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Apple’s iPhone 12 Range Uses Qualcomm’s Snapdragon X55 5G Modem, Not the Latest Snapdragon X60

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There were rumors detailing the use of the advanced Snapdragon X60 5G modem in the iPhone 12 lineup, with TSMC said to be taking the orders. The modem would be made on the manufacturer’s 5nm node, resulting in improved efficiency and more peak data throughput. Unfortunately, it was not to be and if you look at the state of 5G, it’s not a big deal at all that all iPhone 12 models are using the Snapdragon X55 instead.

A Previous Report Even Suggested That a Snapdragon X55 Modem Will Only Be Possible in 2020 as Snapdragon X60 Will Get Mass Produced in 2021

A number of clips circulating Twitter are showing off the logic board belonging to the iPhone 12 and one of the components is revealed to be the Snapdragon X55, not the Snapdragon X60. One reason why the iPhone 12 range doesn’t feature the Snapdragon X60 5G modem is that a previous report mentioned that Qualcomm will mass produce the baseband chip and related components for its smartphone partners from 2021.

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At this current time, the latest word doing the rounds is that Samsung is tasked with fulfilling Snapdragon X60 orders so we’ll likely see the modem in action starting 2021. You might also be wondering why none of the iPhone 12 models feature Apple’s in-house modem right? Well, there is a reason for that. According to a previous report, the earliest that we might get to see this silicon is in 2025, so for the time being, the Cupertino tech giant will have to rely on Qualcomm’s baseband chips.

Also, it’s not such a massive letdown to see the Snapdragon X55 5G modem running in the latest models. For one thing, if you’re living in the U.S., all models support both the sub-6GHz and mmWave networks, meaning users will get to experience the very best that the 5G standard has to offer.

Additionally, the Snapdragon X55’s peak download speed is 2.5Gbps, while early speed test results in the U.S. show that the maximum speeds that can be experienced are 2Gbps, and that too only on a mmWave network and there needs to be no obstruction in between your device and that mmWave node otherwise you’ll see a drastic drop in those downlink values. Given what potential customers are getting, we’ll have to conclude that it’s a solid deal. Then again, do let us know down in the comments if you’d wanted to see the Snapdragon X60 in action instead of this one.

News Source: Ice Universe

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