Apple's iPhone 5: Find out some evolutionary technologies

Though nothing exciting was announced, Apple iPhone 5 brought out several evolutionary technologies which competitors are just thinking of adopting.

Apple's iPhone 5: Find out some evolutionary technologies
The wow-factor was missing this time when Apple launched its latest iPhone5. Though nothing exciting was announced, it brought out several evolutionary technologies which competitors are just thinking of adopting. Apple made iPhone 5 with aluminium and glass making it 20% lighter than its predecessor, provided dual bandwidth, added an extra microphone to cut noise and brought in the A6 processor, the brain behind the iPhone 5. Here are some evolutionary tech you can find in iPhone 5, writes Neenu Abraham.

What makes iPhone 5 thinner & lighter?

The outer case is made of aluminium, which is extremely light, and glass

In a normal smartphone, there is glass-layer below the surface glass, between which the touch-screen sensors are arranged. In iPhone 5, these sensors have been embedded in the surface glass layer itself and the second glass layer eliminated

Also check: Full Coverage on Apple's new iPhone | iPhone 5 launched: 10 new features of Apple's latest smartphone | iPhone 5: How it stacks up against Galaxy SIII & Lumia 920

iPhone 5 integrates various radio technologies such as 2G, 3G, LTE , Wi-Fi etc. A6 processor is used to control different radio technologies
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GSM/3g Chip + LTE chip has been integrated

It has a nano-SIM card, instead of the micro-SIM, which helps save about 0.0037 cubic inches of space
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The lightning connector for iPhone is 80% smaller and so takes up very little space


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Connecting Via Dual Bandwidth Technology

Advanced Wi-Fi cellular devices can operate on two frequencies — 2.4 GHz and 5 GHz. Most Wi-Fi equipment operate in 2.4 GHz as they give better coverage than 5 GHz systems. Since most smartphone users use the 2.4 GHz band, the radio space gets too noisy in this licensed free band.


When it gets too crowded, the iPhone 5 makes an automatic switch to the 5 GHz frequency. This switch ensures better broadband speeds due to clean radio signals

 


150Mbps Speed on Wi-Fi with MIMO

This combined with LTE ensures seamless connectivity and really fast downloads

What’s Lacking: Though there is LTE, there is no Near-Field Communication facility (NFC), which means that facilities like digital wallets & automatic swipes at toll gates can’t be done

Battery Life: Use of LTE can drain battery life. But iPhone 5 has managed to offer 8 hours of battery life. The A6 processor uses 28nm techology which will further increase battery life

Beamforming Technology With Additional Microphone

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The iPhone 5 has three microphones which cuts noise and ensures more clarity through the beamforming technology

If there is only one large microphone, it takes in all the surrounding noise. However, in the case of iPhone 5, the three mics are strategically placed at different places –– one in the front, one at the back and one at the bottom. These mics have a narrow range. They pick up sound originating directly from the place where the mic is pointed to. Because of this, they pick up very little noise from surrounding areas

The beamforming technology helps filter out excess room noise. The sound is processed and sent back to the user in the correct signal form

The impact: The audio will be crisper and more focused and it will be easier to make calls even if you are in a noisy room or making a conference call

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(Industry Sources)

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