How the EU’s recent USB-C standardisation regulation impacts Apple

13

October

2022

5/5 (2)

On October 4, 2022, The European Parliament voted in an overwhelming majority in favour of forcing USB-C as the universal charging port across a broad range of consumer electronics, including Apple’s iPhone which still uses its own Lightning connector technology apart from other smartphones. According to the European Union, the legislation is part of the wider European Union’s efforts to make products within the EU more environmentally friendly, to reduce electronics waste, and to simplify consumers lives (Guarascio, 2022).

By 2024, all devices covered by the legislation and sold in the 27 European countries will be required to use the universal USB-C port to enable charging over a cable. Under the new rules, manufacturers will be forced to include USB-C ports in all smartphones, laptops, tablets, headphones, and other electronics. The charging speeds are also being harmonised for devices with faster charging capabilities, which would enable users to charge their devices with the same speeds using any compatible charger (Guarascio, 2022).

Apple and USB-C

Currently, only the newer generation Apple MacBooks (2015 or newer), iMacs (2016 or newer), and iPad Pros and Airs (2018 or newer) have USB-C ports. Other Apple products, such as the AirPods, Apple Watch, and Mac accessories like the Magic Mouse and Magic Keyboard do not have a USB-C port and still rely on the Lightning connector. The new EU regulation will require newer generations of these products to be changed as well.

Prediction

While the EU’s new laws would apply only in European countries, the latest changes would only force Apple to move towards USB-C worldwide, as it would be illogical for Apple to solely sell iPhones with a USB-C connector in Europe. However, many analysts think that Apple will temporarily switch to USB-C in its iPhone line-up for one year before going all wireless, and thus, ditch the wired charging connector at all (Gurman, 2022). This would be a risky and crucial decision, since quite some electronic devices still require a wired connection to phones to transfer data, such as many basic car infotainment systems which only support a wired version of Apple CarPlay and/or Android Auto.

References

Guarascio, F., 2022. Apple forced to change charger in Europe as EU approves overhaul. [online] Reuters. Available at: <https://www.reuters.com/technology/eu-parliament-adopts-rules-common-charger-electronic-devices-2022-10-04/> [Accessed 12 October 2022].

Gurman, M., 2022. Apple’s Move to USB-C Is Just a Stopgap Before Its Wireless Future. [online] Bloomberg. Available at: <https://www.bloomberg.com/news/newsletters/2022-10-09/will-the-iphone-15-get-usb-c-port-will-apple-aapl-release-a-wireless-iphone-l91edtxt>

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Europe and the 5G Challenge

22

September

2020

In September 2020, the European Round Table for Industry published a report on the EU-27’s advancements in 5G technologies. This article briefly explains the findings of this report and the causes behind such results.

5/5 (1) With the competition for the development of 5G networks increasing every day, companies all around the world have been playing a tense chess game for the leadership of this game-changing technology. However, as the chairman of the European Round Table for Industry (ERT), Carl-Henric Svanberg, said in an interview with the Financial times, it seems that Europe is left far behind in this race for 5G technology, with an approach that could probably result in a great failure driving investments down.

 

On September 18th 2020, the RTE published a report in which the 27 Member States of the European Union and their advancements in both 5G and 4G were analysed and assessed. This report identified a gap between the European Union and other powerful economies throughout the globe. For instance, it points out how both the US and South Korea have 5G commercial services available since a year ago, South Korea counting with 1,500 base stations per million capita; whereas the majority of Member States have not even launched 5G commercial services and, in total, they have only ten 5G stations deployed per million capita.

 

The contrast between these economies’ progression in 5G networks can be in great part explained by the diversity of countries within the European Union and the differences among them. In the European Union, Member States are characterised by their own particular political and economic situation as well as the political and economic situation which groups the European Union as a single economic power. Therefore, it is hard to coordinate the diversity of high and inconsistent costs, and returns on investment throughout the various States.

 

Despite Europe’s potential in the digital innovation spectrum which drives the emergence of various start-up hubs such as Amsterdam, Berlin and Lisbon; the region seems to be left behind in the roll-out of 5G networks. A key factor hampering this progress is spectrum availability and spectrum licensing. With many European telecoms allocated in narrower bandwidth and spectrum licensing being specially costly for some particular countries, the roll-out of 5G faces a complicated and uncertain environment which derives in several restrictions on innovation, investment, and network deployment.

 

Moreover, while China’s technological and networking company, Huawei, progresses in their development of 5G networks, the US Government moves quickly to stop the internationalisation of their advancements. This has driven European economies into a further state of confusion and blockage. Outside the European Union, the United Kingdom has sided with the US and in July 2020 it banned new Huawei, resulting in both a delay by two to three years of the 5G phone networks rollout, and an increase of cost by £2bn. This example draws a clearer image on the potentially self-sabotaging and slow advancements of Europe as a whole.

 

All factors combined result in the current slow evolution of 5G networks in Europe compared to the advancements of other powerful economies such as China, South Korea, and the US. It is now crucial for the European Union to think about strategies to overcome the obstacles it faces both internally and externally to avoid further economic turmoil and boost its own technological strengths for the development of 5G, avoiding

 

References

ERT, 2020. Assessment of 5G Deployment Status in Europe. Available at: https://ert.eu/wp-content/uploads/2020/09/ERT-Assessment-of-5G-Deployment-Status-in-Europe_September-2020.pdf [Accessed September 22, 2020].

Lemstra, W., 2018. Leadership with 5G in Europe: Two contrasting images of the future, with policy and regulatory implications.

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