Grab Xiaomi Mi 4Q Wireless Router at an unbeatable price [Coupon]

Xiaomi Mi 4Q

Xiaomi Mi 4Q Wireless Router is currently available on Gearvita for a low price. The main attraction of the router is the addition of three highly powerful 5dBi antennas. The router runs at 2.4 GHz and provides a maximum bandwidth of 450Mbps.

As part of a special sale, you will be able to purchase Xiaomi Mi 4Q router only for $27.99 with additional shipping charges. However, if you apply our exclusive discount coupon – GVX11OFF, you will be able to purchase the router at a discount of 11 percent.

The Xiaomi Mi 4Q router is equipped with three 5dBi high gain antennas, which is exclusively designed to improve the signal strength and performance of the transmission. The router is powered by a QCA9561 chipset, which is capable of ensuring stable performance without connection loss.

The router offers WiFi 802.11n 3 x 3 MIMO technology, which is capable of delivering 450Mbps transmission speed. The device includes one-key mine that facilities establishment of connection among multiple devices.

The Xiaomi Mi 4Q wireless router is currently available for purchase for $27.99. If you apply the coupon code – GVX11OFF, you will be able to avail a stunning discount of 11 percent against the retail price. The discount is applicable only till July 18. Hence, you should rush because the stocks are limited.

Buy Xiaomi Mi 4Q Wireless Router – Stunning Deal
Coupon Code: GVX11OFF
DONT MISS  Choetech Cyber Monday Deals: Exclusive offers for accessories and cables

Anand Narayanaswamy is the editor-in-chief of Netans. He was recognized as a Microsoft Most Valuable Professional (MVP) for 9 years (2002 to 2011) and currently part of MVP Reconnect program. He is also part of the prestigious ASPInsider program. Anand has published several articles and reviews related to various software and hardware products for various software and technology related websites. He is also active on social media and also participates as an Influencer for various brands. Anand can be reached at