OnePlus is showing no signs of slowing down its expansion into diverse product categories. The company, known for its smartphones that often strike a balance between performance and affordability, is reportedly gearing up to introduce a new member to its Ace series. The Ace series, initially launched last year, has quickly become a focus for OnePlus, demonstrating the company’s intention to capture a wider segment of the mobile market.
Recent reports suggest that OnePlus is currently preparing to unveil a high-performance addition to the Ace 5 family. The upcoming device, tentatively named the OnePlus Ace 5 Ultra or possibly the Supreme Edition, has already been spotted undergoing performance evaluations. The emergence of the device in benchmark databases points toward an imminent launch and offers valuable insight into its core specifications.
The purported OnePlus Ace 5 Ultra made its debut on the Geekbench platform, identified by the model number PLC110. During these tests, the device achieved an impressive score of 2,779 in the single-core evaluation and 8,660 in the multi-core assessment. These numbers serve as a strong indicator of the device’s capabilities and overall performance profile. More importantly, these scores offer clues about the internal hardware powering the new OnePlus phone.
Based on the Geekbench listing, the prototype of the OnePlus Ace 5 Ultra that was tested is equipped with the MediaTek Dimensity 9400+ chipset. This processor is a significant upgrade over the silicon found in previous Ace models and signals OnePlus’ ambition to deliver a flagship-level experience in this series.
The Dimensity 9400+ is fabricated using a cutting-edge 3nm process. This manufacturing technology is crucial for enhancing both performance and power efficiency. The processor’s core configuration is particularly noteworthy. It features a single, high-performance ARM Cortex-X925 core clocked at 3.73 GHz. This core is designed to handle the most demanding tasks, ensuring smooth operation even when running resource-intensive applications or games. The chip also has three ARM Cortex-X4 cores. These powerful cores will handle demanding tasks with greater efficiency. Rounding out the CPU configuration are four ARM Cortex-A720 cores, responsible for handling background processes and less intensive tasks. This arrangement ensures optimal power management and responsiveness under various workloads.
The Dimensity 9400+ chipset includes an Immortalis-G925 MC12 GPU. This graphics processing unit is designed to provide a top-tier gaming experience, enabling high frame rates and detailed graphics rendering in even the most visually demanding titles. The presence of this powerful GPU indicates that OnePlus is targeting mobile gamers and users who prioritize graphics-intensive applications.
The software side of the equation is equally significant. According to the benchmark listing, the OnePlus Ace 5 Ultra will run on Android 15, the latest version of Google’s mobile operating system. This means users can expect to get the latest features, security updates, and performance enhancements right out of the box. The integration of Android 15 should ensure a smooth, responsive, and feature-rich user experience.
In terms of memory, the tested prototype of the OnePlus Ace 5 Ultra was equipped with 16 GB of RAM. This generous amount of RAM is crucial for multitasking, allowing users to run multiple apps simultaneously without experiencing slowdowns. While 16 GB is a significant amount, it’s important to note that OnePlus may offer other memory variants. This would give consumers more choices to tailor their device to their specific needs and budget.
Currently, the details surrounding the OnePlus Ace 5 Ultra are limited. Apart from the chipset, RAM, and Android version revealed in the Geekbench listing, other aspects of the phone, such as its display, camera system, battery, and design, remain a mystery. OnePlus is likely to unveil more information in the weeks and months leading up to the device’s official launch.
To provide a better understanding of the positioning of the Ace 5 Ultra, it is useful to consider the specifications of the other devices in the previously released Ace 5 series. This would allow potential consumers to compare the new device with the older models. The current devices offer insight into the design choices, camera capabilities, and overall user experience that define the Ace lineup.
