ASUS had announced the ROG Phone gaming smartphone in June 2018. Hence, the arrival of its successor is overdue. The Taiwanese firm has now confirmed that the ROG Phone 2 will be arriving with a display that will offer a refresh rate 120 Hz. Now that the company has started sharing official information on the ROG Phone 2, its arrival could be close at hand.
ASUS has collaborated with “Under the One Man” game from China and has said that its next ROG Phone will offer increased refresh rate. The firm has also promised that upcoming games will be enhanced to deliver 120 Hz experience. The ROG Phone that had released last year supported 90 Hz refresh rate. The ROG Phone 2 will be third phone apart from Razer Phone and Razer Phone 2 to arrive with 120 Hz display.
The Taiwanese firm had recently confirmed through Weibo that it will be working with Tencent Games for the ROG Phone 2. The Chinese gaming firm will assist in enhancing the gaming experience on the upcoming ROG phone.
The other specifications of the ROG Phone 2 are currently under the wraps. However, it is being speculating that the Snapdragon 855 chipset will be present under the hood of the ROG Phone 2. Also, its highest configuration model could be equipped with 12 GB of RAM. There is a possibility that the smartphone may come with a robust heat dissipation system and it may sport a better design. ASUS has also mentioned in a Weibo post that the ROG Phone 2 will be launching in July. However, the exact launch date is yet to be disclosed.
The ASUS ROG Phonev from last year came with 6-inch AMOLED display with 18:9 aspect ratio, Snapdragon 845 chipset and 8 GB of RAM. It did not feature a microSD card slot but came in bigger internal storage options of 128 GB and 512 GB. The smartphone featured 12-megapixel + 8-megapixel dual camera setup and a selfie camera of 8-megapixel. It houses a 4,000mAh battery that supported 30W fast charging. For heat dissipation, it featured a carbon cooling pad, copper heat spreader and 3D vapor-chamber. It delivered enhanced gaming experience through built-in ultrasonic sensors that were dubbed as Air Triggers.
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