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This makes comparisons between countries difficult, as these factors directly impact the peak 5G speeds achievable in that market. Operator breakdown: iPhone 12 performance in select citiesДҐG deployments vary greatly from country to country, depending on spectrum allocated and the particular channel bandwidths each operator has deployed. Deployment of the 5G SA core unlocks the potential of enhanced mobile broadband (eMBB), ultra-reliable low latency communication (uRLLC) and massive machine type communications (mMTC). No matter which strategy an operator chooses, one important fact about 5G does not change: access to a trio of low, mid and high bands and a strategy for rolling out 5G SA is critical. In addition to these commonly observed strategies, a few operators are considering pushing the limits of digital convergence with open radio access networks (RAN). This feature enables a relatively easy deployment of 5G coverage layers, and is a stepping stone to standalone 5G (5G SA). Operators with limited amounts of FR1 spectrum tend to use dynamic spectrum sharing (DSS), a feature which allows both LTE and New Radio (NR) operation on the same slice of spectrum at the same time. In order to mitigate this well-known challenge, operators tend to rely on the lower frequency bands for coverage and selectively deploy mmWave applications in targeted areas (such as high-traffic locations).Дepending on market dynamics and spectrum availability, most providers choose non-standalone (NSA) 5G configuration with an LTE anchor.

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High-band frequency ranges (above 24 GHz with 400-800 MHz contiguous bandwidth) can do wonders in terms of download speeds, but due to limited propagation characteristics, it can be challenging to provide a mmWave coverage layer across entire markets. There are several reasons for this, ranging from principles of electromagnetic wave propagation to marketing strategies. This is to support existing commercial 5G deployments in the mmWave spectrum across all three Tier 1 operators.Д®lsewhere on the globe mid-band (specifically the 3300-3800 MHz range in most countries) is the most common frequency range for initial 5G roll-outs.

Today, the United States is the only market where iPhone 12 models support 5G high-bands, namely n260 and n261. That is good news for the 5G action plan of the European Commission and their target of having uninterrupted 5G coverage on major terrestrial transport paths by 2025.Д®ach of these markets utilizes its own unique approach to 5G. It is interesting to note that European cities are relatively close to each other in terms of median download and upload speeds. This is not a surprise given reports that there are more than 100K 5G base stations in South Korea. Seoul also had the fastest upload speed by a considerable margin. We analyzed Speedtest IntelligenceВ® data for iPhone 12 devices in the same 15 cities and found that Seoul had the fastest median speed over 5G, followed by Dubai and Riyadh.

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While the more affordable models were less popular than the Pro models across all the cities on our list, the iPhone 12 Mini saw the most adoption in Tokyo and the iPhone 12 5G saw the most adoption in Rome. The iPhone 12 Pro 5G showed the most samples in London, Madrid, Rome, Helsinki, ZГјrich, Berlin, Amsterdam, Seoul and Tokyo. The iPhone 12 Pro Max 5G showed the highest number of samples among iPhone models in Singapore, Dubai, Hong Kong, New York, Riyadh and Sydney. We found that most Speedtest users have opted for the вЂњProвЂќ models. We examined SpeedtestВ® results from the launch date of each model through the end of the year to see which iPhone 12 models are the most popular in 15 major cities across the globe. Pro 5G and Pro Max 5G are the most popular iPhone 12 models On the day the iPhone 12 Mini 5G and iPhone 12 Pro Max 5G launched, there was a further 44.3% increase over that one-day spike. We saw a 138.3% increase when comparing the day the iPhone 12 5G and iPhone 12 Pro 5G were released to the mean of the previous week. The daily count of unique devices worldwide that are capable of connecting to 5G jumped dramatically when each new iPhone 12 variant launched. iPhone 12 launch drives spikes in 5G testing

Given the popularity of AppleвЂ™s devices, this release marks a major milestone on the way to 5G becoming mainstream.

At OoklaВ®, we are fortunate to have a front-row seat to observe these advances and we were thrilled when Apple announced its first 5G devices on October 13, 2020. AppleвЂ™s 5G-capable iPhone 12 is the latest step in the continuous cycle of new technical specifications, new network components, new (or refarmed) radio spectrums and compatible user equipment that aim to deliver enhanced 5G user experience.

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