Kuo: mmWave 5G iPhones Have ‘Potential Delay Risk,’ Production on 6.7-Inch iPhone Delayed to October

Some of Apple’s upcoming 5G iPhones could see a delay in production, according to Apple analyst Ming-Chi Kuo in a note shared with investors. mmWave models, which will feature the fastest 5G functionality, have a “potential delay risk” and may launch outside of the normal timeline.


Production on the mmWave iPhone may be pushed back because of changes to the antenna package that were made in early April, and delays in qualification process services.

The mmWave ‌iPhone‌ will be pushed back because the design of the antenna in package (AiP) changes in early April. Additionally, the test lab is closed and can’t offer qualification process services. If the pandemic can’t be controlled well until July, then we think that the shipment allocation of mmWave iPhones will decrease to 5-10% from 15-20%.

Kuo says the rumored 6.1-inch and 5.4-inch iPhones will go into mass production in September, but mass production on the larger 6.7-inch ‌iPhone‌ will be delayed until October because it has the “most complicated” design.

Apple decided to start the online qualification process remotely and delegate more tasks to local employees for new ‌iPhone‌ development. The change takes time; therefore, it had caused a one-month delay in entering the engineering verification test (EVT) for all new 2H20 iPhones. We believe that there is a likelihood that new 2H20 6.1-inch and 5.4-inch iPhones will go into mass production in September. The mass production of the new 2H20 6.7-inch ‌iPhone‌ will be delayed to October because this model’s design is the most complicated.

Delaying mass production on the 6.7-inch ‌iPhone‌ until October would result in the ‌iPhone‌ launching later in the fall than expected. Other rumors have also suggested Apple could stagger ‌iPhone‌ launches this year due to production and verification process delays.

According to Kuo, ‌iPhone‌ SE sales were better than expected, but overall demand for iPhones is down. In the worst case scenario, Kuo estimates second quarter ‌iPhone‌ shipments of 29 to 32 million units, declining 20 to 25 percent year over year.

If consumer confidence and purchasing power recover in the third quarter of 2020, ‌iPhone‌ shipments could fall as little as 10 to 15 percent year over year.

Related Roundup: iPhone 12

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Some of Apple's upcoming 5G iPhones could see a delay in production, according to Apple analyst Ming-Chi Kuo in a note shared with investors. mmWave models, which will feature the fastest 5G functionality, have a "potential delay risk" and may launch outside of the normal timeline.


Production on the mmWave iPhone may be pushed back because of changes to the antenna package that were made in early April, and delays in qualification process services.
The mmWave ‌iPhone‌ will be pushed back because the design of the antenna in package (AiP) changes in early April. Additionally, the test lab is closed and can't offer qualification process services. If the pandemic can't be controlled well until July, then we think that the shipment allocation of mmWave iPhones will decrease to 5-10% from 15-20%.
Kuo says the rumored 6.1-inch and 5.4-inch iPhones will go into mass production in September, but mass production on the larger 6.7-inch ‌iPhone‌ will be delayed until October because it has the "most complicated" design.
Apple decided to start the online qualification process remotely and delegate more tasks to local employees for new ‌iPhone‌ development. The change takes time; therefore, it had caused a one-month delay in entering the engineering verification test (EVT) for all new 2H20 iPhones. We believe that there is a likelihood that new 2H20 6.1-inch and 5.4-inch iPhones will go into mass production in September. The mass production of the new 2H20 6.7-inch ‌iPhone‌ will be delayed to October because this model’s design is the most complicated.
Delaying mass production on the 6.7-inch ‌iPhone‌ until October would result in the ‌iPhone‌ launching later in the fall than expected. Other rumors have also suggested Apple could stagger ‌iPhone‌ launches this year due to production and verification process delays.

According to Kuo, ‌iPhone‌ SE sales were better than expected, but overall demand for iPhones is down. In the worst case scenario, Kuo estimates second quarter ‌iPhone‌ shipments of 29 to 32 million units, declining 20 to 25 percent year over year.

If consumer confidence and purchasing power recover in the third quarter of 2020, ‌iPhone‌ shipments could fall as little as 10 to 15 percent year over year.
Related Roundup: iPhone 12

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Report: 12.9-Inch iPad Pro With 5G and Mini-LED Display Delayed Until 2021

Apple’s 12.9-inch iPad Pro with 5G and a Mini-LED display has been delayed until 2021 because of the impact the coronavirus outbreak has had on Apple’s supply chain partners, according to a new Chinese-language report by United Daily News.


Last week, analyst Jeff Pu told investors that the rumored high-end ‌iPad Pro‌ may be delayed until early next year due to the device’s “complex panel design.” UDN says Apple originally planned to launch the device in the fall, but has given up on meeting this roadmap because of the outbreak. Either way, today’s report adds further weight to the likelihood of a delay until 2021.

Back in December, before the global health crisis took hold, analyst Ming-Chi Kuo said Apple was developing up to six Mini-LED products, including a 12.9-inch ‌iPad Pro‌ with an A14X chip for release in the third quarter of 2020.

Last month, leaker Jon Prosser said a new 5G-enabled ‌iPad Pro‌ with an A14X chip and no other hardware changes would be introduced in late 2020, “barring any further delays.”

Apple refreshed the ‌iPad Pro‌ in March. The relatively minor update features an A12Z Bionic chip (since found to be an A12X chip with an extra GPU core enabled), an Ultra Wide camera that enables 0.5x zoom, a LiDAR Scanner for enhanced augmented reality, and better sounding microphones. It was the first update to the ‌iPad Pro‌ since the device received a major redesign in October 2018.

Related Roundup: iPad Pro
Tag: 5G

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Apple's 12.9-inch iPad Pro with 5G and a Mini-LED display has been delayed until 2021 because of the impact the coronavirus outbreak has had on Apple's supply chain partners, according to a new Chinese-language report by United Daily News.


Last week, analyst Jeff Pu told investors that the rumored high-end ‌iPad Pro‌ may be delayed until early next year due to the device's "complex panel design." UDN says Apple originally planned to launch the device in the fall, but has given up on meeting this roadmap because of the outbreak. Either way, today's report adds further weight to the likelihood of a delay until 2021.

Back in December, before the global health crisis took hold, analyst Ming-Chi Kuo said Apple was developing up to six Mini-LED products, including a 12.9-inch ‌iPad Pro‌ with an A14X chip for release in the third quarter of 2020.

Last month, leaker Jon Prosser said a new 5G-enabled ‌iPad Pro‌ with an A14X chip and no other hardware changes would be introduced in late 2020, "barring any further delays."

Apple refreshed the ‌iPad Pro‌ in March. The relatively minor update features an A12Z Bionic chip (since found to be an A12X chip with an extra GPU core enabled), an Ultra Wide camera that enables 0.5x zoom, a LiDAR Scanner for enhanced augmented reality, and better sounding microphones. It was the first update to the ‌iPad Pro‌ since the device received a major redesign in October 2018.
Related Roundup: iPad Pro
Tag: 5G

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FCC Opens Up 3.5GHz Spectrum for Full Commercial Use, Apple’s Newest iPhones Already Offer Support

The United States Federal Communications Commission today cleared the way for OnGo [PDF], a wireless product spearheaded by the Citizens Broadcast Radio Service Alliance (CBRS) that aims to use the 3.5GHz band for a range of applications, including improving data speeds and connectivity across the United States on both 4G and 5G networks.

The CBRS Alliance announced that the FCC has allowed the Full Commercial Deployment of the OnGo service, which has been in the works since 2013 when the FCC first began pursuing a shared spectrum model for the 3.5GHz band.


Many major companies and government agencies came together as part of the CBRS Alliance to launch OnGo, including AT&T, Ericsson, Intel, Nokia, Samsung, Qualcomm, the FCC, the NTIA, the Department of Defense, and more, with the alliance boasting more than 159 members in total.

The 3.5GHz CBRS band will allow for new 4G and 5G operations, which the National Telecommunications and Information Administration says will create “tremendous value” for the United States by opening up capacity and coverage for 4G networks and facilitating the rollout of 5G.

Prior to the opening up of the 3.5GHz spectrum for commercial uses, it was used by the Department of Defense for shipborne radar systems. Environmental Sensing Capability (ESC) networks built along the coast will reserve spectrum for ship radar systems, dynamically reassigning standard users to other parts of the band.

FCC Chairman Ajit Pai said that the 3.5GHz band will benefit both consumers and businesses through agreements with CommScope, Federated Wireless, Google, and Sony who are now fully approved to operate commercial services in the band.

The FCC has made it a priority to free up mid-band spectrum for advanced wireless services like 5G. And today, I’m pleased to announce the latest step to achieve that priority: the approval of four systems that will enable the 3.5 GHz band to be put to use for the benefit of American consumers and businesses. As with all of our efforts to execute on the 5G FAST plan, we’re pushing to get next-generation wireless services deployed in the 3.5 GHz band as quickly and efficiently as possible.

OnGo is the name that the CBRS Alliance is using for the 3.5GHz spectrum. The CBRS Alliance says that OnGo empowers new business opportunities in workplaces, in public spaces where consumers will be able to use the spectrum, and for machine-to-machine communications or sensors for enabling a smarter infrastructure.

In simpler terms, OnGo facilitates private LTE networks, offers better performance than Wi-Fi, provides spectrum without cost that can be used for a multitude of purposes, allows wireless carriers to add coverage and capacity and improve data, and it boosts IoT connectivity in the longer-range level currently limited to Low-Power Wide Area Networks.

Apple’s newest iPhones, including the iPhone 11, 11 Pro, and 11 Pro Max, already support OnGo, or CBRS Band 48, and iPhone users could be seeing OnGo benefits in the near future. Verizon, for example, is a customer of Federated Wireless, one of the companies authorized to use the spectrum. Federated Wireless has already said that it plans to initiate CBRS services for more than 20 of its major customers in both urban and rural markets.

Along with the ‌iPhone‌, other major smartphones also work with CBRS Band 48, including Samsung’s Galaxy S10 devices and Google’s Pixel 4 smartphones.

Tags: FCC, LTE, 5G, 5G iPhone

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The United States Federal Communications Commission today cleared the way for OnGo [PDF], a wireless product spearheaded by the Citizens Broadcast Radio Service Alliance (CBRS) that aims to use the 3.5GHz band for a range of applications, including improving data speeds and connectivity across the United States on both 4G and 5G networks.

The CBRS Alliance announced that the FCC has allowed the Full Commercial Deployment of the OnGo service, which has been in the works since 2013 when the FCC first began pursuing a shared spectrum model for the 3.5GHz band.


Many major companies and government agencies came together as part of the CBRS Alliance to launch OnGo, including AT&T, Ericsson, Intel, Nokia, Samsung, Qualcomm, the FCC, the NTIA, the Department of Defense, and more, with the alliance boasting more than 159 members in total.

The 3.5GHz CBRS band will allow for new 4G and 5G operations, which the National Telecommunications and Information Administration says will create "tremendous value" for the United States by opening up capacity and coverage for 4G networks and facilitating the rollout of 5G.

Prior to the opening up of the 3.5GHz spectrum for commercial uses, it was used by the Department of Defense for shipborne radar systems. Environmental Sensing Capability (ESC) networks built along the coast will reserve spectrum for ship radar systems, dynamically reassigning standard users to other parts of the band.

FCC Chairman Ajit Pai said that the 3.5GHz band will benefit both consumers and businesses through agreements with CommScope, Federated Wireless, Google, and Sony who are now fully approved to operate commercial services in the band.
The FCC has made it a priority to free up mid-band spectrum for advanced wireless services like 5G. And today, I'm pleased to announce the latest step to achieve that priority: the approval of four systems that will enable the 3.5 GHz band to be put to use for the benefit of American consumers and businesses. As with all of our efforts to execute on the 5G FAST plan, we're pushing to get next-generation wireless services deployed in the 3.5 GHz band as quickly and efficiently as possible.
OnGo is the name that the CBRS Alliance is using for the 3.5GHz spectrum. The CBRS Alliance says that OnGo empowers new business opportunities in workplaces, in public spaces where consumers will be able to use the spectrum, and for machine-to-machine communications or sensors for enabling a smarter infrastructure.

In simpler terms, OnGo facilitates private LTE networks, offers better performance than Wi-Fi, provides spectrum without cost that can be used for a multitude of purposes, allows wireless carriers to add coverage and capacity and improve data, and it boosts IoT connectivity in the longer-range level currently limited to Low-Power Wide Area Networks.

Apple's newest iPhones, including the iPhone 11, 11 Pro, and 11 Pro Max, already support OnGo, or CBRS Band 48, and iPhone users could be seeing OnGo benefits in the near future. Verizon, for example, is a customer of Federated Wireless, one of the companies authorized to use the spectrum. Federated Wireless has already said that it plans to initiate CBRS services for more than 20 of its major customers in both urban and rural markets.

Along with the ‌iPhone‌, other major smartphones also work with CBRS Band 48, including Samsung's Galaxy S10 devices and Google's Pixel 4 smartphones.

Tags: FCC, LTE, 5G, 5G iPhone

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Apple Rumored to Be Developing 5G iPad Pro With mmWave Support

Apple is developing a 5G-enabled iPad with mmWave support, according to sources cited by industry publication DigiTimes.

A paywalled preview of the report claims Taiwan’s Advanced Semiconductor Engineering will supply antenna-in-package technology for the 5G iPad, in addition to 5G iPhones. While not specified, it is almost certain that this model would be an iPad Pro given 5G is a high-end feature with higher production costs.


While the first 5G iPhones are expected in fall 2020, the report does not indicate when the 5G iPad would be released. Major new features often come to the iPhone before the iPad, but a notable exception was the third-generation iPad receiving LTE support in March 2012, prior to the iPhone 5 in September 2012.

mmWave or millimeter wave is a set of 5G frequencies that promise ultra-fast speeds at short distances, making it best suited for dense urban areas. By comparison, sub-6GHz 5G is generally slower than mmWave, but the signals travel further, better serving suburban and rural areas.

The complete report should be published by tomorrow, and we will update this post if there are any additional details to share.

Related Roundup: iPad Pro

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Apple is developing a 5G-enabled iPad with mmWave support, according to sources cited by industry publication DigiTimes.

A paywalled preview of the report claims Taiwan's Advanced Semiconductor Engineering will supply antenna-in-package technology for the 5G iPad, in addition to 5G iPhones. While not specified, it is almost certain that this model would be an iPad Pro given 5G is a high-end feature with higher production costs.


While the first 5G iPhones are expected in fall 2020, the report does not indicate when the 5G iPad would be released. Major new features often come to the iPhone before the iPad, but a notable exception was the third-generation iPad receiving LTE support in March 2012, prior to the iPhone 5 in September 2012.

mmWave or millimeter wave is a set of 5G frequencies that promise ultra-fast speeds at short distances, making it best suited for dense urban areas. By comparison, sub-6GHz 5G is generally slower than mmWave, but the signals travel further, better serving suburban and rural areas.

The complete report should be published by tomorrow, and we will update this post if there are any additional details to share.

Related Roundup: iPad Pro

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Kuo: All 5G iPhones on Track to Launch in Fall 2020, Including Both Sub-6GHz and mmWave Models

Last month, reputable Apple analyst Ming-Chi Kuo said he expected four 5G-enabled iPhones to launch in the second half of 2020, including models with both sub-6GHz and mmWave support depending on the region.


Kuo said iPhone models with mmWave would be available in five markets, including the United States, Canada, Japan, Korea, and the United Kingdom, adding that Apple may disable 5G functionality in countries that do not offer 5G service or have a shallow 5G penetration rate to reduce production costs.

Kuo has now doubled down on his prediction. In a follow-up research note today, viewed by MacRumors, he said Apple is still on track to release both sub-6GHz and sub-6GHz-plus-mmWave iPhone models simultaneously in the second half of 2020, with shipments beginning in the late third quarter or early fourth quarter.

Last week, analyst Mehdi Hosseini had disagreed with Kuo’s timeframe, claiming that sub-6GHz models would launch in September 2020 and mmWave models would follow in December 2020 or January 2021.

Kuo says development of 5G iPhones with both sub-6GHz and mmWave support is progressing as scheduled, however, and he has the more reputable track record as it relates to forecasting Apple’s roadmap. So, as of now, it looks like the entire 5G iPhone lineup will be announced in September as usual.

Related Roundup: iPhone 12

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Last month, reputable Apple analyst Ming-Chi Kuo said he expected four 5G-enabled iPhones to launch in the second half of 2020, including models with both sub-6GHz and mmWave support depending on the region.


Kuo said iPhone models with mmWave would be available in five markets, including the United States, Canada, Japan, Korea, and the United Kingdom, adding that Apple may disable 5G functionality in countries that do not offer 5G service or have a shallow 5G penetration rate to reduce production costs.

Kuo has now doubled down on his prediction. In a follow-up research note today, viewed by MacRumors, he said Apple is still on track to release both sub-6GHz and sub-6GHz-plus-mmWave iPhone models simultaneously in the second half of 2020, with shipments beginning in the late third quarter or early fourth quarter.

Last week, analyst Mehdi Hosseini had disagreed with Kuo's timeframe, claiming that sub-6GHz models would launch in September 2020 and mmWave models would follow in December 2020 or January 2021.

Kuo says development of 5G iPhones with both sub-6GHz and mmWave support is progressing as scheduled, however, and he has the more reputable track record as it relates to forecasting Apple's roadmap. So, as of now, it looks like the entire 5G iPhone lineup will be announced in September as usual.

Related Roundup: iPhone 12

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Analyst Claims 5G iPhones Will Have Staggered Rollout Between September 2020 and January 2021

Last month, in a research note with TF International Securities, analyst Ming-Chi Kuo said he expects four high-end iPhones with 5G support to launch in the second half of 2020, including both sub-6GHz and sub-6GHz-and-mmWave models.


Kuo said iPhone models with mmWave would be available in five markets, including the United States, Canada, Japan, Korea, and the United Kingdom, adding that Apple may disable sub-6GHz functionality in countries that do not offer 5G service or have a shallow 5G penetration rate to reduce production costs.

Based on checks within Apple’s supply chain, however, Susquehanna analyst Mehdi Hosseini disagrees with Kuo’s timeframe. Instead, he expects 5G-enabled iPhones to launch in two phases, including sub-6GHz models in September 2020 and mmWave models in December 2020 or January 2021.

The allegedly delayed launch of mmWave models stems from Apple’s decision to use its own antenna-in-package modules instead of relying on a third-party supplier, said Hosseini, according to StreetInsider.

mmWave is the fastest 5G, utilizing new spectrum to provide theoretical download speeds of over 1 Gbps. Sub-6GHz is slower than mmWave, but it is still faster than 4G LTE and has broader coverage that makes it more suitable for rural areas.

Hosseini also expects one of the 5G-enabled iPhones to have an LCD, whereas Kuo said all four models would ship with OLED displays. One 5.4-inch model, two 6.1-inch models, and one 6.7-inch model are expected.

Kuo has a more established track record than Hosseini, so Apple’s exact roadmap remains to be seen.

Related Roundup: iPhone 12

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Last month, in a research note with TF International Securities, analyst Ming-Chi Kuo said he expects four high-end iPhones with 5G support to launch in the second half of 2020, including both sub-6GHz and sub-6GHz-and-mmWave models.


Kuo said iPhone models with mmWave would be available in five markets, including the United States, Canada, Japan, Korea, and the United Kingdom, adding that Apple may disable sub-6GHz functionality in countries that do not offer 5G service or have a shallow 5G penetration rate to reduce production costs.

Based on checks within Apple's supply chain, however, Susquehanna analyst Mehdi Hosseini disagrees with Kuo's timeframe. Instead, he expects 5G-enabled iPhones to launch in two phases, including sub-6GHz models in September 2020 and mmWave models in December 2020 or January 2021.

The allegedly delayed launch of mmWave models stems from Apple's decision to use its own antenna-in-package modules instead of relying on a third-party supplier, said Hosseini, according to StreetInsider.

mmWave is the fastest 5G, utilizing new spectrum to provide theoretical download speeds of over 1 Gbps. Sub-6GHz is slower than mmWave, but it is still faster than 4G LTE and has broader coverage that makes it more suitable for rural areas.

Hosseini also expects one of the 5G-enabled iPhones to have an LCD, whereas Kuo said all four models would ship with OLED displays. One 5.4-inch model, two 6.1-inch models, and one 6.7-inch model are expected.

Kuo has a more established track record than Hosseini, so Apple's exact roadmap remains to be seen.

Related Roundup: iPhone 12

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AT&T Launches 5G Network in 10 Cities

AT&T today announced that it has launched its 5G network in its first ten markets: Birmingham, Indianapolis, Los Angeles, Milwaukee, Pittsburgh, Providence, Rochester, San Diego, San Francisco, and San Jose. AT&T has PDF maps of coverage areas within these cities in its press release, and the carrier is aiming for nationwide 5G coverage in the first half of next year.


For the time being, customers with the new Samsung Galaxy Note10+ 5G will be able to access AT&T’s 5G network, with more devices coming in the future. Apple is expected to launch its first 5G iPhones next year, likely in its usual September timeframe.

The 5G network AT&T is launching today is for the sub-6GHz spectrum, which offers broad coverage at speeds that are a step up from LTE. A separate flavor of 5G operates on the mmWave spectrum and offers even faster speeds but with shorter range, and is thus best suited for very dense, highly trafficked areas. AT&T refers to its mmWave 5G service as 5G+, and it launched in pockets of 12 markets almost exactly a year ago.

Noted analyst Ming-Chi Kuo believes there will be four flagship 2020 iPhones next September, with all of them capable of supporting both sub-6Hz and mmWave 5G technology in select markets such the United States, Canada, Japan, South Korea, and the United Kingdom. Other countries will see only sub-6Hz support, while 5G may be disabled entirely in other countries where 5G isn’t widely available, in order to reduce Apple’s costs.

AT&T was of course notorious for branding some of its enhanced 4G LTE network as “5G Evolution” or “5GE,” which began appearing in the iPhone status bar with iOS 12.2, confusing some users who thought they were able to access true 5G networks.

Tags: AT&T, 5G

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AT&T today announced that it has launched its 5G network in its first ten markets: Birmingham, Indianapolis, Los Angeles, Milwaukee, Pittsburgh, Providence, Rochester, San Diego, San Francisco, and San Jose. AT&T has PDF maps of coverage areas within these cities in its press release, and the carrier is aiming for nationwide 5G coverage in the first half of next year.


For the time being, customers with the new Samsung Galaxy Note10+ 5G will be able to access AT&T's 5G network, with more devices coming in the future. Apple is expected to launch its first 5G iPhones next year, likely in its usual September timeframe.

The 5G network AT&T is launching today is for the sub-6GHz spectrum, which offers broad coverage at speeds that are a step up from LTE. A separate flavor of 5G operates on the mmWave spectrum and offers even faster speeds but with shorter range, and is thus best suited for very dense, highly trafficked areas. AT&T refers to its mmWave 5G service as 5G+, and it launched in pockets of 12 markets almost exactly a year ago.

Noted analyst Ming-Chi Kuo believes there will be four flagship 2020 iPhones next September, with all of them capable of supporting both sub-6Hz and mmWave 5G technology in select markets such the United States, Canada, Japan, South Korea, and the United Kingdom. Other countries will see only sub-6Hz support, while 5G may be disabled entirely in other countries where 5G isn't widely available, in order to reduce Apple's costs.

AT&T was of course notorious for branding some of its enhanced 4G LTE network as "5G Evolution" or "5GE," which began appearing in the iPhone status bar with iOS 12.2, confusing some users who thought they were able to access true 5G networks.

Tags: AT&T, 5G

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Apple Supplier Shrinks Down Capacitors Needed for 5G iPhone, Freeing Up Valuable Internal Space

Apple is planning to implement 5G technology in all of the iPhones coming in 2020, and Apple’s suppliers are gearing up for the transition. One supplier, Murata Manufacturing, recently developed an “ultrasmall” version of a key electronic component, which will allow Apple to free up a bit of valuable space in its 5G iPhones.

According to Japanese news site Nikkei, Murata Manufacturing is set to start mass producing tiny multilayer ceramic capacitors that take up one-fifth of the space of the existing capacitors, but also offer 10 times the electrical storage capacity.


Each individual capacitor measures in at 0.25mm by 0.125mm, which is miniscule. The capacitors are designed to regulate power usage within circuits used in the iPhone, and to create its ultrasmall capacitors, Murata was able to refine the ceramic powder that provides the base material for the sheets used in the capacitor, which allows more sheets to be stacked up for higher capacity without more space consumed on a circuit board.

5G technology is a bigger power drain than 4G technology, necessitating larger batteries and more efficient components. Murata’s new capacitors will give smartphone designers like Apple freedom to use that space for other important components within the ‌iPhone‌, such as higher-capacity batteries.

There’s no confirmation that Apple is going to use Murata’s technology, but it seems likely as Murata is a supplier for Apple. Murata also works with other smartphone companies such as Huawei.

Apple is planning to introduce at least three new iPhones in the fall of 2020, all of which are expected to include 5G technology to allow the ‌iPhone‌ to take advantage of 5G networks and better compete with Android smartphones.

Related Roundup: iPhone 12
Tags: 5G, 5G iPhone

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Apple is planning to implement 5G technology in all of the iPhones coming in 2020, and Apple's suppliers are gearing up for the transition. One supplier, Murata Manufacturing, recently developed an "ultrasmall" version of a key electronic component, which will allow Apple to free up a bit of valuable space in its 5G iPhones.

According to Japanese news site Nikkei, Murata Manufacturing is set to start mass producing tiny multilayer ceramic capacitors that take up one-fifth of the space of the existing capacitors, but also offer 10 times the electrical storage capacity.


Each individual capacitor measures in at 0.25mm by 0.125mm, which is miniscule. The capacitors are designed to regulate power usage within circuits used in the iPhone, and to create its ultrasmall capacitors, Murata was able to refine the ceramic powder that provides the base material for the sheets used in the capacitor, which allows more sheets to be stacked up for higher capacity without more space consumed on a circuit board.

5G technology is a bigger power drain than 4G technology, necessitating larger batteries and more efficient components. Murata's new capacitors will give smartphone designers like Apple freedom to use that space for other important components within the ‌iPhone‌, such as higher-capacity batteries.

There's no confirmation that Apple is going to use Murata's technology, but it seems likely as Murata is a supplier for Apple. Murata also works with other smartphone companies such as Huawei.

Apple is planning to introduce at least three new iPhones in the fall of 2020, all of which are expected to include 5G technology to allow the ‌iPhone‌ to take advantage of 5G networks and better compete with Android smartphones.

Related Roundup: iPhone 12
Tags: 5G, 5G iPhone

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T-Mobile Launches 600MHz 5G Network Across United States

T-Mobile today announced that its 600MHz 5G network has gone live across the United States, bringing 5G connectivity to those who have a compatible smartphone.

According to T-Mobile, its 5G network covers more than 200 million people and more than 1 million square miles, though connectivity is limited to the OnePlus 7T 5G McLaren and the Samsung Galaxy Note 10+ 5G, both of which are launching on the T-Mobile network this Friday.

There are currently no iPhones that are compatible with T-Mobile’s 5G network, with Apple planning to release its first iPhones that support 5G connectivity in 2020.

T-Mobile’s 5G network is a 600MHz network, which gives it greater range than the mmWave 5G networks other carriers like AT&T and Verizon are focusing on, but less speed. T-Mobile’s 5G is faster than 4G, but it won’t reach some of the blazing fast speeds that are possible with mmWave technology.

When 5G is mentioned, most people are talking about millimeter wave spectrum, which offers blazing fast data transfer speeds, but it is sensitive to interference from buildings, trees, and other obstacles and it is best suited to use in dense, urban locations.


5G in rural and suburban areas will be on mid and low-bands, which is also known as sub-6GHz 5G, simply because of the restrictions of the mmWave technology. From T-Mobile CEO John Legere:

“5G is here on a nationwide scale. This is a HUGE step towards 5G for All. While Dumb and Dumber focus on 5G for the (wealthy) Few, launching in just a handful of cities — and forcing customers into their most expensive plans to get 5G — we’re committed to building broad, deep nationwide 5G that people and businesses can access at no extra cost with the New T-Mobile … and today is just the start of that journey.”

T-Mobile says that its 5G network goes “far beyond the limitations” of 5G networks from other carriers, bringing 5G to more people in more places, with coverage available in a map on the T-Mobile website. According to T-Mobile, after its merger with Sprint is completed, the new larger company will be able to further expand its 5G network.

This article, “T-Mobile Launches 600MHz 5G Network Across United States” first appeared on MacRumors.com

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T-Mobile today announced that its 600MHz 5G network has gone live across the United States, bringing 5G connectivity to those who have a compatible smartphone.

According to T-Mobile, its 5G network covers more than 200 million people and more than 1 million square miles, though connectivity is limited to the OnePlus 7T 5G McLaren and the Samsung Galaxy Note 10+ 5G, both of which are launching on the T-Mobile network this Friday.


There are currently no iPhones that are compatible with T-Mobile's 5G network, with Apple planning to release its first iPhones that support 5G connectivity in 2020.

T-Mobile's 5G network is a 600MHz network, which gives it greater range than the mmWave 5G networks other carriers like AT&T and Verizon are focusing on, but less speed. T-Mobile's 5G is faster than 4G, but it won't reach some of the blazing fast speeds that are possible with mmWave technology.

When 5G is mentioned, most people are talking about millimeter wave spectrum, which offers blazing fast data transfer speeds, but it is sensitive to interference from buildings, trees, and other obstacles and it is best suited to use in dense, urban locations.


5G in rural and suburban areas will be on mid and low-bands, which is also known as sub-6GHz 5G, simply because of the restrictions of the mmWave technology. From T-Mobile CEO John Legere:
"5G is here on a nationwide scale. This is a HUGE step towards 5G for All. While Dumb and Dumber focus on 5G for the (wealthy) Few, launching in just a handful of cities -- and forcing customers into their most expensive plans to get 5G -- we're committed to building broad, deep nationwide 5G that people and businesses can access at no extra cost with the New T-Mobile ... and today is just the start of that journey."
T-Mobile says that its 5G network goes "far beyond the limitations" of 5G networks from other carriers, bringing 5G to more people in more places, with coverage available in a map on the T-Mobile website. According to T-Mobile, after its merger with Sprint is completed, the new larger company will be able to further expand its 5G network.


This article, "T-Mobile Launches 600MHz 5G Network Across United States" first appeared on MacRumors.com

Discuss this article in our forums

Report: Apple to Use Qualcomm’s X55 5G Modem in All Three 2020 iPhones

Apple’s 2020 iPhones will all use Qualcomm’s newest and fastest 5G-capable modem chip, claims a new report out of Asia today.


Apple is expected to launch three iPhones next year in 5.4-inch, 6.1-inch, and 6.7-inch sizes. According to Nikkei Asian Review, all three will carry the 5G modem chip designed by Qualcomm called the X55.

All three of the new iPhones will carry the most advanced 5G modem chip, known as X55 that is designed by U.S. mobile chip developer Qualcomm, four people familiar with the plan told Nikkei. The chip, which enables much faster downloads, faces such an increase in demand that there could be supply constraints, one person added.

The X55 chip offers 7Gb/s peak download speeds and 3Gb/s upload speeds, though these numbers are theoretical maximums and actual speeds will depend on carrier network. The chip is Qualcomm’s first 5G chip that supports all major frequency bands, operation modes, and network deployments.

The X55 is also more power efficient than Qualcomm’s X50 chip, which means it will draw less energy and will have less of an impact on battery life when connected to a 5G network.

Apple was originally planning to use Intel chips in its 2020 5G iPhones, but Intel is out of the smartphone chip business and Apple has no choice but to use Qualcomm’s modem chips.

Apple aims to ship 80 million 5G-capable iPhones next year, claims the report. Apple typically ships between 75 and 80 million new iPhones each year, and it plans to close in on similar targets in 2020 and exploit 5G as a key sales driver, according to Nikkei.

“It will be the first time Apple introduces 5G iPhones … There will be three of them and the company has set an aggressive sales target,” one of the people familiar with the company’s thinking said.

In July, Apple analyst Ming-Chi Kuo said Apple will offer 5G in all three of its new flagship iPhone models to better compete with lower-cost Android smartphones that will support 5G.

Apple’s embrace of 5G is expected to push carriers such as AT&T and Verizon to accelerate their investment in the rollout of 5G infrastructure and catch up with China’s rapidly accelerating 5G capabilities.

By 2025, London-based GSMA estimates that China will have 600 million 5G subscribers, or about 40 percent of the global total, notes Nikkei, citing a Financial Times report.

Today’s report also corroborates previous rumors that Apple will switch to a 5-nanometer fabrication process for its A14 processor next year. Apple has used a 7nm process since the A12 Bionic chip debuted in 2018, and TSMC has been Apple’s exclusive supplier.

Related Roundup: iPhone 12

This article, “Report: Apple to Use Qualcomm’s X55 5G Modem in All Three 2020 iPhones” first appeared on MacRumors.com

Discuss this article in our forums

Apple's 2020 iPhones will all use Qualcomm's newest and fastest 5G-capable modem chip, claims a new report out of Asia today.


Apple is expected to launch three iPhones next year in 5.4-inch, 6.1-inch, and 6.7-inch sizes. According to Nikkei Asian Review, all three will carry the 5G modem chip designed by Qualcomm called the X55.
All three of the new iPhones will carry the most advanced 5G modem chip, known as X55 that is designed by U.S. mobile chip developer Qualcomm, four people familiar with the plan told Nikkei. The chip, which enables much faster downloads, faces such an increase in demand that there could be supply constraints, one person added.
The X55 chip offers 7Gb/s peak download speeds and 3Gb/s upload speeds, though these numbers are theoretical maximums and actual speeds will depend on carrier network. The chip is Qualcomm's first 5G chip that supports all major frequency bands, operation modes, and network deployments.

The X55 is also more power efficient than Qualcomm's X50 chip, which means it will draw less energy and will have less of an impact on battery life when connected to a 5G network.

Apple was originally planning to use Intel chips in its 2020 5G iPhones, but Intel is out of the smartphone chip business and Apple has no choice but to use Qualcomm's modem chips.

Apple aims to ship 80 million 5G-capable iPhones next year, claims the report. Apple typically ships between 75 and 80 million new iPhones each year, and it plans to close in on similar targets in 2020 and exploit 5G as a key sales driver, according to Nikkei.
"It will be the first time Apple introduces 5G iPhones ... There will be three of them and the company has set an aggressive sales target," one of the people familiar with the company's thinking said.
In July, Apple analyst Ming-Chi Kuo said Apple will offer 5G in all three of its new flagship iPhone models to better compete with lower-cost Android smartphones that will support 5G.

Apple's embrace of 5G is expected to push carriers such as AT&T and Verizon to accelerate their investment in the rollout of 5G infrastructure and catch up with China's rapidly accelerating 5G capabilities.

By 2025, London-based GSMA estimates that China will have 600 million 5G subscribers, or about 40 percent of the global total, notes Nikkei, citing a Financial Times report.

Today's report also corroborates previous rumors that Apple will switch to a 5-nanometer fabrication process for its A14 processor next year. Apple has used a 7nm process since the A12 Bionic chip debuted in 2018, and TSMC has been Apple's exclusive supplier.

Related Roundup: iPhone 12

This article, "Report: Apple to Use Qualcomm's X55 5G Modem in All Three 2020 iPhones" first appeared on MacRumors.com

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