run is a different order of cost from amending a design file, and it is the most common failure we see because the pictogram is treated as a graphic-design task rather than a compliance artefact. Our certification guide for EU and US markets covers the wider documentation set that sits around it.

The second layer is the retail channel. Platforms and large retailers increasingly ask for the declaration and the test reports as part of listing onboarding, and a missing pictogram or an unverifiable standard revision stalls the listing rather than the shipment. Because the listing is where revenue starts, this layer usually costs more than a customs delay of the same length.

The third layer is the one the directive itself creates by placing information duties on importers and distributors. Failure to draw up the pictogram or label correctly is listed among the formal non-compliance grounds, which means the enforcement conversation can begin with your entity rather than your supplier's. That is the structural difference between this directive and a certification you simply buy once: the responsibility for the labelling half does not transfer to the factory.

The cheapest mitigation is a receiving inspection that treats the pictogram and label as measurable items rather than visual ones. If your factory runs a four-stage QC process, the outgoing stage is the right place to check dimension "a" with a ruler against the artwork file, in the same way you would check a printed power rating. It takes seconds per carton and it is the difference between catching a 3 mm shortfall in Shenzhen and catching it in a retailer's onboarding review.

6. Working Backwards from 28 April 2026

A laptop program that must be on shelves by 28 April 2026 needs tooling released roughly eleven weeks earlier. The chain is short and unforgiving, because the certification and the packaging artwork have to be finished before the production run, not alongside it.

*Production and certification durations are WOWOHCOOL factory data (see our current lead-time and certification tables); freight is a planning estimate that varies by port and season.

The table shows why the mold-development row is already marked past. A program that needs a new enclosure for a laptop-class product cannot be ready for the April 2026 date if it starts now, and the honest answer is to either move the date or use an existing platform. For an ODM in-stock model with laser branding, the whole chain from sample approval to goods at an EU port fits in roughly ten to twelve weeks, which is what makes the platform route the only realistic one at this point in the calendar.

Two ordering tips from the compliance angle rather than the logistics angle. First, book the certification before the packaging artwork, because the label needs the real maximum power figure and that number comes from the tested unit, not the design target. Second, if you are importing to more than one market, check whether the destination has its own unified-charging rule running on a different timetable; several countries have introduced comparable mandates, and the same cable architecture can satisfy more than one if you plan the artwork once. For the border side of the same shipment, our import costs and duty guide covers the landed-cost mechanics.