Apple’s iPhone 16e C1 modem is missing mmWave 5G—analyst explains why it makes sense
Apple’s iPhone 16e C1 modem is missing mmWave 5G—analyst explains why it makes sense
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One of the best parts about the new and budget brand iPhone 16e It is the battery life, and the great reason for this is the first C1 modem in the company, and it is responsible for all the cellular connection to the phone.
Apple states that its new medium -range phone has the best battery life on the 6.1 -inch iPhone, and we confirmed that during battery tests in us IPhone 16E review. The phone received a lifting battery, an estimated battery is slightly more than 6 hours, or about 20 minutes from iPhone 15 and 20 minutes less than iPhone 16.
But there is a great negligence in iPhone 16It lacks the support of MMWAVE 5G, which is the highest and fastest range of 5G connection. Of course, most users will not really notice this, because it is a feature that is still perfect. After all, MMWAVE 5G has not been fully implemented by transport companies.
Now, AA report by analyst Ming Che Ko It tells us what the technical interpretation may be behind Apple's decision.
What is MMWAVE 5G?
Apple offers perfect 5G speeds during the iPhone 12 series. Image credit - Apple
Since it is a feature that is still unnecessary for most, it is easy to forget what MMWAVE 5G does, so let's do quickly.
Sub-6GHz 5G This is the most popular type of 5G technology that provides a good balance between speed and range. It works at another distance and even through barriers such as walls and buildings. Sub-6GHz 5G is also the 5G connection type that corresponds to the Apple C1 modem with.
MMWAVE 5G This is the highest version of the 5G network, as it offers multi -gigabyd speeds. However, it contains a very short scale and easily confusion due to obstacles, which is why it is only wonderful in very specific areas, such as stadiums and airports. Apple has exceeded MMWAVE 5G support in its first -generation modem to set the priorities of the battery life at high -speed speeds in this first repetition of its modem.
Why not support Apple C1 MMWAVE 5G?
It turns out that the design of a mobile phone modem is a larger obstacle to the Apple company than developing something like M-Series for MacS. Unlike the standard processor, the modem must work through multiple criteria, frequencies and networks and carriers around the world, while energy efficiency also remains. This C1 modem works for sub-6GHz 5G, but not for MMWAVE.
Ming-Chi Kuo suggests that the main reason behind this Apple did not include MMWave's support in its first generation modem is energy consumption. It is not very difficult to enable MMWAVE functions, but making it stable and effective in using energy still represents a great challenge. Therefore, in this first repetition of his modem, Apple focused on the battery life instead of speed.
KUO also revealed information about the C1 chips manufacturing process. While processors and GPU continue to use the smaller and most advanced nodes like 3nm to improve performance, the modem does not gain much of this transition. Instead, the Apple used the 4/5NM process for the basic range (the main processing unit); The 7nm process for future (ingredients that send and receive signals); 55nm power management process.
Apple C1 modem technology: Basic Domain: 4/5NM (both techniques are similar) Low Frequency/Sub-6 TRX (transmission and reception): 7nm Intermediate Frequency (IF) TRX: 7NM - PMIC: 55nm
The refreshing version C1 is under development for huge production next year, with the aim of improving ...
The expected back of the C1 modem is already under development, and the huge production is expected to start the following year. According to Kuo, the new modem will reduce energy consumption further and increase data transfer speeds. It will also support MMWAVE 5G.
To achieve MMWAVE compatibility, Apple is said to use the 28nm process for MMWAVE transmission devices and front end components. It is clear that 28nm is much larger than the usual chip designs than Apple, but they are common for wireless components, as they do not require advanced efficiency improvements such as CPU.
What does this mean for iPhone users
IPhone 16E brand and its C1 modem with a new start for iPhone devices. | Image by Phonearena
Apple has achieved a milestone with C1 modem creation, and the benefits are already visible. But the future generations of this slide are where the excitement is really, as there is a possibility to better improve energy efficiency and perhaps even the unique features associated with iOS.
Currently, the lack of MMWave is hardly a nuisance, and this should not be a break of the deal if you think about iPhone 16e.
Aleksandar is enthusiastic about technology with a wide range of interests, from smartphones to space exploring. His curiosity extends to DIY process experiences with his tools, and enjoys switching between different brands to try the latest innovations. Before joining Phonearena, Aleksandar worked on the Google Art project, where he numbered valuable artworks and acquired various views on technology. When it is not immersed in technology, Aleksandar is an outdoor man who has long -distance walking in the mountains, depicting wildlife, and preserving nature. His interests also extend to the arts of fighting, running and skiing, which reflects his dynamic approach to life and technology.
One of the best parts about the new and budget brand iPhone 16e It is the battery life, and the great reason for this is the first C1 modem in the company, and it is responsible for all the cellular connection to the phone.
Apple states that its new medium -range phone has the best battery life on the 6.1 -inch iPhone, and we confirmed that during battery tests in us IPhone 16E review. The phone received a lifting battery, an estimated battery is slightly more than 6 hours, or about 20 minutes from iPhone 15 and 20 minutes less than iPhone 16.
But there is a great negligence in iPhone 16It lacks the support of MMWAVE 5G, which is the highest and fastest range of 5G connection. Of course, most users will not really notice this, because it is a feature that is still perfect. After all, MMWAVE 5G has not been fully implemented by transport companies.
Now, AA report by analyst Ming Che Ko It tells us what the technical interpretation may be behind Apple’s decision.
What is MMWAVE 5G?
Apple offers perfect 5G speeds during the iPhone 12 series. Image credit – Apple
Since it is a feature that is still unnecessary for most, it is easy to forget what MMWAVE 5G does, so let’s do quickly.
Sub-6GHz 5G This is the most popular type of 5G technology that provides a good balance between speed and range. It works at another distance and even through barriers such as walls and buildings. Sub-6GHz 5G is also the 5G connection type that corresponds to the Apple C1 modem with.
MMWAVE 5G This is the highest version of the 5G network, as it offers multi -gigabyd speeds. However, it contains a very short scale and easily confusion due to obstacles, which is why it is only wonderful in very specific areas, such as stadiums and airports. Apple has exceeded MMWAVE 5G support in its first -generation modem to set the priorities of the battery life at high -speed speeds in this first repetition of its modem.
Why not support Apple C1 MMWAVE 5G?
It turns out that the design of a mobile phone modem is a larger obstacle to the Apple company than developing something like M-Series for MacS. Unlike the standard processor, the modem must work through multiple criteria, frequencies and networks and carriers around the world, while energy efficiency also remains. This C1 modem works for sub-6GHz 5G, but not for MMWAVE.
Ming-Chi Kuo suggests that the main reason behind this Apple did not include MMWave’s support in its first generation modem is energy consumption. It is not very difficult to enable MMWAVE functions, but making it stable and effective in using energy still represents a great challenge. Therefore, in this first repetition of his modem, Apple focused on the battery life instead of speed.
KUO also revealed information about the C1 chips manufacturing process. While processors and GPU continue to use the smaller and most advanced nodes like 3nm to improve performance, the modem does not gain much of this transition. Instead, the Apple used the 4/5NM process for the basic range (the main processing unit); The 7nm process for future (ingredients that send and receive signals); 55nm power management process.
Apple C1 modem technology: Basic Domain: 4/5NM (both techniques are similar) Low Frequency/Sub-6 TRX (transmission and reception): 7nm Intermediate Frequency (IF) TRX: 7NM – PMIC: 55nm
The refreshing version C1 is under development for huge production next year, with the aim of improving …
The expected back of the C1 modem is already under development, and the huge production is expected to start the following year. According to Kuo, the new modem will reduce energy consumption further and increase data transfer speeds. It will also support MMWAVE 5G.
To achieve MMWAVE compatibility, Apple is said to use the 28nm process for MMWAVE transmission devices and front end components. It is clear that 28nm is much larger than the usual chip designs than Apple, but they are common for wireless components, as they do not require advanced efficiency improvements such as CPU.
What does this mean for iPhone users
IPhone 16E brand and its C1 modem with a new start for iPhone devices. | Image by Phonearena
Apple has achieved a milestone with C1 modem creation, and the benefits are already visible. But the future generations of this slide are where the excitement is really, as there is a possibility to better improve energy efficiency and perhaps even the unique features associated with iOS.
Currently, the lack of MMWave is hardly a nuisance, and this should not be a break of the deal if you think about iPhone 16e.
Aleksandar is enthusiastic about technology with a wide range of interests, from smartphones to space exploring. His curiosity extends to DIY process experiences with his tools, and enjoys switching between different brands to try the latest innovations. Before joining Phonearena, Aleksandar worked on the Google Art project, where he numbered valuable artworks and acquired various views on technology. When it is not immersed in technology, Aleksandar is an outdoor man who has long -distance walking in the mountains, depicting wildlife, and preserving nature. His interests also extend to the arts of fighting, running and skiing, which reflects his dynamic approach to life and technology.
