
Realme appears to be gearing up for the launch of a new GT series device – the Realme GT Neo 3T. Earlier today, the handset was spotted on several certification websites such as NTBC and BIS. Now, we have spotted the upcoming Realme GT Neo 3T with model number RMX3371 on the Geekbench benchmark database. The database listing also confirms some key details of the upcoming Realme device including the processor, memory, and Android version. Let us take a closer look at the Realme GT Neo 3T Geekbench benchmark scores and specifications.
Realme GT Neo 3T Will Come Pre-loaded With Android 12!
The upcoming GT Neo 3T visited the Geekbench 5 benchmark database with model number RMX3371. The smartphone managed to score 1003 points in the single-core round of the Geekbench 5 test. Whereas, in the multi-core round test, the score was recorded as 2607 points. The benchmark listing further reveals the presence of a Qualcomm Snapdragon CPU with 1 + 3 + 4 core configuration and codename kona.
The listing further reveals that the upcoming GT Neo 3T will rely on Adreno 650 GPU for graphics-related tasks. Based on these, it appears that the Realme GT Neo 3T will sport an octa-core Qualcomm Snapdragon 870 processor under the hood. To those unaware, the Snapdragon 870 is built on a 7nm fabrication process and powers several upper mid-range handsets including the Realme GT Neo 2.
Also, the 8GB RAM variant of the handset has made an appearance on the benchmark website. However, we can expect the brand it to the smartphone in other memory configurations as well. As per the listing, the upcoming Realme GT series device will boot Android 12 out of the box, and as usual, we can expect it to have Realme UI 3.0 layer on top.
Apart from it, the Geekbench listing does not reveal anything else about the upcoming GT Neo 3T. Although, the Camera FV-5 listing for the smartphone has already revealed a 64MP primary camera and a 16MP front camera.
What are your expectations from the upcoming Realme GT Neo 3T? Do let us know down in the comments section.