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Showing posts with the label apple iphone 12

Apple iPhone, Watch, iPad Launch Event Invite Sent out!

  Apple has sent out invites for its event "time flies" to be held on Septmeber 15th , 10AM (PDT) or 10.30 PM (IST). That means Apple enthusiasts would have to sacrifice their sleep a bit to attend the launch event in India. As the rumors and leaks have surfaced multiple times over the last few months, it can be expected that Apple launches 4 iPhone models, Apple Watch Series 6 and Apple iPad Air . The 4 models of iPhone would be iPhone 12, iPhone 12 Pro, iPhone 12 Max, iPhone 12 Pro Max. Adapting to market trends, it's expected that all the iPhones will come with 5G support out of the box. This time the 5G modems being supplied by Qualcomm which means better quality modems compared to Intel I suppose.  The iPhone 12 would be powered by the latest A15 Bionic Processor which is expected to bring at least 20% increase in CPU performance and atleast 25% improvement in AI performance. The Ultra premium model iPhone 12 Pro Max is expected to also have LiDAR sensor which sh...

Qualcomm Quick Charge Version 5.0 is Here and It has taken Fast Charging to Next Level!

It's been quite some time since Qualcomm has shared an upgrade to it's Quick Charge technology 4.0. More and more vendors are looking for getting the huge batteries pumped up as quickly as possible. With technologies like 5G, 120Hz refresh rate, High GPU Clocking, it's only logical that the power gets siphoned out quickly and that's the reason for high battery capacity. High battery capacity leads to the next issue which is time taken to charge the battery. That's where the Qualcomm Quick Charge Solution comes into action.  As you can see the Quick Charge 4.0 was upto 2.5 times faster than the regular charging speeds while the Quick Charge 5.0 could speed it up to 10 times the regular charging speeds. This opens up gateways to get the 100 W of power blazing through those charging cables.  The Tech Behind It ? It's essentially shifting some of the heat to the chargers wherein the voltage can be delivered to 2 cells instead of 1 at the device. The current voltage...