---
title: "Electronics DPP Examples | OpenEPCIS Docs | OpenEPCIS - an open-core, GS1-compliant EPCIS implementation."
canonical_url: "https://openepcis.io/de/docs/digital-product-passport/electronics/complete-examples"
last_updated: "2026-06-28T23:26:17.358Z"
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  author: "benelog GmbH & Co. KG"
  description: "Reference Electronics Digital Product Passport documents covering smartphone, laptop, display and server"
  keywords: "Electronics DPP example, smartphone passport, laptop passport, repairability index, WEEE, JSON-LD"
  "og:description": "Reference Electronics Digital Product Passport documents covering smartphone, laptop, display and server"
  "og:title": "Electronics DPP Examples"
  "twitter:description": "Reference Electronics Digital Product Passport documents covering smartphone, laptop, display and server"
  "twitter:title": "Electronics DPP Examples"
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# **Electronics DPP Examples** Reference Electronics Digital Product Passport documents covering smartphone, laptop, display and server [~~electronics~~](https://openepcis.io/de/tags/electronics)· [~~examples~~](https://openepcis.io/de/tags/examples)· [~~smartphone~~](https://openepcis.io/de/tags/smartphone)· [~~laptop~~](https://openepcis.io/de/tags/laptop)· [~~json-ld~~](https://openepcis.io/de/tags/json-ld)· 2 min read ## Overview This page points to the reference Electronics DPP documents published alongside the electronics vocabulary, rather than reproducing them here. The repo copies validate against the electronics JSON Schema and SHACL shapes and stay in lock-step with the ontology as it evolves. ## Reference passport documents The dpp-ready repo ships four end-to-end examples for the electronics module: - [`**smartphone-product.jsonld**`](https://github.com/openepcis/openepcis-dpp-ready/blob/main/extensions/eu/electronics/examples/smartphone-product.jsonld) — a serialised smartphone with repairability index, software-support window, EPREL energy class - [`**laptop-product.jsonld**`](https://github.com/openepcis/openepcis-dpp-ready/blob/main/extensions/eu/electronics/examples/laptop-product.jsonld) — laptop with full component BOM - [`**display-product.jsonld**`](https://github.com/openepcis/openepcis-dpp-ready/blob/main/extensions/eu/electronics/examples/display-product.jsonld) — monitor with `**DisplaySpecification**`- [`**server-product.jsonld**`](https://github.com/openepcis/openepcis-dpp-ready/blob/main/extensions/eu/electronics/examples/server-product.jsonld) — server with WEEE6 small-IT category EPCIS event examples sit under [`**extensions/eu/electronics/epcis/**`](https://github.com/openepcis/openepcis-dpp-ready/tree/main/extensions/eu/electronics/epcis): commissioning, ownership transfer, component replacement, software update, WEEE disposal. ## What the vocabulary actually covers A quick map of where the regulated data points land in the electronics vocabulary today: | **Regulated topic** | **Vocabulary anchor** |
| --- | --- | | Device category | `**electronics:DeviceCategory**` (`**Smartphone**`, `**Tablet**`, `**Laptop**`, `**Desktop**`, `**Server**`, `**Television**`, `**Display**`, `**Printer**`, `**Refrigerator**`, `**WashingMachine**`, `**Dishwasher**`, `**VacuumCleaner**`, `**SmallAppliance**`, `**NetworkEquipment**`, `**Wearable**`, `**DataStorage**`) | | French Repairability Index | `**electronics:RepairabilityIndex**` + `**electronics:RepairCriterion**` per axis (`**Documentation**`, `**Disassembly**`, …) | | EU Right-to-Repair class | `**electronics:EURepairabilityClass**` (`**RepairClassA**`…`**RepairClassE**`) | | Spare-parts policy | `**electronics:SparePartsAvailability**`, `**electronics:SparePartsPricing**`, `**electronics:ReplacementDifficulty**` (`**UserReplaceable**`, `**ToolRequired**`, `**ProfessionalOnly**`, `**NotReplaceable**`) | | Software support window | `**electronics:SoftwareSupport**` with `**electronics:firmwareVersion**`, `**electronics:osVersion**`, `**electronics:updateType**`, `**electronics:updateSource**` | | Energy class | `**electronics:EnergyEfficiency**`, `**electronics:EnergyEfficiencyClass**` (`**EnergyClassA**`–`**EnergyClassG**`), `**electronics:eprelRegistrationNumber**`, `**electronics:annualEnergyConsumption**` | | Display specifics | `**electronics:DisplaySpecification**`, `**electronics:displayTechnology**` | | Component BOM | `**electronics:ComponentBOM**`, `**electronics:ComponentType**` (BatteryComponent, CameraComponent, ConnectorComponent, CoolingSystemComponent, DisplayComponent, EnclosureComponent, KeyboardComponent, MemoryComponent, MicrophoneComponent, MotherboardComponent, PowerSupplyComponent, ProcessorComponent, SpeakerComponent, StorageComponent, TrackpadComponent), `**electronics:componentPartNumber**` | | WEEE registration (Annex III, six categories) | `**electronics:WEEECategory**` with `**WEEE1_TemperatureExchange**`, `**WEEE2_ScreensMonitors**`, `**WEEE3_Lamps**`, `**WEEE4_LargeEquipment**`, `**WEEE5_SmallEquipment**`, `**WEEE6_SmallIT**`; `**electronics:weeeRegistrationNumber**`, `**electronics:weeeRegistrationCountry**` | | RoHS / hazardous substances | `**electronics:RoHSCompliance**`, `**electronics:rohsExemptions**`, `**electronics:iec62474DslVersion**` | For the full ontology — every property with its domain, range, definition and regulatory citation — see the [electronics vocabulary browser](https://ref.openepcis.io/extensions/eu/electronics/). ## Next steps - [Electronics implementation guide](https://openepcis.io/docs/digital-product-passport/electronics/implementation-guide) - [Multi-component example](https://openepcis.io/docs/digital-product-passport/multi-component-example) — composite products with a separately-resolvable battery DPP, leather component (Textile + EUDR), etc. - [DPP Resolution Flow](https://openepcis.io/docs/digital-product-passport/dpp-resolution-flow)