Apple Reportedly Planning Substantial Increase of Shipments for 5G mmWave iPhone Models in 2021
Apple is expected to substantially increase shipments of mmWave enabled iPhone models in 2021 thanks to the increased demand and improved global support for the newer technology, according to DigiTimes.
Apple currently only offers mmWave-enabled iPhone 12 models in the United States and is likely to hold off on offering the option to more countries until the technology is more widely available. According to DigiTimes, that wider availability will take place this year, and as a result, Apple is set to increase shipments of mmWave iPhones.
Apple is expected to boost its 5G mmWave smartphone shipment goal for 2021 as the global economy is on track for stable recovery, and its demand for AiP modules supporting mmWave iPhones will grow remarkably this year, the sources said.
In 2020, Apple lowered its 5G mmWave iPhone shipment projections as construction of the corresponding infrastructure in the US and Europe was severely dragged down by the pandemic.
The iPhone 12 was the first iPhone to feature 5G connectivity. 5G connection includes two types of networks, mmWave, which is considered to be the next widely adopted standard that offers super-fast speeds, and a 6GHz connection that is currently the conventional option worldwide. mmWave networks work through higher frequency radio bands that can range from 24Ghz to as high as 40Ghz.
Due to their increased frequency, mmWave is extremely limited in range and requires more advanced and expensive infrastructure compared to 6GHz. Cities and countries around the world are still very much in the early stages of adopting mmWave technology. Even in cities where mmWave technology is present, real-world 5G speeds can differ greatly depending on your proximity to the mmWave tower and the device you're using.
When we tested Verizon's mmWave network with a Samsung Galaxy S10 5G smartphone in Chicago in mid-2019, we reached speeds as high as almost 2GBs. Still, we found that speeds vary drastically depending on your location and other factors. You can checkout our full mmWave vs. sub-6GHz guide for more information and insight.
Top Stories
Verizon is planning to shut down its 3G network at the end of 2022, effectively ending 3G support, the company announced today. Verizon has pushed back the sunsetting of its 3G network several times now, but it sounds like a concrete end date has finally been established.
We will turn off the last of the 3G CDMA network on December 31, 2022, months after our competitors have shut off their...
Qualcomm today announced it has upgraded its Snapdragon X65 5G modem with improved power efficiency and support for wider mmWave carriers, a key requirement ahead of the rollout of 5G mmWave networks in China.
Specifically, the modem now supports wider 200MHz carrier bandwidth in the mmWave spectrum and mmWave in standalone (SA) mode, while new power-saving technologies part of Qualcomm 5G...
Apple's upcoming iPhone 12 models will all include 5G support, and several rumors have suggested that some if not all the new iPhones coming this fall will support both sub-6GHz and mmWave networks, which are two different 5G technologies that carriers are rolling out. The fastest technology, mmWave, will be used in dense areas like major cities. The longer-distance sub-6GHz networks will be...
Apple plans to adopt its own custom-designed 5G baseband chip starting with the 2023 iPhones, meaning it'll no longer need to rely on Qualcomm to supply the 5G cellular modem for the iPhone, Apple analyst Ming-Chi Kuo said today in an investors note obtained by MacRumors. According to Kuo, Apple plans to include its own custom-designed 5G baseband chip starting with the launch of the 2023...
T-Mobile today hosted an Un-carrier event where the company announced the launch of a a new 5G home internet plan, which is priced at $60 per month and offers unlimited data.
The service is available to more than 30 million Americans across much of the United States, including 10 million households in rural areas not typically able to access reliable broadband. Connectivity will be either 4G ...
Verizon today unveiled a new unlimited plan designed to allow prepaid customers to access Verizon's fastest 5G network for $75 per month.
As noted by The Verge, the plan is priced at $10 more than the standard unlimited prepaid plan and provides access to Verizon's 5G Ultra Wideband network, which is the fastest available 5G that can be accessed in a limited number of cities. It also...
Apple's iPhone 12 Pro models are set to contribute significantly to a 50% year-on-year growth of smartphone shipments worldwide in the first quarter of this year, according analyses conducted by Digitimes Research.
The pace of iPhone 12 Pro and iPhone 12 Pro Max shipments is expected to align with a ramp up in shipments from Chinese brands eager to fill a vacuum in the global market left by...
As expected, the entire iPhone 12 lineup is compatible with faster 5G networks, but Apple's website confirms that support for high-frequency mmWave bands is limited to models sold in the United States. This includes compatibility with Verizon's new 5G Ultra Wideband network, which as of today is available in 55 cities across the country.
mmWave is supported on all iPhone 12 models sold in...
During its iPhone 12 event this week, Apple expended an unusually long amount of talk time on pressing home the benefits of 5G, and even gave the chairman and CEO of Verizon, Hans Vestberg, a segment to explain how "5G just got real." "The power of Verizon 5G meets the first iPhone with 5G." That same slogan is at the heart of Verizon's marketing campaign for mmWave 5G on iPhone 12, as this...
Apple's next-generation iPhone 13 lineup will use Qualcomm's Snapdragon X60 5G modem, with Samsung to handle manufacturing of the chip, according to DigiTimes.
Built on a 5nm process, the X60 packs higher power efficiency into a smaller footprint compared to the 7nm-based Snapdragon X55 modem used in iPhone 12 models, which could contribute to longer battery life. With the X60 modem, iPhone...
Top Rated Comments
?
I live in the Boston area and the 5G here is extremely fast
It is the same thing with small cells ( or now called nano cells or whatever the marketing decide to call it ). It is great in theory but in reality the business model doesn't really work.
That was the last update in 2019 when I looked at multiple carrier 5G deployment for something up to 2023. I dont know if there are changes in plan but I seriously doubt it.
Although Apple's support of mmWave doesn't just have to be 5G. It could be for other usage as well such as 802.11ay. Allowing 10Gbps *real world* transfer between line of sight. You could have iPhone transferring to another iPhone upgrade happening in minutes or seconds.
I wonder how many other countries are also ignoring that technology and getting similar iPhones. I wonder if any anyone has bargained for a better price on the iPhones that are missing the radio!