We already know that Apple is working on developing its own 5G modem for its products. Now, a new report from renowned analysts hints that this proprietary networking modem could be making its way to the iPhone in 2025.

Apple 5G Modem might Debut in the iPhone SE 4 model

The news arrives from known analyst Ming-Chi Kuo, who believes that the Cupertino based giant is looking to reduce its dependency on other companies for modems. For those unaware, the iPhone maker had acquired Intel’s modem unit back in 2019 and currently relies on Qualcomm for 5G modems. But according to the analyst, Apple is nearing the launch of its self developed modems.

Kuo stated that the company is planning on shifting to its own modems by 2025. As of right now, the iPhone 14 series features Qualcomm’s X65 modem for 5G connectivity in iPhones. The new in-house 5G modems will be featured on iPhones and other cellular enabled devices. Ming-Chi Kuo previously stated that the iPhone SE 4th generation will be the first iPhone to feature this 5G modem.

However, due to supply chain issues, the company faced mass production challenges for the 5G modem. So now, it looks like the launch of Apple’s 5G networking tech might get delayed until 2025. Apple has been looking to become more independent in recent years, which is also reflected in its M series of processors for its PCs.

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The iPhone SE 2022 was the third iteration in Apple’s lineup, and it took over the rein from the iPhone SE (2020) that was launched in 2020. Thus, the product had a lot of expectations at the time of its launch. The iPhone SE (2022) came with several interesting features onboard. You got the latest flagship A15 Bionic chipset that was utilized by the iPhone 13 series at the time. This also brought 5G connectivity support to the budget iPhone. The phone was also fairly priced, starting at $429, just a tad higher than the iPhone SE 2020 which retailed for $399. As per the latest leaks out there, the Apple iPhone SE 4 could feature a custom Apple 5G modem for the first time.

Apple has long been striving for greater control over its hardware and reducing its dependence on third-party suppliers. Its recent move to design its own 5G modem for the iPhone SE is a significant step towards this goal. This new development marks a strategic shift from Apple, as it aims to become self-sufficient in developing key components of its devices, which will enable it to offer more customizations and features to its customers.

While the current iPhone SE is equipped with Qualcomm’s custom Snapdragon X57 chip for sub-6GHz 5G, Apple’s modem will offer faster 5G performance and improved power efficiency. By having its own modem, Apple will be able to tightly integrate its hardware and software, resulting in better user experience and more efficient use of battery life. Apple’s decision to move away from Qualcomm and develop its own modem also means it can reduce its reliance on a single supplier, which will give it greater negotiating power and ultimately, help reduce costs.

However, there are still questions about Apple’s modem design and whether it can match or exceed the performance of Qualcomm’s modems. Apple has a reputation for developing high-quality hardware and software, but developing a 5G modem is a complex and challenging task that requires extensive expertise and resources. The launch of the new iPhone SE with Apple’s custom-designed 5G modem is not expected until 2025, which means the company has ample time to refine its design and ensure it meets the high standards set by Apple.

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TSMC has been a major supplier of Apple for its proprietary chipsets. And now, the company is apparently planning on having its new 5G model being built on TSMC’s 3nm process as as well. So here are all the details.

For those unaware, the Cupertino based giant has been placing orders for its chips that power its PCs and mobile devices with the world’s largest contract chipmaker for sometime now. TSMC’s latest advancement in semiconductor manufacturing has allowed it to build chips on 3nm process nodes. The smaller the processor nodes the more powerful and energy efficient are the chips that are built using this process.

So for its next generation of chips, Apple will likely account for a large portion of TSMC’s 3nm process capacity in 2023. One part of its orders would likely be for its in house 5G modem that is built using the latest semiconductor technology from TSMC. The same process is expected to also power its next gen A series and M series processors. According to a Commercial Times report, the supply chain sources have revealed that risk production of the Apple 5G modem will begin in the second half of this year.

Risk production is basically the stage where the foundry builds chips and works out any issues to raise the yields. Following this phase, the volume production begins where wafer output usually rises slowly in the first half of next year. In other words, it appears that the iPhone maker will have to rely on Qualcomm’s Snapdragon 5G modem chips for at least this year.

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Did you know that regardless of the brand of your phone, it is not actually produced by a single company? In order to produce a phone, it is necessary to manufacture components in many different areas such as the screen, processor, and battery. This is a job that requires expertise and significant investment. For this reason, dozens of different companies may have their signatures on a single device. However, many companies, especially Apple, continue to work to reduce this situation, which can be called “external or third-party dependency”. The US tech giant, which has been producing its own processors for a while, plans to introduce its own 5G modem in its flagship iPhones. Here are the details…

Apple’s 5G Modem To Be Mass Produced On TSMC’s 3nm Process, Risk Production Starting In Late 2023

Apple’s plans to introduce its own 5G modem in its flagship iPhone range is getting closer to reality. The tech giant is expected to break Qualcomm’s exclusivity by employing its own custom solution, codenamed ‘Ibiza,’ in the iPhone 16 family, which will be mass-produced on TSMC’s 3nm technology. The move is part of Apple’s efforts to be free of third-party chip providers, including Broadcom.

According to a report by Commercial Times, supply chain sources revealed that risk production for Apple’s custom 5G modem is expected to begin in the second half of 2023, with wafer output slowly increasing in the first half of 2024. This timeline suggests that the iPhone 15 lineup will continue to use Qualcomm’s 5G modems exclusively, likely taking advantage of the newest Snapdragon X70.

However, Apple’s goal is to incorporate cellular, Wi-Fi, and Bluetooth connectivity in a single package, which will take several years to reach completion. In the meantime, Apple is focused on delivering a 5G modem with power savings, better integration with the iPhone, and broader features set in satellite connectivity.

With the introduction of its own 5G modem, Apple will have greater control over its hardware and software, allowing the company to deliver better performance and efficiency in its devices. It’s also a significant step towards achieving Apple’s long-term goal of being less reliant on third-party suppliers, giving the company more control over its supply chain.

While the transition towards in-house modem development will take several years, it’s a significant step towards Apple’s long-term goal of being less reliant on third-party suppliers.

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Apple is reportedly set to produce its own 5G modem chips for its iPhones by 2024, according to comments made by the CEO of Qualcomm, Cristiano Amon, at the Mobile World Congress 2023 in Barcelona. Earlier in February 2022, first speculations surfaced that Apple will use its own self-developed 5G modem chips for the upcoming iPhone 15 lineup. While Apple currently uses Qualcomm modems in its iPhone 14 models, the company has been exploring the possibility of in-house parts for some time. Apple acquired Intel’s modem business in 2019, leading to the news that it would begin using its own modems this year.

Amon stated that Qualcomm is making no plans to provide Apple with a modem in 2024, but emphasized that it is ultimately up to Apple to make the decision. He also clarified that royalty was “independent from providing a chip” and did not confirm whether Apple would pay Qualcomm QTL licenses if it moves to its own modems.

Qualcomm has been diversifying its business into automotive semiconductors and low-power applications. Amon also addressed the legal battle between Qualcomm and British semiconductor firm Arm IP, stating that the company had broad rights to the Arm IP, and that a solution was in the works.

Regarding the Wall Street Journal’s report that the US government is considering revoking export licenses for US suppliers to Huawei, Amon stated that Qualcomm had licenses to sell 4G chips to Huawei and was being compliant. While revocation of its license would impact Qualcomm financially, the company is diversified and provides modems to other companies, including Samsung and Honor, and is growing in the automotive sector amongst other avenues.

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5G technologies continue to spread and develop. On the one hand, necessary infrastructure work for the use of this technology is ongoing all over the world, and on the other hand, efforts are being made to improve its performance and accessibility. Undoubtedly, Qualcomm is one of the companies that has made the most significant contributions to these studies. Most recently, the company introduced the Qualcomm Snapdragon X75 and X72 modems for future 5G. Here are the details…

Qualcomm introduces Snapdragon X75 and X72 modems for future 5G

Qualcomm has recently launched two new modems – Snapdragon X75 and X72 – that are designed to support 5G connectivity. Here’s a brief overview of both modems:

Snapdragon X75 modem

The Snapdragon X75 is a 5G modem that is built on a 4nm process node. It supports both sub-6GHz and mmWave bands and can achieve peak download speeds of up to 10Gbps. The modem also supports 5G standalone and non-standalone modes, as well as dual-SIM functionality. It is designed for use in smartphones, laptops, and other devices.

• Supports peak download speeds of up to 10 Gbps and upload speeds of up to 3 Gbps.
• Compatible with both sub-6GHz and mmWave 5G spectrum.
• Designed for use in high-end smartphones and other mobile devices.
• Features Qualcomm’s 5G PowerSave technology for improved battery life.

Snapdragon X72 modem

The Snapdragon X72 is another 5G modem that is built on a 10nm process node. It supports both sub-6GHz and mmWave bands and can achieve peak download speeds of up to 7.5Gbps. The modem also supports 5G standalone and non-standalone modes, as well as dual-SIM functionality. It is designed for use in smartphones and other mobile devices.

• Supports peak download speeds of up to 7.5 Gbps and upload speeds of up to 3 Gbps.
• Compatible with both sub-6GHz and mmWave 5G spectrum.
• Designed for use in mid-range smartphones and other mobile devices.
• Features Qualcomm’s 5G PowerSave technology for improved battery life.

In addition to their support for 5G, both modems also feature Qualcomm’s Snapdragon X65 and X62 5G Modem-RF Systems, respectively, which provide advanced technologies such as Dynamic Spectrum Sharing (DSS), carrier aggregation, and 5G multi-SIM. These features are designed to improve network performance, increase coverage, and reduce power consumption. The Snapdragon X75 and X72 modems represent a significant step forward in the development of 5G technology. They offer faster download speeds, better coverage, and improved power efficiency, making them ideal for use in a wide range of devices.

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Apple has been trying to reduce dependency on third-party suppliers for core components of its devices. In line with that, the technology giant has been trying to make its own 5G modem for a few years now.

There were reports indicating that the Apple iPhone series smartphones launching next year could feature the company’s in-house developed 5G modem. Now, it appears that is not happening anytime soon.

As per the latest report coming from well-known Apple analyst Ming Chi-Kuo, Apple has failed to make its own in-house 5G modem. He also adds that Qualcomm will remain the exclusive supplier of 5G modem chips for the iPhones.

Qualcomm was expected to ship 20 percent of the 5G modem chips for the 2023 iPhone models but now the semiconductor company is expected to supply 100 percent of chips.

While Apple will keep working on making its own 5G modem, it will take more time to reach the goal and have a satisfactory outcome for the company to be able to use the chips on iPhones as well as other devices from Apple.

Apple acquired the modem chip business of Intel in the year 2019 and has been working on making its own chips to move away from Qualcomm. Apple and Qualcomm also had a major legal battle over licensing fees, which was ultimately settled.

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Apple is set to launch the next-generation iPhone 14 series later this year but reports about the iPhone models set to launch next year have also surfaced online. Now, we have got some more information about the iPhone 15 lineup.

As per the report, the Cupertino-based technology giant is set to ditch Qualcomm for the cellular modem and instead, the company will use its own self-developed 5G modem from next year, i.e. 2023.

This has been in the making for the past few years, since 2019 when the company acquired the majority of Intel‘s smartphone-modem business as well as a team of 2,200 employees.

Apple is also advertising around 140 open positions for the development and integration of cellular modem chips. The company is running these advertisements in San Diego, which is the hometown of Qualcomm.

While Qualcomm is currently supplying 100 percent of the cellular modems used in the iPhone lineup, the company’s CEO had said last year that it expects to supply 20 percent of the 5G models for the Apple iPhone from 2023.

The usage of a self-developed or proprietary 5G modem has several advantages for Apple. It will reduce the brand’s reliance on a third-party vendor. It will also help the company save costs on the components.

As the company makes its own chipset that powers iPhones, it can also integrate the modem in the A-series chips and tweak the configuration as Apple sees fit, including making it faster, more efficient, etc.

It’s noteworthy that analysts believe that Apple may struggle with designing, manufacturing, and testing the new cellular modem as it is a time-consuming process.

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At the ongoing Mobile World Congress, Qualcomm has announced its latest next-generation modem for smartphones –Qualcomm Snapdragon X70 5G. It comes with increased uplink and downlink speed as well as new features.

While not yet confirmed by the company, it is likely that Qualcomm will use this new model for the upcoming Snapdragon 8 Gen 2 chipset that is expected to go official this year.

The company says that the Snapdragon X70 can offer up to 10Gbps downlink speed and a peak 3.5Gbps upload speed, ensuring maximum performance. Do note that the real-world performance won’t be what the company is saying.

A major highlight for this new modem is that it uses artificial intelligence (AI) technology which improves the mmWave and sub-6GHz bands. It has an AI-based channel-state feedback and optimization algorithm to increase the average downlink and uplink speeds.

It uses AI-based mmWave beam management to increase the coverage and then uses an AI-based network selection algorithm. This latest baseband chip is also the first to support every commercial 5G band from 500MHz to 41GHz.

The Qualcomm Snapdragon X70 has support for global 5G multi-SIM and Dual-SIM Dual Active. The company claims that it is up to 60 percent more power-efficient, thanks to Qualcomm 5G PowerSave Gen 3 technology.

Qualcomm’s QET7100 Wideband Envelope Tracking and AI-based adaptive antenna tuning will also help in power conservation along with optimizing performance and latency. The company has revealed that the Snapdragon X70 modem is expected to launch in 5G devices by the end of this year.

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Apple is among the very few companies that design their own chips and the Cupertino-based technology giant has been making A-series chips for devices like iPhones and iPads.

Last year, the company introduced the M1 chip under Apple Silicon, based on the ARM architecture for its Mac devices. This year, Apple introduced two more such chips — M1 Pro and M1 Max, further boosting the performance.

If the latest report coming from Bloomberg is to be believed, then Apple is planning to open a new office in Southern California with dozens of engineers that are yet to be hired by the company. The job post listing reveals that Apple is looking for people with experience in modem chips and other types of wireless semiconductors.

In the next stage, the company seems to be all set to start designing its own 5G modem chips for the iPhones. For this, Apple spent $1 billion in 2019 by acquiring Intel’s smartphone modem chip business.

The 5G modem chip from Apple is expected to be manufactured by the Taiwan Semiconductor Manufacturing Company (TSMC) which is also manufacturing other chips from the technology giant. Based on the previous reports, Apple’s in-house 5G modem could be launched as soon as 2023.

It is speculated that once Apple starts making its own 5G modem chips, it will start designing its own Wi-Fi chips for which the company is currently dependent on Broadcom and Skyworks Solutions.

While Apple will be reducing its reliance on these vendors that offer chips to the company by making its own versions in-house, it will also be increasing its dependence on TSMC for manufacturing all these chips as Apple doesn’t have manufacturing capabilities. This could backfire because of the geopolitical tensions between China and Taiwan as well as China and the United States.

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Apple is apparently seeking to deepen its relation with its chip supplier TSMC. The company might be planning to have its custom iPhone 5G modem built by the world’s largest contract chipmaker in 2023.

According to a NikkeiAsia report, sources close to the matter have revealed that the Cupertino based giant plans on building its first in house modem through TSMC’s 4nm process. Furthermore, the brand is developing its own radio frequency and millimeter wave components as well to go alongside the modem. Similarly, the sources added that Apple is even working on its own power management chip, which will be for the modem.

For those unaware, all of the 5G enabled iPhones that are currently available in the market feature modems supplied by Qualcomm. In other words, this move from Apple would end the monopoly that the American chipmaker held in supplying 5G modems. As per our previous report, Qualcomm is expected to ship just 20 percent of iPhone modems in 2023, since Apple would launch its in house 5G modem the same year.

This would allow the iPhone maker to not just save costs on fees that it pays Qualcomm, but also enable it to have even more control over its hardware integration capability to boost efficiency. Additionally, the self designed modem from Apple could also help in integrating it to its custom iPhone SoCs that are also supplied by TSMC. Back in 2019, the brand had also acquired Intel’s modem business to boost the development of its proprietary modems.

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Samsung has just launched new chips to bolster its 5G tech portfolio. These news chips were launched in the company’s Mobile World Congress 2021 conference and could eye Huawei‘s business as well.

For those unaware, the Chinese telecom equipment maker has faced a ban on its products in certain regions. This has affected its business operations, with rival brands seeking to scoop up its market share. Now, the South Korean tech giant has just launched three new 5G chips that could also take on Huawei’s busienss. With advancement in wireless technology, a 5G modem would offer a notable improvement to an average consumer.

Thus, Samsung has introduced its second generation of 5G modem SoCs (system on chip) that is capable of doubling the capacity of an upcoming baseband chip while using just half of the power compared to its predecessor. The company is also aiming on delivering a new generation of millimeter wave radio frequency integrated circuit (RFIC) with much smaller antennas and lower power consumption.

Furthermore, the brand also teased its 6G plans as well in MWC 2021, with its efforts looking beyond 5G by using high frequency terahertz wireless and testing a 140GHz wireless link as well. Samsung also added that its 6G plans would also include mixed reality, “high fidelity” holograms, and even digital replicas of real technology. Although, the 6G technology is just a teaser for the future since the world has yet to fully adopt 5G networking.

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Through 5G networking technology, the world is moving towards a more connected world. Now, the latest 5G modem from Qualcomm aims to help boost connectivity in the industrial and agricultural sectors.

The chip making giant recently announced the new 315 5G IoT Modem that aims to connect various machinery and robots and even enable high tech tractors in the fields as well. This new chipset 5G modem was announced earlier this week and is the first chip from the company that aims to link internet connecter devices to the new and faster 5G networking. The new modem is being aimed at industrial and agricultural sectors, and by its extensions, automation, and manufacturing.

Furthermore, the 315 5G Modem also has potential applications in other segments as well, including construction, energy, mining, public venues, and retail. An example being, a stadium owner could simply install the 315 5G IoT to boost connectivity and overall coverage to every person attending. Similarly, tractor manufacturers can also use this modem to enable more precise data collection in the fields.

The 315 arrives as Qualcomm attempts to address the needs of its industrial customers. This modem arrives with a low power processor, which means that machines can run cooler in hot warehouses. Additionally, it also has a smaller size compared to the ones it sells to consumer devices. In other words, it would make it easier for industrial companies to easily switch from 4G chips to the newer 5G modems without having to radically redesign their machines.

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Apple is apparently planning on adopting its own custom designed 5G modems for its iPhones. These in house 5G baseband chips might be seen in iPhones as early as 2023, as per a known analyst.

According to Ming-Chi Kuo (Via MacRumors), the Cupertino based giant is seeking to reduce its reliance on Qualcomm for the suppy of 5G based cellular modems for its future iPhone lineup. The analyst made the announcement in an investors note earlier this month. As per the note, the company is aiming on adopting its own custom designed 5G baseband chips that will debut with the launch of the 2023 iPhones “at the earliest.”

Till then, Apple would need to reply on QUalcomm for its 5G iPhone modems and will continue to depend on the chip maker till its shifts to its own solutions. After the iPhone maker makes the shift, Qualcomm would have to enter new markets to overcome the loss of orders from Apple. Back in March 2021, a Barclays report had stated that the company will launch its 2023 iPhones its own custom designed 5G modems. In other words, this report is also in line with previous rumors.

The new in house developed 5G modems could offer faster speeds, lowered latency, and other improvements over Intel or even Qualcomm modems, although it is still too early to offer any concrete statements. Furthermore, the company has reportedly been working on its self developed modems since early 2020. So stay tuned for more, as we will be providing updates when additional information is available regarding this matter.

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Qualcomm has so many mobile processors that it is hard to keep track of them. However, it has done a good job by categorizing them into four series which are the Snapdragon 400, the Snapdragon 600, the Snapdragon 700, and the Snapdragon 800 series. Its most powerful chipset is the Snapdragon 888 and a new report says that a less-powerful variant is on the way.

According to Roland Quandt of Winfuture.de, Qualcomm has a less-powerful version of its current flagship chipset, the Snapdragon 888, in development. He says the processor has part number SM8325 (the SD888’s part number is SM8350) but unlike the Snapdragon 888 which has an integrated 5G modem, this Snapdragon 888 Lite, if we can call it that, doesn’t have a 5G modem.

Qualcomm has a lower end derivate of the Snapdragon 888 (SM8350) in the works. SM8325 is the model number and there seems to be NO integrated 5G modem on this one. #CheapFlagshipPhones

— Roland Quandt (@rquandt) March 8, 2021

The Snapdragon 888 launched as Qualcomm’s first Snapdragon 800 series with an integrated 5G modem. Its older processors such as the Snapdragon 855, Snapdragon 855+, Snapdragon 865, and Snapdragon 865+ all had a separate 5G modem. We are surprised Qualcomm plans to launch a new processor without an integrated modem since it has switched to an integrated modem.

If we were to take a guess as to why it is going this route, we will say it may be targeting markets where 5G is not yet available or widespread. By offering a chipset without an integrated 5G modem, manufacturers can offer more affordable 4G flagship phones.

At the moment, there is no info on when the processor will be announced. However, Qualcomm does have a few processors that it is expected to launch soon such as the Snapdragon 775/775G and there is a chance this new chipset may be unveiled alongside.

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The newly launched iPhone 12 models from Apple come packed with the Qualcomm Snapdragon X55 modem and now as per the latest report, the upcoming iPhone 13 models will come with the Snapdragon X60 5G modem.

Do note that Qualcomm has already announced the Snapdragon X65 5G modem but it seems that Apple won’t be using the latest modem, maybe to keep the cost low. Given that the X60 5G modem is manufactured using Samsung’s 5nm node, it should offer improved battery performance.

With this, the iPhone 13 models will also be able to aggregate 5G data from both mmWave and sub-6GHz bands simultaneously to achieve an optimal combination of high wireless data speeds and low-latency network coverage.

Previous reports have revealed that the iPhone 13 Pro and 13 Pro Max models will come with support for 120Hz refresh rate and the company will use LTPO panels from Samsung which can dynamically switch refresh rate between 1Hz to 120Hz depending on the type of content on the screen, helping save the battery life.

It is also being said that the iPhone 13 Pro models could feature an upgraded ultra-wide-angle lens with a varying aperture of f/1.8 for better low-light photography. A report also says that Apple could be expanding functionalities like LiDAR scanners and mobile image stabilization sensors to more models from this year.

Recently, it was reported that the Pro models in the upcoming iPhone lineup will come with a 1TB storage option. It is not yet known if the company plans to increase the storage capacity in the base model, which is currently at 128GB.

There are also rumors that the upcoming iPhone 13 models will come with a smaller notch on top of the display. The company is also said to include an in-display fingerprint in the iPhone 13 models, along with support for Wi-Fi 6E.

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Earlier this year, Apple and Qualcomm announced an agreement that put an end to their long standing legal battles across the globe. Now, a new roadmap from the Cupertino based giant reveals their plan on using the American chipmakers 5G modem in its future products.

Recently, it was found that the new Apple iPhone 12 series of smartphones feature Qualcomm’s Snapdragon X55 modems, which was discovered in a teardown video. Furthermore, the company’s official roadmap also details the use of Qualcomm models in future products. Notably, Apple is also planning on using the Snapdragon X60 modem between 1st June 2021 and 31st May 2022, which was discovered via an Apple-Qualcomm settlement filing.

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Similarly, the iPhone maker is also committed to use the yet o be announced X65 and X70 modems as well in their future products dated between 1st June 2022 and 31st May 2024. These settlement details are over a year old now, however, they went under the radar for quite some time. But it reveals Apple’s plans on its cooperation with Qualcomm.

For those unaware, the Snapdragon X60 is built on a 5nm process and is currently the chipmakers high end 5G modem. It is more energy efficient than the previous generation’s X55 modem, whilst having a smaller size overall as well. Smartphones that feature the X60 will also be able to aggregate data from both mmWave and sub 6GHz at the same time to achieve high speeds with lower latency.

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Apple is expected to launch its first 5G smartphone offerings later this year. To feature the newer and faster bandwidth, the Cupertino based giant was rumored to feature a Qualcomm X55 5G modem from 2019. However, a fresh report from DigiTimes says otherwise, as the Taiwanese publication claims that the 2020 iPhone lineup will feature Qualcomm’s latest X60 modem.

According to the report, the world’s largest contract chipmaker and Apple supplier, TSMC, will start manufacturing the A14 chips and Snapdragon X60 modems later this month. These chips will be found in the upcoming iPhone 12 series that will launch later this year and are built on the 5nm process, according to DigiTimes’ industry sources.

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Being built on a 5nm process means that the X60 will be more power efficient than its predecessor, the X55 modem. 5G enabled smartphones are known to be power hungry when running the new standards of mobile networking. So, the reduction in power consumption would be a welcomed change, especially for the iPhone. Furthermore, the X60 modem can aggregate data from both mmWave and sub-6GHz bands at the same time to achieve a combination high-speed and low-latency.

Although this report sounds a good deal on paper, it is still unknown if Apple will actually the X60 modem, which was only announced back in February 2020. Thus, it is more likely to be featured on 2021 iPhones rather than the upcoming ones, due to time constraints. Apple will need an ample amount of time for testing and production of this modem. So take this report with a grain of salt and stay tuned.

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Apple is set to finally introduce 5G networking which will be seen in the 2020 iPhone lineup. Furthermore, one of its suppliers named Murata Manufacturing has recently developed a new “ultrasmall” version of a key electronic component for 5G modems. This will allow Apple to free up more valuable space in its upcoming 5G iPhones.

According to a new report, Murata Manufacturing is set to start the mass production of the tiny multilayer ceramic capacitors which is one-fifth the size of existing capacitors. In other words, a key component which is 80 percent smaller but offering 10 times the electrical storage capacity.

Each of the newly developed individual capacitors measures in at 0.25mm by 0.125mm and is designed to regulate power usage within circuits used in the iPhones. Murata refined ceramic powder that acts as the base material for the sheets used to produce the ultrasmall capacitors. This allows for more sheets being stacked upon one another for higher capacity whilst not consuming any additional circuit board space.

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Notably, the drain on the smartphone’s battery is higher due to 5G technology or 4G. Hence, the need for larger batteries and efficient capacitors. Thus, Murata’s new capacitors will give smartphone manufacturers like Apple the ability to use the new freed up space for other crucial components, such as higher battery capacity.

Currently, there is no official confirmation if the Cupertino based tech giant will utilize the new technology by Murata. However, it is likely considering the latter is a known supplier of Apple. Additionally, Murata also partners with other smartphone brands like Huawei.

In 2020, Apple is planning on releasing at least three new iPhones by fall. All of which are expected to include 5G technology. This would enable the iPhones to better take on their Android competitors by utilizing 5G networks.

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Earlier this year, Intel sold its lead 5G mobile modem developer to Apple that marked the former’s exit from the market. The news broke in July and had seen the Cupertino based company sign an agreement with the chip manufacturer to acquire its 5G modem division for 1 Billion US Dollars.

According to Intel, the evaluation of just a billion dollars is grossly undervalued. The company stated it as a ‘multi-billion dollar loss’ and has accused Qualcomm with its anti-competitive business practices that had forced them to leave the market. Intel was quite public and clear with its reasons, citing ‘no clear path to profitability and positive return’ as a major factor. The reason behind these issues is alleged to be Qualcomm, who is also currently facing an antitrust probe from the FTC.

Recently, Qualcomm has been trying to challenge the ruling by the FTC (Federal Trade Commission). At the same time, Intel filed a brief at the 9th US Circuit Court of Appeals that supports the FTC’s decision against Qualcomm. In the brief, Intel explains that the accused mobile chipmaker giant has been crafting licensing arrangements for its CDMA and LTE intellectual property in a way that hampers and disrupts potential competitors.

In other words, Qualcomm implements a ‘no license, no chip’ policy that prevents smartphone manufacturers from buying Intel’s or other competitors’ chips unless they agree to a patent deal. This deal made it much more expensive for OEMs to enter supply agreements with Qualcomm’s rival chipmakers. Additionally, Intel also pointed at Qualcomm’s antitrust fines that measured in billions of dollars in multiple countries all across the globe.

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In a blog post, Intel’s General Counsel stated that “Intel suffered the brunt of Qualcomm’s anti-competitive behaviour, was denied opportunities in the modem market, was prevented from making sales to customers and was forced to sell at prices artificially skewed by Qualcomm.” Intel said it “invested billions of dollars, hired thousands, acquired two companies and built innovative world-class products that eventually made their way into Apple’s industry-leading iPhones, including the most recently released iPhone 11.”

Unfortunately, the agreement with Apple didn’t make things any better for Intel. The former has now settled all litigations with Qualcomm which is now the sole supplier of modems for the iPhones for the next 6 years. Lastly, Intel is still in the market selling its 4G modems in PCs, but the chipmaker is essentially leaving the modem business in the near future. The recent deal with MediaTek to integrate its 5G modems on Intel-based laptops is a sign of this.

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MediaTek has today announced a major partnership with Intel. The partnership will see both companies work together to bring 5G support on Intel-powered laptops. MediaTek’s 5G modem is under development and the chipmaker is working with partners to manufacture the solution.

Intel is a leading brand in computing and this partnership is a pointer to MediaTek’s expertise in designing 5G technology for global markets. The capabilities 5G-powered PCs have to offer are limitless. Consumers will be able to browse, stream and play online game faster on their PCs. MediaTek’s President Joe Chen also expects the partnership to see both firms innovate with 5G in ways that have not yet been imagined.

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PC manufacturing giants Dell and HP are the first OEMs’ that will release products under this new partnership. We can expect to see MediaTek’s 5G solution make it onto Windows laptops in early 2021.

MediaTek is expected to officially announce the 5G chipset as well as that for smartphones on November 26. But some details include that the Intel-powered laptops will be integrated with MediaTek’s Helio M70 5G modem. The 5G modem was announced back in May.

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The next big smartphone revolution is through 5G technology and almost all of the major smartphone manufacturers have at least one 5G device in the market right now. In the race to release 5G enabled smartphones, companies might have to sacrifice on design efficiencies. A new report from the research firm IHS Markit highlights this particular point, especially when it comes to Huawei’s first-generation 5G modem, the Balong 5000.

In its report, IHS Markit tore down six current 5G smartphones in the market from vendors like Samsung, LG, Xiaomi, Oppo, OnePlus, and Huawei. Samsung has its own 5G modem while other companies, excluding Huawei, relies on Qualcomm’s X50 5G modem. The teardown of Huawei’s Mate 20 X 5G model reveals some interesting design elements.

The report highlights that the Balong 5000 5G modem isn’t really efficient in terms of space and feature management. To start off, the Hisilicon’s Balong 5000 modem is the only multi-mode 5G modem in the market right now. This means that the modem can switch between 5G/4G/3G/2G without any need for an additional LTE modem. However, the Mate 20 X 5G comes with a Kirin 980 SoC that already has an integrated LTE modem inside. So, the LTE chip inside the Kirin 980 is practically unused.

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Also, the die size of the Balong 5000 is significantly larger than its competition. For example, its die size (built on 7nm) is 50% larger than Qualcomm’s X50 modem that’s manufactured on the 10nm process. Of course, Balong 5000’s multi-mode capability could add to its size, but IHS Markit states that the modem will still be comparably larger than the upcoming Qualcomm X55 solution built on a smaller 7nm process.

Further, the Balong 5000 modem is significantly denser than the competition because it comes with a staggering 3GB of LPDDR4 SDRAM inside. In comparison, other modems like Snapdragon X50 come with just a few hundreds of megabytes of SDRAM.

Well, this report practically brings out the inefficiencies of Huawei’s Balong 5000. But it’s worth adding that it doesn’t hamper its ability to support 5G networks. Huawei could have decided to go ahead with this design probably because it wanted to speed up the release of its 5G smartphone. Another possible reason mentioned by IHS Markit is that the modem was developed by its in-house Hisilicon subsidiary. Hisilicon doesn’t really have to cater to the demands from other OEMs that would have forced it to make its modem more efficient.

Well, first-generation 5G solutions were never going to be perfect. But it’s worth adding that companies are working towards making 5G modems more efficient. The IHS Markit report concludes by saying “better, cheaper and faster 5G smartphones are on the horizon”. For more information on the report, hit the source link below.

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In recent years, Huawei’s Hisilicon has managed to make chips that go head to head with Qualcomm’s Snapdragon and Samsung’s Exynos flagship series. However, this year, the company aims to take lead in the chipmaking industry by launching two new SoCs in the market. In addition to the Kirin 985 that’s expected to launch alongside the new Mate 30 series, Huawei is said to release an integrated 5G chipset later in the year.

Nikkei Asian Review reports that Kirin 985 will adopt the new-generation EUV technology, making it one of the most advanced mobile processors in the industry. Followed by its release, the company is said to release its new mobile chipset with an integrated 5G modem sometime around October-December of 2019. If true, Huawei is likely to beat Qualcomm in releasing the world’s first integrated 5G chipset in the market. Qualcomm’s 5G integrated chip is said to release only in the first half of 2020.

The new 5G integrated mobile chipset could likely be featured in the special 5G edition of the Mate 30 series that will launch by the end of the year. Nikkei adds that Huawei has set an aggressive internal goal of selling 10 million 5G smartphones by the end of the year. A majority of these sales should be driven by its first 5G smartphone, the Mate 20 X 5G which is already selling in Europe and will go on sale in August in China. It is worth adding that Huawei had certified four 5G smartphones in China earlier this month. In comparison, other manufacturers have just one commercial 5G smartphone under their belt. This goes on to show Huawei’s aggressive stand for the 5G market.

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Recently, Huawei executive, He Gang had said that the company decided to price the Mate 20 X 5G aggressively in China because it was hoping for quicker adoption of the new age cellular technology. The company wants more people to start using 5G and the Mate 20 X is a powerful smartphone for anyone to start their journey into the new world of 5G.

Nikkei Asian Review also adds that Huawei is looking to decrease its reliance on US companies in the coming years. It quotes one of its sources saying that the company’s “priority will be to figure out detailed backup plans and imagine a world without American suppliers”. So even if the Trump Administration decides to loosen up its policies with regards to Huawei, the company will still look to reduce its reliance on US companies.

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5G is the new craze in the smartphone industry and we’ve already seen a bunch of smartphones like Galaxy S10 5G, Huawei Mate 20 X 5G, and even the OPPO Reno 5G. These new-age 5G phones were initially launched in the European market and all of them had one thing in common – they were super expensive. MediaTek wants to change this with its new 5G SoC. For some reason, this Taiwanese chipmaker has decided to call it simply as the MediaTek 5G SoC. The company unveiled the new chipset at Computex Taiwan earlier today.

Unlike current smartphones in the market which use a two-chip 5G solution (like the Snapdragon X50 modem), the MediaTek 5G SoC features an integrated modem. Plus, the SoC comes with multi-mode support which means there’s no need for an additional LTE modem. This support allows the MediaTek’s 5G chip to connect to anything from 2G to 4G when the new-age 5G connectivity is not available. If you remember, Qualcomm’s second-generation modem, the Snapdragon X55 is an integrated one-chip solution and comes with multi-mode support. However, it’ll only be available by 2020, around the same time as MediaTek’s 5G modem will be available in smartphones.

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5G isn’t the only highlight of the new MediaTek SoC. The chip is actually pretty capable too, thanks to the new-age Cortex-A77 CPU and Mali-G77 GPU. These two designs were announced by ARM a couple of days back and boast increased processing power and efficiency as compared to its predecessors. The chip also comes with the APU (AI Processing Unit) 3.0 which adds new features such as real-time autofocus, auto exposure, auto white balance, photo de-blurring, and beautification. Other notable features include support for 80MP camera sensors and 4K video encoding and decoding at 60fps.

Talking about its 5G capabilities, the SoC supports downloads up to 4.7Gbps and uploads up to 2.7Gbps. The new MediaTek 5G modem supports sub-6Ghz frequencies, which the company expects to be more widely used than mmWave frequencies around the world. This is one way how the new SoC cuts costs and makes it more affordable than current solutions.

Expect to see the new MediaTek 5G SoC in affordable flagships and premium mid-rangers. The chip will be available in Q3 2019 and phones with this SoC is said to hit the markets around early 2020.

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There are very few smartphone manufacturers who make their own chipsets and one of them is China-based Huawei. The company develops its own processors for the Huawei and Honor branded smartphones.

But, the company chipsets are not sold to other smartphone makers and are limited to Huawei and Honor smartphones only. However, that is about to change, if the new reports are to be believed.

Engadget has reported, citing a source aware of the development, that Huawei is open to selling its 5G Balong 5000 chipset to only one company — Apple. This is surprising given that chipset sales is not Huawei’s forte and the company’s executive had previously said that the Huawei chipsets are for its own internal products such as phones and IoT devices.

However, it is not yet known if both companies have started conversations regarding this. It is surprising that Huawei is ready to offer its products to its biggest rival at a time when the company is aiming to dethrone Apple and Samsung to grab the top spot in the global smartphones market share.

Huawei’s Balong 5000 modem chip supports both mmWave and sub-6GHz 5G networks. It is also compatible with 4G LTE, 3G, and 2G networks. The Balong 5000 5G modem chip will debut on Huawei’s first phone to support the next generation of wireless connectivity — Mate X, which also happens to be the company’s first foldable smartphone.

The development comes at a time when Apple is in a tight spot with its current chipset supplier — Intel which supplies wireless modems for iPhones and iPads. It’s 5G-ready XMM 8160 modems would be available for its customers in the second half of 2019. But a report claims that Apple has “lost confidence” in Intel after the world’s largest chipset manufacturer failed to meet certain development deadlines.

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The news about Huawei being open to supply its chipset to Apple comes at a time when Qualcomm and Samsung both have refused to provide their 5G modems to Apple. While Qualcomm’s denial is understandable given their ongoing legal battle, Samsung refused by citing lack of supply for its Exynos 5100 chips.

(Source)

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It’s been a year since companies have started marketing their efforts and approach for 5G technology. Every major manufacturer and service provider is advertising their works and trials for 5G network compatibility. Still, there’s a lot more gap between these products and the actual 5G network standards. It might take another one year to bridge this gap. As in the US, major carriers have started investing heavily in the new technology, and Apple has also started thinking about it.

So, in order to get the most out of 5G network in the US, the Cupertino giant is partnering with different companies. As per the new report by Fast Company, it is believed that Apple will introduce 5G compatible iPhone in 2020 and will use the Intel’s 10-nanometer 8161 modem. It is coming from a source who has proper knowledge of Apple’s plans.

Well, this means Apple will cut ties with Qualcomm? As from past couple of years, Apple is utilizing the modems from both Qualcomm and Intel but, from next year it might cut ties with the Qualcomm.

Additionally, Intel is testing 5G support with its current 8060 modem chip, but results are not satisfactory, it is getting overheated. In order to make it compatible with the millimeter wave, an electromagnetic radiation spectrum for 5G between 30 -300 GHz, Intel needs to invent something else.

Although, Intel is confident to solve the issue and will cater a new 5G modem with advanced capabilities to support 5G. On the hand, Qualcomm is already in works with the X50 5G modem which will take place on various Android devices like Samsung, Xiaomi and Huawei.

Many Android Manufacturers might come with 5G support in 2019, but Apple’s decision to postpone it to 2020 is not good news for some. Even, Xiaomi has launched Xiaomi Mi Mix 3 with 5G support, but we are unable to utilize it as the network carriers do not offer support for it.

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Overall, all the things should work parallelly, the 5G network should be available first from the carriers, as then only a user can test it. Even, the services and other products should be mature enough to bring the 5G services to users.

We suggest taking this information as a pinch of salt in the ocean as nothing is confirmed. Even, we can’t compare whether it is a good or a bad decision from Apple. We have to wait and watch for at least the next year before we start guessing anything.

(Source| Via)

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Samsung had showcased 5g tech at CES 2018, but it still was not ready. Now the time has finally come: the Korean giant has beaten Qualcomm by officially announcing the world first 5G modem. This small chip built on a 10 nm production process brings the connectivity on mobile devices at a new level, with complete support to 5G networks and compliance to the 3GPP (3rd Generation Partnership Project) Release 15 standards and complete frequencies. The modem has been called Samsung Exynos 5100 and it supports all the 5G frequencies, but it is also compatible with all the previous technologies such as 2G GSM/CDMA, 3G WCDMA, TD-SCDMA, HSPA and 4G LTE.

Thanks to 5G networks, the new modem can reach a downlink speed of up to 2 Gbps for frequencies under 6 GHz, and a downlink speed of up to 6 Gbps for the mmWave spectrum. These blazing speeds make this modem up to 5x times faster than 4G ones. Further, the 4G connectivity with the new Samsung Exynos 5100 has been improved as well, and now it can reach a download speed of up to 6 Gbps. At the moment, it is definitely the most impressive modem for mobile devices ever launched.

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The modem will be officially released in the market starting from the end of this year, so we should see the first devices sporting it in the first months of 2019. Besides smartphones, there will be many other devices with this modem inside, such as IoT devices, holograms, self-driving cars and more. Unfortunately, according to DJ Koh (CEO of Samsung Electronics), Samsung Galaxy S10 will not boast the Exynos 5100 modem under the hood as it will not be a 5G smartphone. But if some rumors are to be believed, it may debut on the mysterious foldable device which might be launched alongside the S10 series or a few months later.

(via)

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