Revolution in technology! Smart phone ‘8000 mAh battery’ soon in our hands ..

So far we have seen 5000 mAh and 6000 mAh battery. But soon we will have 8000 mAh battery smartphones. This huge battery is being tested by Oppo and a plus. In addition, the new battery has 80 WOK charging in the new battery, which is already similar to technology in the high -model model of companies. These Chinese brands are trying to develop their battery technology and improve the performance of smart phones by adding silicone carbon (SI/SE) technology.

8000 mAh battery battery ..!

Oppo – One Plus is part of OGA Labs, an American research and development attempt. The 8,000 mAh battery was made using silicon carbon in the test phase. This battery is popular for increasing efficiency. The speed of battery charging is expected to be the same as the current high-end model and supports 80 watt charging. The silicone content in the battery has increased from the previous 6 % to 15 percent of the test in a plus Ace3 Pro.

Future smart phones with advanced battery ..

It is not clear whether this 8,000 mAh battery will appear on the upcoming Oppo and One Plus device, but rumors indicate that it will be part of the major future phone. Perhaps it can be seen in the successor smartphone of the X8 series in One Plus 13 or Oppo.

Earlier reports suggested that the two companies with Xiaomi were looking to bring a high -level battery with 7,000 mAh models by 2025. Currently, Xiaomi and a plus flagship model have a battery from 6,000 mAh to 6,100 mAh. These brands show what direction is the direction of energy abilities in their upcoming equipment.

Silicon Carbon Battery ..

Along with Oppo, other Chinese manufacturers such as a plus, real ME and IQ are also using silicon carbon technology. Real Me Neo Neo 7,000 mAh battery comes in China. Assuming that it provides several benefits compared to the traditional lithium-ion option, it emphasizes the growing trend among smartphone manufacturers to adopt new battery technology. Switching towards silicone carbon represents a significant increase in future smart phone batteries life and performance.