Several months have passed since the launch in China. This time Oppop Reno 10 series is ready to enter the global market. As part of the plan, this series of phones will debut in Malaysia on July 5. Today, Oppo has announced good news for the people of India. The company has announced that the Oppo Reno 10 series will be launched in the country on July 10, ending the wait. Oppo has also hinted that the Indian variants of the phones will have special features.
Oppo Reno 10 series will be launched in India on July 10
Oppo has officially revealed that the top-end ‘Pro Plus’ model of the Reno 10 series will use Qualcomm’s Snapdragon 8 Plus Gen 1 chipset, offering a 10% improvement in CPU performance and 30% better efficiency compared to its predecessor. On the other hand, the mid-tier Reno 10 Pro will run on Qualcomm’s Snapdragon 778G processor, while the standard Reno 10 phone will have a MediaTek Dimension 7050 chipset.
Apart from this, the battery and charging capacity of the new phones are also known. The Reno 10 Pro Plus will feature 100W SUPERVOOC flash charge technology, which can charge the 4,700mAh battery up to 50% in 10 minutes and fully charge in just 27 minutes. And Oppo Reno Reno 10 Pro will get a 4,600 mAh battery, which can be charged to 100% in just 28 minutes with the help of 80 W SuperVoc charging support. And the regular Reno 10 model will come with 67W charging support, which can fully charge its 5,000mAh battery in 47 minutes.
To maintain optimal performance, Oppo will offer advanced cooling technology. Reno 10 Pro+ will use ultra-conductive graphite and a vapor chamber, which will increase the heat dissipation capacity by 92% and regulate the temperature during gaming. The Reno 10 Pro and Reno 10 will also use high-performance graphite for cooling.
Notably, each model of the Oppo Reno 10 series will have an IR blaster and the company is making this feature available on its global smartphones for the first time. That is, users can easily control various electronic devices using their Reno 10 phone, further enhancing the versatility and functionality of the devices.
