The iPhone 14 Pro features faster 5G speeds on the T-Mobile and Verizon networks in the United States compared to the ‌iPhone‌ 13 Pro, largely thanks to a new 5G modem in the latest iPhones.

It's also not clear how different the antenna system is in the new model, versus the iPhone 14 Pro. In our experience, the 5G build-out is going very slowly. Most of the AppleInsider staffers don ...

The iPhone 14 Pro and iPhone 14 Pro Max feature ... In addition, the X65 modem is the world's first 10 Gigabit 5G modem and antenna system for smartphones, enabling theoretical data speeds up ...

There is a new report out about the world's fastest 5G mobile devices, and the iPhone 14 Pro family sits in the top spot in most countries. The speed test provider released a Tuesday report to ...

If you’re struggling to decide whether upgrading to the iPhone 14 Pro from an iPhone 13 Pro is worth it, then 5G speeds could help seal the deal. The upload speeds might not offer a night-and ...

But one country saw a massive 130% increase in 5G median speed for the iPhone 14 Pro Max. SpeedSmart was the first to release a study showing the impressive performance improvements for 5G ...

The same was also true for latency, as the iPhone 14 Pro consistently had lower latency on both networks. Providing you have 5G service where you live, the speed difference on your iPhone 14 ...

Over the last two months, we’ve seen a few reports that show iPhone 14 Pro and Pro Max as the fastest 5G smartphones. Now Ookla is back with its latest report that solidifies Apple’s spot as ...

Ookla tested the 5G performance of different mobile phones in the 10 countries with the highest number of connected devices, and in the U.S and U.K. the iPhone 14 Pro Max came out on top.

With the unveiling of the iPhone ... boost in 5G network performance. A comparison of speed test results between the iPhone 15 Pro and Pro Max and their predecessors, the iPhone 14 Pro and Pro ...

Test data shows the iPhone 15 Pro’s suspected X70 modem might have noticeably better power consumption, carrier aggregation, and the ability to maintain signal at long distances. Test data shows ...