In a notable development, some U.S. customers who have requested replacement units for their Google Pixel 10 devices are receiving models equipped with physical SIM card slots. This is a departure from the standard U.S. version, which relies solely on eSIM technology.
The Pixel 10 series introduced a significant change by eliminating the physical SIM tray in U.S. models, opting instead for exclusive eSIM support. This move aligns with the industry’s gradual shift towards digital SIMs, offering benefits such as easier carrier switching and reduced reliance on physical components. However, the global versions of the Pixel 10 have retained the physical SIM slot alongside eSIM capabilities, catering to regions where eSIM adoption is still growing.
Recent reports indicate that U.S. customers seeking replacements due to issues like screen defects are receiving these global variants. For instance, a Reddit user shared their experience of receiving a Pixel 10 Pro XL replacement with a physical SIM slot after reporting a screen problem. Another user echoed this experience, suggesting that this occurrence might not be isolated.
The primary distinction between the U.S. and global models lies in their network capabilities. The U.S. version supports mmWave 5G, offering faster data speeds in areas with mmWave coverage. In contrast, the global variant, while including the physical SIM slot, does not support mmWave 5G. This difference could influence user experience, especially for those who prioritize high-speed connectivity.
It’s important to note that both versions are designed to function across most networks. However, users who rely on mmWave 5G or prefer the dual eSIM functionality might find the U.S. variant more suitable. Conversely, those who value the flexibility of a physical SIM slot may appreciate the global model.
This situation underscores the complexities involved in device replacements and the variations between regional models. Users receiving a different variant than expected should assess their specific needs and network requirements to determine the best fit.
