Google recently unveiled a significant refresh for its Pixel lineup with the introduction of the Pixel 9 series. The new series comprises the Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, and Pixel 9 Pro Fold, showcasing a redesigned look with flatter frame edges and a revised camera visor. While the Pixel 9 series tempts with its impressive features, especially the striking Peony color, there are compelling reasons to consider waiting for the Pixel 10 release.
One significant factor is the potential of the Tensor G5 chip. The Pixel 9 series utilizes the Tensor G4 chip, manufactured by Samsung Foundry, which has shown promising performance but hasn’t quite reached the levels of competitors like Apple and Samsung. However, the Tensor G5, slated for the Pixel 10, might be a game-changer. Google is rumored to be switching from Samsung Foundry to TSMC for the Tensor G5, paving the way for a truly custom-made chip that could deliver performance and power efficiency on par with its rivals. While the Pixel 9’s Tensor G4 is not without merit, the potential of the Tensor G5 makes waiting a sensible option.
Another area where the Pixel 10 might offer improvements is battery life and charging speeds. The Pixel 9 series shows only modest increases in battery capacity compared to the Pixel 8 series, leaving room for significant improvements in the next generation. The switch to TSMC for the Tensor G5 could potentially lead to better battery efficiency, translating to longer battery life. Additionally, the charging speeds in the Pixel 9 series haven’t caught up with competitors, lagging behind the likes of Samsung’s Galaxy S24 Plus and S24 Ultra, and OnePlus 12. While the Pixel 9 Pro XL offers a 37W charging speed, it’s still behind the 45W speeds of the S24 Plus and S24 Ultra. This suggests that Google might prioritize faster charging speeds in the Pixel 10.
Furthermore, while the Pixel 9 series boasts camera improvements, particularly in the standard Pixel 9 with its upgraded ultrawide lens, the Pro models haven’t received significant camera hardware upgrades. The Pixel 9 Pro and Pixel 9 Pro XL essentially retain the same camera hardware as the Pixel 8 Pro. While the Pixel 9 devices are expected to capture excellent photos, the lack of a bump in megapixel count for the main camera, especially in the Pro models, might be addressed in the Pixel 10.
Finally, the absence of Qi2 wireless charging support in the Pixel 9 series is a notable omission. Qi2, based on Apple’s MagSafe technology, promises improved magnetic alignment for better energy efficiency and charging speeds. The Pixel 9 series only supports the original Qi standard, missing out on the potential benefits of Qi2. The Pixel 10 might integrate Qi2 support, addressing this gap and bringing the Pixel line in line with industry standards. While there’s no guarantee of Qi2 inclusion, the widespread adoption of the technology makes it a likely prospect for future Pixel devices.
In conclusion, while the Pixel 9 series offers compelling features, the potential advancements in the Pixel 10, particularly with the Tensor G5 chip, battery improvements, faster charging speeds, and potential inclusion of Qi2 support, make waiting for the next generation a strategic move for those seeking the best possible Pixel experience.
