Photo credit: www.engadget.com
Android’s Struggle to Embrace Qi2 Wireless Charging Standard
Android smartphones have consistently led the charge in adopting groundbreaking technologies over the years. The transformation began with the introduction of 4G and 5G capabilities, followed by the incorporation of USB-C connectors back in 2015, and more recently, advanced features like in-screen fingerprint sensors. One notable innovation is wireless charging, which dates back to the Samsung Galaxy S3 released in 2012, although the Palm Pre’s Touchstone charger could be seen as the original pioneer. However, as we enter 2024, the integration of the Qi2 wireless charging standard into Android devices appears lagging.
The Qi2 standard was unveiled at CES in early 2023, and its introduction was met with enthusiasm as it promised to deliver 15-watt wireless charging capabilities, enhanced safety features, and the introduction of Magnetic Power Profiles that simplify device alignment with charging pads. This development aimed to replicate the convenience that iPhone users experience with Apple’s MagSafe accessories, positioning Qi2 as a transformative option for the Android ecosystem.
Surprisingly, none of the leading Android manufacturers in the US—namely Samsung, Google, and Motorola—have issued a smartphone with Qi2 support for 2024.
In an unexpected twist for an industry known for its technical isolation, Apple has shared critical components of the MagSafe specification with the Wireless Power Consortium, which oversees both the Qi and Qi2 standards. This commitment aims to accelerate development and ensure interoperability. With the demonstrated popularity of MagSafe products among iPhone users, one might assume that Android manufacturers would have hastened to include Qi2 compatibility across their devices. Instead, as of now, only one Android device—the HMD Skyline—supports Qi2.
While one might argue that product development cycles are typically lengthy, necessitating extended lead times for implementation, it is difficult to ignore the fact that major players like Samsung and Google had ample notice regarding the Qi2’s development. Given their status as members of the Wireless Power Consortium, these companies were likely privy to discussions surrounding Qi2 long before the public announcement. Moreover, the first iPhone equipped with MagSafe technology was launched four years ago, providing a considerable window for Android manufacturers to follow suit with competitive offerings.
Another potential roadblock for manufacturers considering new standards is the availability of compatible accessories on the market. Previous experiences with modular devices, such as the LG G5 and Moto Z Force, highlighted that insufficient accessory support could hinder consumer interest. However, since Qi2 is designed to be compatible with MagSafe accessories, a significant variety of products already exist, including popular power banks like Anker’s MagGo series.
Moreover, certain models such as the Razr Plus and Pixel 9 Pro Fold have been observed to magnetically attach to some Qi2 accessories but only inconsistently draw power. This phenomenon arises from the magnets engineered for foldable phone designs rather than any deliberate compatibility with Qi2. Inevitably, this leads to a frustrating experience for users who hope to replicate the reliable MagSafe experience, as many accessories simply do not adhere securely to these devices. It’s disappointing to see that with minor adjustments, manufacturers could potentially enable Qi2 support on a broader range of smartphones without significant investment.
The absence of Qi2 functionality across Android devices is inhibiting users from accessing a plethora of useful charging accessories. Currently, many Chinese manufacturers have avoided embracing Qi2, likely favoring proprietary solutions like Oppo’s 65-watt AirVOOC. Furthermore, the early 2024 release of the Galaxy S24 family means Samsung may not have had as much opportunity to implement Qi2 compared to Google, which launched its Pixel 9 series late in 2023. Regardless, this does not address the general hesitancy among OEMs to adopt what could be considered one of the most valuable enhancements available in today’s smartphone landscape.
The perplexing reality is that, despite inquiries from media outlets such as CNET just six months prior questioning the absence of Qi2-compatible Android smartphones, as 2024 approaches, the situation remains stagnant with a solitary model leading the charge. This underscores a commendation for HMD for stepping up where larger competitors like Samsung and Google have fallen short. A pressing concern emerges regarding what will happen if the trend continues into the next year; a promising standard like Qi2 risks being relegated to obscurity, failing to reach its potential within the Android market.
Source
www.engadget.com