Looking for an RK3328 SoC-equipped Android TV box that doesn’t cost a bomb? The A5X Max Android 9.0 TV Box might just fill the bill.
As part of its latest promotion, GeekBuying is offering two variants of the A5X Max TV box for heavily discounted prices. In addition to revealing more details about the discounts, we’ll show how you can save extra money at checkout.
A5X MAX Android 9.0 TV Box (4GB RAM, 32GB ROM)
The aforesaid variant that ships with 4GB of RAM and offers 32GB of internal storage capacity would normally set you back $83.67, but you can now buy it for just $54.99 on GeekBuying.
Moreover, you can extend this 34 percent discount by applying coupon code GIZ_ZIXQZCMR. The coupon helps you save $17 more by reducing the device’s retail price to just $39.99 before you place your order.
You can follow this link to avail the discount. Note that the promo will end in just two days.
Get 34% Off On A5X MAX Android 9.0 TV BoxA5X MAX RK3328 Android 9.0 TV Box (4GB RAM, 64GB ROM)
The slightly larger model offering 4GB of RAM and 64GB of onboard storage capacity usually sells for $82.99, but it is currently available for a considerably reduced price of just $57.99 on GeekBuying.
If this 30 percent drop in the device’s original asking price doesn’t impress you much, you can apply coupon code GIZ_HBGKNQCA and get an extra $9 off. The aforesaid variant can now be yours if you are willing to shell out just $48.99 on GeekBuying.
You can head straight to this link in order to avail the discount and use the coupon before it expires.
An absolute steal at this price, the A5X MAX Android 9.0 TV Box boasts an impressive array of features and top-end. Here’s a brief glimpse of what the coveted TV box has to offer in terms of specifications:
- Rockchip RK3328 chipset
- Android 9.0 Pie OS
- True 4K Media Player
- Mali-450 GPU
- Bluetooth 4.0
- 4G WiFi

The next section features a special offer valid for a limited period of time. Dubbed as ‘Flash Deal on March 4-March 15,’ the section feature all sorts of items that you can buy for heavily discounted prices.
Those who aren’t willing to spend a lot of money on top-branded earphones, on the other hand, usually end up compromising on quality, but it looks GeekBuying is bent on changing that.
Regrettably, this 33 percent discount will be valid for the first 500 pieces only until March 15th. The i10 will go up for sale bearing a $22.99 price sticker starting from March 16th.
On top of that, you can use coupon code GIZ_VKUBQUSO and save $1.32 more during the checkout process. The aforesaid coupon helps you reduce the original asking price of the QCY T1C/T1 TWS earphones to just $20.67.
Aside from shedding light on the aforesaid discounts, we’ll show a brief comparison between the two well-received dashboard cameras. So without further ado, let’s delve into the details.
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While well-received mobile devices from popular brands aren’t usually easy on the pocketbook, Sunsky is bent on changing that. The popular whole-selling website is giving its users a chance to save a considerable amount of money by purchasing more units of the DOOGEE Y8.
For example, those buy 1/4 case will shell out $79.20, while Sunsky users who order 1/2 case or 1 case will spend $78.41 and $77.62. A case of 20 units usually retails for $1615.60, but you can get your hands on it for only $1552.40.
























The company’s second filing builds on the earlier presumption by enforcing a series of instructions in the device that houses the
Although the patents may be linked, the question is how they might be used. It looks like the new patents can be efficiently joined in multiple combinations in order to serve various use cases. For instance, the second Sony patent can be effectively used in combination with the environmental checking system as well as the capture system. This carries out a solution that ensures that the user is an ideal environment for 3D modeling.
While it may seem that the aforesaid associated patents may not be ready to use in their existing form, Sony recently decided to increase the production of related LIDAR-based time-of-flight sensors, ignoring a decline in overall demand.