The release of the Pixel 9 Pro XL has introduced a new layer of complexity to the already intricate world of fast charging. While its advertised 37W power draw promises quicker charging times for key milestones, achieving this level of performance requires specific conditions that many users may find challenging to meet. Despite the availability of numerous USB Power Delivery PPS-compatible chargers on the market, only a select few can deliver the required voltage and current to unlock the phone’s full potential.
Achieving optimal charging performance with the Pixel 9 Pro XL is no simple task. Users attempting to charge their devices with previously favored chargers may discover they fall short of the device’s peak power requirements. This is because the Pixel 9 Pro XL demands an unusual combination of 18V at 2A, significantly higher than the typical 9-10V used by most smartphones. Even with a 5A cable in hand, many users are left frustrated as their devices cap out at 27W, equivalent to the charging speeds of last year’s models. Only after acquiring Google’s proprietary 45W charger or carefully selected third-party alternatives does the device reach its advertised charging speed. Unfortunately, identifying compatible chargers often involves a tedious process of trial and error due to the lack of clear labeling regarding supported charging protocols.
Despite these challenges, there is hope for improvement in the realm of universal charging standards. Manufacturers must prioritize transparency when it comes to specifying the exact power delivery capabilities of their products. By doing so, consumers can make informed decisions without resorting to unnecessary purchases or generating electronic waste. Furthermore, adopting more standardized approaches across different brands could simplify the user experience and reduce confusion. As technology continues to evolve, fostering collaboration between companies will be essential in creating a more streamlined ecosystem where devices and accessories work seamlessly together.