In this era where mobile phones are everywhere, owning a tablet is no longer a rare thing. Because of the maturity of digital manufacturing technology, the cost of manufacturing mobile phones and even tablets has been greatly reduced, which makes any ordinary family want to own one. Getting a tablet is no longer difficult. Malida Zpad T8 is a smart tablet computer independently developed and produced by Malida. This computer is equipped with a dual-core processor produced by NVIDIA and is also equipped with a 10880P high-definition screen, which makes this tablet computer powerful. video processing capabilities.
Price of Malida t8 tablet computer
This tablet computer has been discontinued, and the guide price before the discontinuation was 599 yuan. (Price source is from the Internet, for reference only)
Malida T8 tablet review
Malida Zpad T8 tablet computer uses a 9.7-inch 1024×768 high-resolution LED-backlit IPS LCD screen, and NVIDIA Tegra 2 processor based on mobile dual-core A9 architecture. The Zpad T8 uses the same Tegra 2 as the Motorola Xoom. It currently uses the Android 2.2 system and will open up to the more powerful Android 3.0 (Honeycomb) in the future. It has many outstanding hardware functions and the application design is quite powerful.
First of all, we see that the Zpad T8 has almost the same body design as the iPad. It can be said to be an imitation or a similarity. The tablet is so big. There is basically no essential difference between the two things. The body still uses the common silver and black combination, but the difference is that the operation keys below the interface have a slightly protruding design that is full of texture.
Supports 3G and WIFI network intervention, use Zpad T8 in the hotelYou can enjoy wireless WIFI network in , cafes and offices. The integration of 3G network allows T8 to enjoy wireless Internet surfing anytime, anywhere. Malida T8 supports the 3G network of China Unicom, China Telecom, and China Mobile. You can enjoy high-speed and convenient Internet services by inserting the SIM card on the back of the fuselage.
Zpad T8 has a very simple body design with only a few control keys. There are only switches, machine buttons and sound control keys around, and there are no redundant control designs, making the overall appearance look simpler. The interfaces are all concentrated at the bottom of the screen, but they are not so concentrated that the cables cannot be used at the same time.
Zpad T8 uses NVIDIA dual-core A9 CPU-Tegra 2 processor, which is generally called Tegra 2 processor in Chinese. The advantage of Tegra 2 is that it uses an ARM7 processor and has multi-core processing capabilities. In addition, the ARM Cortex-A9 dual-core processor reaches a core frequency of 1GHz, which significantly improves web browsing, picture smoothness, and 3D gaming applications.
Video playback is the advantage of the Tegra processor. Its decoding processing unit can achieve 1080P H.264 acceleration capability of up to 10 frames per second. Compared with Apple's A4 processor decoding solution, Tegra can also effectively reduce power consumption and make the 2D/3D picture effect smoother.
Malida Zpad T8 uses a 9.7-inch screen with a resolution of 1024*768 and supports video playback in 1080P high-definition format. LED backlight, capacitive multi-touch, full-viewing IPS LCD screen, the picture is clear and sharp, which can compete with the Apple iPad's picture quality. Let's take a look at the display effect of T8.
Ten thousandLida's tablet computer is mainly focused on the overall experience. In terms of appearance design, it adopts a silver and black style design, which makes it look fashionable and generous. In terms of appearance design, it does not seem to have much difference with the Ipad. There is no difference, but the tablet is just a tablet, and there is no big innovation. At the same time, this tablet is equipped with a Retina 1080P high-definition screen, and it also has a built-in dual-core processor produced by NVIDIA. This makes this tablet computer have more powerful performance capabilities in video processing.