The Snapdragon 835 may feature the brand new chipset from Qualcomm. Reports indicate that a total of five smartphones will get this powerful combination. This will ensure superior and revolutionary mobile technology for everyone.
The Snapdragon 835 with Qualcomm chipset will be integrated into the HTC 11 and OnePlus 4. Other certainties include the Samsung Galaxy S8, Microsoft Surface Phone and Xiaomi Mi 6.
According to Qualcomm, Samsung Electronics is already collaborating with it. This centers on using FinFET 10 nm processes for the Qualcomm Snapdragon 835 processor.
These processors are crafted from nano materials. These are mostly atoms and molecules which are below 100 nanometers by way of size. These materials showcase varying properties in comparison to bigger particle counterparts.
Some of these heightened nano material attributes include greater strength and lighter weight. Increased chemical reactivity is another attribute. These nano materials can radically contribute towards smartphone development.
The 10 nm chipsets will have tinier footprints in comparison to 14 nm counterparts. Smartphone and device makers will get more space for bigger batteries. Additionally, this can also facilitate slimmer phone designs.
Will This Boost Snapdragon 835 Performance?
The 10 nm chip will enable the Snapdragon 835 processor to achieve better performance. Overall power efficiency will also get a huge boost. Samsung’s 10 nm FinFET procedure will lead to 30% increase in overall area efficiency. Additionally, performance will improve by 27%. There will be 40% lower power consumption and better battery life.
A chip sized this small can revolutionize the future of the smartphone industry. The five smartphones mentioned above are some of the biggest future products. This chipset will serve to make them more efficient and powerful.
It remains to be seen how swiftly Qualcomm’s new chipset is integrated into all these devices. The Snapdragon 835 processor will definitely get a boost with this chipset. This new development is set to revolutionize the entire smartphone segment.