The upcoming Motorola Edge 70 Ultra will be powered by the Snapdragon 8 Gen 5 processor, as confirmed by Qualcomm. This revelation comes from noted tech leaker Evan Blass, who stated that while the device will not feature the more advanced Snapdragon 8 Elite Gen 5, it will still deliver significant performance capabilities. The Motorola Edge 70 Ultra is anticipated to be one of the most powerful non-folding smartphones available upon its release.
The Snapdragon 8 Gen 5 is a newly announced processor positioned just below the Elite variant. This chip is also expected to power the OnePlus 15R, indicating its growing prominence in high-performance mobile devices. The Motorola Edge 70 Ultra will reportedly carry the codename “Urus,” marking it as a flagship device in Motorola’s lineup.
Motorola has notably skipped the release of the Motorola Edge 60 Ultra this year, with the last model being the Edge 50 Ultra, launched in May 2024. This gap suggests that the company is taking its time to optimize its next flagship offering.
Despite not utilizing Qualcomm’s top-tier chip, the Motorola Edge 70 Ultra is projected to offer impressive specifications, including up to 16GB of RAM. A Chinese variant of the device, named the Motorola Moto X70 Ultra, has already appeared on Geekbench, where it achieved a single-core score of 2,636 points and a multi-core score of 7,475 points. While these numbers do not match the performance levels of the Snapdragon 8 Elite Gen 5, they indicate that this device will still be a formidable contender in the smartphone market.
The launch timeline for the Motorola Edge 70 Ultra remains uncertain. If the company adheres to its previous release cycle, the device may not debut until mid-2026. However, Motorola could alter this schedule, leaving the exact launch date open to speculation.
As consumers await further details, the Edge 70 Ultra promises to make a significant impact in the competitive landscape of premium smartphones. With its robust processor and substantial RAM, it aims to cater to users seeking high performance and reliability.
