Network operators and smartphone manufacturers have been pressing 5G to all for some years for some years, but those efforts will be in vain if few people have devices that can be connected to it. Most high-end telephones since last year come with a 5G support, of course, but those who do not represent the majority of the market. Especially considering the economic repercussions of the current pandemic, many people are reaching mid-range telephones these days, and the two new MediaTek chipsets want to make sure that this level will be filled with 5g capacity devices.
These two would not be the first 5g 5g chips of 5g of medium rank that come from MediaTek, of course. As a strategy against the domain of Qualcomm, MediaTek has flooded the market with many 5g processors at all levels. In fact, the chipmaker has its own levels within those levels, giving more options to the OEM more than they can choose.
Built in a 6nm process, the 920 dimension puts a strong focus on the performance of games and multimedia. In addition to MediaTek Hyperengine 3.0 technology, the chip also supports adaptive screens that allow you to choose the perfect update rate required for work. The chip uses an octa-core configuration of Cortex-A78 and Cortex-A55 to balance performance and efficiency.
The size 810 curiously slots a little lower than that of the existing dimension 820, with the cortex-a76 and cortex-a55 nuclei registered at lower speeds. In spite of that, the chipset still supports fast update rates up to 120Hz and is largely leaning on the image features of Ai-Powered. The processor is also constructed using a 6NM process.
According to MediaTek, telephones with the 920 dimension and the size 810 will come in the third quarter of the year. The scope of the company has been growing, enough to raise a challenge to Qualcomm regarding some quarterly figures. Of course, phones with MediaTek Chipsets are still a certain stigma, but market analysts indicate that these are the telephones that consumers have been looking for in the last year.
