2.4′ TFT LCD touch panel Wifi 6 portable 5g router
Item no.: | HY8353 |
---|---|
Chipset: | MTK 900,MT6877,6nm 2*A78(2.4GHz)+6*A55(2.0GHz) GPU:Mali OTR MC4 |
5g frequency: | n1/n3/n5/n7/n8/n20/n28/n40/n41/n77/n78/n79 |
Price: | USD 110.00 - 130.00 |
Product Description
Performance Features and Material
Advantages | Advanced Chipset: Equipped with the MTK 900 and MT6877 chipset, this router delivers high performance with its 6nm 2A78 (2.4GHz) + 6A55 (2.0GHz) architecture and Mali OTR MC4 GPU. Broad 5G Frequency Support: Supports a wide range of 5G frequencies including n1/n3/n5/n7/n8/n20/n28/n40/n41/n77/n78/n79, ensuring compatibility with various networks worldwide. Touch Panel Interface: Features a 2.4′ TFT LCD touch panel for easy interaction and configuration. Durable Construction: Crafted with heat-resistant materials to ensure longevity and reliability, though there is room for improvement in heat dissipation as noted by users. |
Product Description | The HY8353 5G Pocket Router is a high-performance networking solution designed for business professionals and tech-savvy individuals. With its robust MTK 900 and MT6877 chipset, this router offers seamless connectivity with support for a multitude of 5G frequencies, making it ideal for international travel and diverse network environments. The 2.4′ TFT LCD touch panel provides an intuitive interface for quick setup and management. Despite its powerful performance, users have suggested that future models could benefit from enhanced heat dissipation design. Priced between USD 110.00 and 130.00, this router is a competitive choice for those seeking portable, high-speed internet solutions. |
Guidelines for use |
|
How to Install |
|
How to Set Up |
|
Usage Precautions |
|
Reviews

Linda White
December 17,2024
Suitable for business people.
Whether at the airport or on the high-speed train, the signal is very stable, making it very suitable for users who work on the go.

Robert Jackson
December 12,2024
Heat dissipation design needs improvement.
I hope there will be improvements in heat dissipation design in the future.
What can we do for you?