With the announcement of the new iPhone 14 series of phones came the recent Apple Silicon mobile chip , in the manikin of the A16 . But how does it compare to its predecessor ?
Apple announced a lot of new gimmick in its Far Out event , surprising everyone with the new broken and durableApple see Ultraalongside theApple Watch Series 8 , with the latest pair ofAirPods Pro 2 , which featureApple Spatial Audio .
But the new lineup of headphone is what really stole the show , with Apple introducing four young models , including theiPhone 14 , iPhone 14 Plus , iPhone 14 Proand the iPhone 14 Pro Max .
And it looks like the Pro and the Pro Max model will feature the new Apple Silicon mobile chip , the A16 Bionic , while the vanilla and Plus models of the phone will stick with theA15 Bionic chipfrom last year .
Here are some of the cardinal differences between theA16 Bionic chipand the A15 Bionic check . you may also checker outA16 vs M1 , if you want to see some of the decisive differences between the belated iPhone scrap and the firstApple SiliconMac cow dung .
More transistors than before
The A16 Bionic will backpack 16 billion transistors , which is a whole billion more than can be found on the A15 .
This suggest that the Pro models of the iPhone 14 should be much faster in terms of processing data since more oeuvre can be done in less prison term , thanks to the surplus transistor . In theory , it should be more powerful than its predecessor , puddle the iPhone 14 Pro and Pro Max more efficient overall .
50% more memory bandwidth
While the A15 and the A16 both have the same five - core GPU , the A16 has improved upon its harbinger by improving the GPU memory board bandwidth by 50 % . This should bring home the bacon a better experience while play mobile games , as the GPU will be well equipped to deal with overweight work load .
More memory bandwidth means that learn video or playing games on the iPhone 14 Pro should be much smoother and quicker when compared to the vanilla iPhone 14 .
Improved camera performance
Apple has created a new image signaling processor ( ISP ) that should be capable to produce more elaborate images than any other iPhone on the marketplace . Within the A16 Bionic chip , the GPU , central processing unit , neuronic engine and ISP work together and power the quad - pixel detector .
According to the caller , the latest Apple Silicon Saratoga chip can do up to four trillion operation per picture . This shape alongside the new Photonic Engine , which allows Deep Fusion to bump earlier in the mental process on uncompressed images , which should save more data point and allow for bright and more vibrant photos .
This was not present on the A15 Bionic chip and should allow for better timber photos , though we will be trusted to put this to the test when we get the machine in for a limited review .
A faster CPU
Apple has lay claim that the 6 - Congress of Racial Equality CPU on the A16 is faster than its predecessor , though it has not given any definitive stats as of yet .
The A16 and the A15 both have the same apparatus , have four efficieny cores and two functioning cores , alongside a five - pith GPU and 16 - core Neural engine . While we ca n’t speculate how much faster this CPU is compare to its forerunner , the increased number of transistors will make the central processing unit melt quicker overall , which should put up a bland carrying out when compare to the A15 .
