Details for iQOO's next flagship smartphone, the iQOO 16, have begun to emerge following its appearance on the Geekbench benchmarking platform. The listing provides an early look at the device's potential performance, hinting at a significant upgrade for the brand's premium offering.
Early Benchmark Details Surface for iQOO 16
The device, bearing the model number V2606A, was spotted on Geekbench, showcasing key hardware specifications. According to the listing, the iQOO 16 will feature a robust 16GB of RAM. Its core processing power is attributed to a chip identified as QTI SM8975, which is widely believed to be Qualcomm's unannounced Snapdragon 8 Elite Gen 6 Pro.
In performance tests, the iQOO 16 recorded a single-core score of 3,434 points and a multi-core score of 9,334 points. These results were obtained using Geekbench 6.7.1 for Android AArch64, with the device running on Android 17, indicating it's likely an advanced prototype.
Snapdragon 8 Elite Gen 6 Pro Configuration
The processor configuration detailed in the Geekbench listing points towards a powerful eight-core setup. This includes two high-performance cores clocked at an impressive 5.01GHz, three additional performance cores at 4.03GHz, and three efficiency cores operating at 3.74GHz. While Qualcomm has yet to officially confirm the commercial name for the SM8975 chip, its specifications align with expectations for the next generation of flagship mobile processors, anticipated to be unveiled at the upcoming Snapdragon Summit.
Unconfirmed Features and Future Expectations
Beyond the benchmark data, earlier speculative reports suggest additional high-end features for the iQOO 16. These include a large 6.85-inch 2K display with a smooth 165Hz refresh rate, a massive 8,500mAh battery, and support for rapid 100W fast-charging capabilities. However, these details remain unverified and should be treated as unconfirmed until an official announcement from iQOO or Qualcomm.
It's important to note that benchmark results from unreleased devices, especially prototypes, can be subject to change and may not fully reflect the final product's capabilities.