The upcoming release of the Realme GT Neo 6 series, in China has generated a lot of excitement as it follows the GT Neo 5. Recent information from known tipster DigitalChatStation has provided details about the new device offering interesting insights into its specifications.
The Upcoming Realme GT Neo 6
According to leaks by DigitalChatStation the Realme GT Neo 6 series is expected to come with a 1.5K display possibly using a panel and capable of supporting a high-quality 144Hz refresh rate promising users an engaging visual experience. Additionally, there are rumors suggesting that the phone will be powered by the SM8635 SoC believed to be a Qualcomm Snapdragon 8 series chipset, the Snapdragon 8s Gen 3. This chipset is expected to offer performance and smooth multitasking capabilities.
Recently a mysterious Realme device with model number RMX3851 appeared on the Geekbench benchmarking platform sparking speculation that it might be part of the GT Neo 6 lineup. The listing revealed features such as a chipset referred to as ‘pineapple’ along with 16GB of RAM and running on Android 14 operating system. Impressively the device achieved scores of 1512 in single core test and 3799 in multi-core test.
Exploring further into the details of the chipset the ‘pineapple’ chipset reportedly consists of one Cortex X4 core running at 3.01GHz accompanied by four Cortex A720 cores running at 2.61GHz and three Cortex A520 cores operating at 1.84GHz. This code name matches, with the Snapdragon 8 Gen 3 SoC. Additionally, the chipset is expected to integrate an Adreno 735 GPU, offering reliable graphics performance, albeit slightly lower than the Adreno 750 GPU found in the Snapdragon 8 Gen 3.
While further details regarding the Realme GT Neo 6 series remain undisclosed at present, anticipation mounts as enthusiasts eagerly await more information in the days ahead. Regarding the chipset, leaks circulating online suggest that the SM7675 and SM8635 chips are slated for release in March, both representing variants of the same architecture and sharing the development code name “Cliffs” within Qualcomm’s portfolio.
