Over the past few weeks, there have been several reports regarding the iPhone 14 series. As this new iPhone series hit a month, there have been many reviews of this device. Top organizations have been reviewing these smartphones in detail. At the moment, there are two reports regarding the download speed of the new iPhone 14 Pro Max. However, both reports have similar results. The reports reveal that the new iPhone 5G speed is faster than its predecessor. The iPhone 14 Pro Max 5G download speed is 38% to 50% faster than its predecessor. On average, the 5G download speed is 40% faster.
New research from Ookla confirms that in the US, Apple’s iPhone 14 and 14 Pro phones have improved phone performance by more than 40%. But in another country, the iPhone 14 Pro Max has seen a massive 130% increase in median 5G speeds. According to a research report published by SpeedSmart, Apple’s iPhone 14 series has seen impressive performance improvements in 5G download and upload speeds. The download speeds are judged by the third-quarter mobile and fixed broadband report shared by Ookla.
Gizchina News of the week
iPhone 14 Pro Max 5G speed is quite fast in Brazil
Today, Ookla shared a more detailed report analyzing the 5G performance of the iPhone 14 and Samsung Galaxy Z Fold4 by region. The median 5G download speed for the new iPhone series is faster than a recent study by Ookla, which had the highest download speed in the US at 177.92 Mbps. In the US, Apple’s iPhone 14 had a median 5G download speed of 150.08 Mbps, compared to 109.48 Mbps for the iPhone 13 (about 37% faster). Additionally, the iPhone 14 Pro had a speed of about 174.84 Mbps, while the iPhone 13 Pro had a speed of 121.08 Mbps (44% faster). The iPhone 14 Pro Max had a speed of 177.92, compared to the previous model’s 121.19 (46.8% faster).
However, the most magical change for Apple’s iPhone 14 series came in Brazil, where 5G speeds jumped directly from the 13 Pro Max’s 215.27 Mbps (median) to the 14 Pro Max’s impressive 493.31 Mbps, an increase of just under 130%.
