David Bridges
Android smartphones have consistently led the way in adopting groundbreaking technologies, setting a precedent for mobile devices worldwide. From being the first to embrace 4G and 5G networks to pioneering USB-C connectivity back in 2015, and integrating in-screen fingerprint sensors, Android devices have been at the forefront of innovation. Furthermore, the journey of wireless charging can be traced back to the Samsung Galaxy S3, which debuted this feature in 2012. While the Palm Pre with its Touchstone charger is often regarded as the original innovator, it’s disappointing that as we approach 2024, many Android manufacturers seem stuck in the past regarding Qi2 wireless charging implementation.
The Qi2 standard, officially introduced at CES 2023, represented a significant leap forward in wireless charging technology. With a potential of up to 15-watt wireless charging and enhanced safety features, Qi2 promises a user-friendly experience. This standard includes Magnetic Power Profiles, designed to simplify the alignment and attachment of compatible charging pads. Essentially, Qi2 aims to replicate the convenience and ease of use that iPhone users enjoy with MagSafe accessories, allowing Android users to experience the same level of convenience and efficiency.
In a surprising twist, Apple, typically known for limiting its technology to its ecosystem, chose to share essential components of the MagSafe specification with fellow members of the Wireless Power Consortium (WPC), the body overseeing Qi and Qi2 standards. This collaborative effort was aimed at hastening development and ensuring interoperability. Given the evident popularity and convenience of MagSafe accessories among iPhone users, one would expect Android manufacturers to swiftly integrate Qi2 into their devices. Yet, nearly two years post-spec finalization, only one Android device, the HMD Skyline, has embraced Qi2.
You might argue that product development cycles are inherently lengthy and challenging to alter before launch. While this is often true, it’s important to recognize that companies like Samsung, Google, and others had ample foresight regarding the Qi2 standard. As members of the WPC, they were privy to its development long before the public announcement. Furthermore, with the first iPhone equipped with MagSafe released four years ago, manufacturers had sufficient time to devise similar technology for their current Galaxy and Pixel models.
When considering new standards, manufacturers often express concerns about the availability of compatible accessories that justify the investment in new technology. This reluctance has been observed with previous modular phone designs, such as the LG G5 and the Moto Z Force line. However, due to the interchangeability of Qi2 and MagSafe devices, a substantial market already exists. For instance, Anker’s MagGo line of power banks has gained popularity for their efficiency and portability, making them an excellent example of the accessories readily available for Qi2.
Additionally, some devices like the Razr Plus and Pixel 9 Pro Fold can magnetically adhere to certain Qi2 accessories, albeit in a somewhat incidental manner. This is due to the magnets intended to assist in the operation of foldable phones, rather than an intentional design feature for Qi2 support. Consequently, while these devices may seem compatible at first, the accessories often lack a secure grip and can easily detach, frustrating users who hope to replicate the MagSafe experience on Android devices. It’s disappointing that with minimal adjustments, manufacturers like Google and Motorola could enable a wider range of devices to support Qi2.
Interestingly, while many Chinese manufacturers have remained silent on Qi2 adoption, this aligns with their preference for proprietary technologies. For example, Oppo often opts for its own 65-watt AirVOOC wireless charging system instead of employing a universally accepted standard. Although the Galaxy S24 series launched at the start of 2024, giving Samsung less time to integrate Qi2 into their flagship devices, this does not fully explain the general hesitation among OEMs to adopt what could be one of the most significant enhancements in user convenience and accessibility in modern smartphones.
The most exasperating aspect remains that just six months ago, industry experts from CNET questioned the absence of Qi2-enabled Android devices. As the year draws to a close, the situation has not improved, with only a single model — the HMD Skyline — igniting hopes for a more promising future in 2025. Kudos to HMD for achieving what larger manufacturers like Samsung and Google have yet to prioritize. However, if the trend continues without significant changes next year, we risk witnessing the premature demise of one of the most promising technologies for Android smartphones before it has a chance to flourish.
Daniel Mercer
