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New Motorola One design and specs leak via Qi certification and Geekbench

The upcoming Motorola One, model XT2771-1, has been revealed through a WPC listing and Geekbench entries. The device features a Snapdragon 8 Gen 5, 12GB RAM, Android 16, and 15W wireless charging.

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Design and Wireless Charging Revealed

Motorola is preparing to launch a new smartphone under its One series, as confirmed by a listing from the Wireless Power Consortium (WPC). The device, identified by the model code XT2771-1, has received Qi certification, which officially verifies its support for wireless charging technology. According to the WPC listing, the new Moto One supports 15W Qi wireless charging.

The certification process also provided the first visual confirmation of the phone's design. An image included in the WPC documentation shows the device's physical appearance. While the specific aesthetic details are not described in depth in the available reports, the listing serves as a primary source for the device's form factor and charging capabilities prior to its official announcement.

Key Specifications and Performance

Although the WPC listing does not contain detailed technical specifications, four separate results on the Geekbench benchmarking platform have revealed the core hardware of the XT2771-1. These entries indicate that the smartphone is powered by the Snapdragon 8 Gen 5 System on a Chip (SoC). This processor is paired with 12GB of RAM, suggesting the device is positioned as a high-performance machine.

In terms of operating system, the Geekbench results show the device running Android 16. This is a notable detail as it implies the phone will ship with the latest version of the Android operating system at the time of its release. The combination of the Snapdragon 8 Gen 5, 12GB of memory, and Android 16 points to a flagship-level configuration for the new Moto One.

Benchmark Scores

The leaked Geekbench results provide a baseline for the device's performance. The XT2771-1 achieved a single-core score of 2,109 points and a multi-core score of 8,586 points. It is important to note that these figures represent the best scores recorded from the pre-production units tested on the platform. As is common with early benchmarks, the final retail units may deliver different, potentially higher, performance metrics once the software is fully optimized.

Background and Context

Motorola has previously launched multiple smartphones under the One lineup. Historically, phones in this series have been associated with the Android One program, which typically offers a pure version of Android with minimal manufacturer customization and a guaranteed period of security updates. However, the source texts do not confirm whether this new model will continue that tradition or if it will run the standard Moto OS with advertisements, a feature found in some of Motorola's other mid-range devices. The relationship between the new Moto One and the Android One branding remains to be officially clarified by the company.

The model code XT2771-1 distinguishes this upcoming device from previous iterations in the One series. The emergence of these details through third-party certification and benchmarking platforms is a standard occurrence in the smartphone industry, often providing early insights into a device's capabilities weeks or months before its official unveiling.

What It Means

The revelation of the new Motorola One's specifications suggests that Motorola is entering the high-end market segment with this particular model. The inclusion of the Snapdragon 8 Gen 5 and 12GB of RAM moves the device away from the budget or mid-range positioning that some earlier One series phones occupied. For consumers, this indicates a potential flagship competitor with modern hardware and the latest Android software. The confirmation of 15W wireless charging also aligns the device with current consumer expectations for premium smartphones. As the official launch date approaches, further details regarding pricing, color options, and camera specifications are expected to emerge.