Asus ROG Phone 8 sequence will doubtless launch quickly. It is predicted to incorporate the bottom ROG Phone 8, ROG Phone 8 Pro, and ROG Phone 8 Ultra. The purported sequence is alleged to succeed the ROG Phone 7 lineup, which was unveiled in April this yr. It got here with a ROG Phone 7 and ROG Phone 7 Ultimate fashions. The firm has not but introduced the launch timeline of the ROG Phone 8 fashions. Details in regards to the telephones have been leaked beforehand and Asus has up to now confirmed the processor particulars of the handsets. Recently, the high-end Ultimate mannequin was noticed on the 3C certification website, and now the cellphone has additionally been listed on Geekbench.
An Asus mannequin, alleged to be the ROG Phone 8 Ultimate has been (*8*)listed on Geekbench with the mannequin quantity ‘ASUS_AI2401_D,’ on November 20. The cellphone is seen with a processor that scored 2,235 factors on the single-core check and seven,098 factors on the multi-core check. The numbers correspond to that of the Snapdragon 8 Gen 3 chipset, which the corporate has already confirmed for the ROG Phone 8 sequence.
The itemizing additional means that the ROG Phone 8 Ultimate will doubtless include as much as 24GB of RAM and run Android 14 with ROG UI on high. The cellphone has beforehand been noticed on the 3C certification website, which instructed that the top-of-the-line ROG Phone 8 mannequin might assist 65W quick charging and 5G connectivity.
Notably, an Asus cellphone with the mannequin quantity ‘ASUS_AI2401_A’ listed on September 26 was noticed on Geekbench previously. The cellphone is seen with 16GB of RAM and can also be stated to return with a Snapdragon 8 Gen 3 SoC. This could possibly be the bottom or the Pro mannequin of the ROG Phone 8 sequence.
The ROG Phone 7 fashions are powered by Qualcomm Snapdragon 8 Gen 2 SoCs paired with Adreno 740 GPUs, and can be found in a Storm White colourway. The base mannequin is obtainable in an extra Phantom Black possibility. The Snapdragon 8 Gen 3 chipset is alleged to extend the efficiency of the telephones by as much as 30 % over the previous SoCs.
