LG Uplus Tests 5G in 28GHz band using 800MHz Bandwidth. Sees AR as 5G Killer App

In a recent press release (no shareable link but press releases are here - see 27 Sep), LGU+ announced that they have tested 5G commercial environment in the 28 GHz band using 800 MHz bandwidth. I am assuming this means Carrier Aggregation. With this they have successfully verified 4.2 Gbps DL and 1 Gbps UL speeds.

The press release (using Google translate from Korean) states:

This test is based on the 3GPP standard based on the 28GHz frequency bandwidth 800MHz allocated by LG Uplus, and tested by applying the terminal specifications expected to be released next year.

Download 4.2Gbps is more than three times the current 3.5GHz 5G download speed of 1.33Gbps, enabling HD-quality 2GB movies to be downloaded in four seconds. Upload 1Gbp is now more than 10 times the 3.5GHz 5G upload maximum speed of 85Mbps.

Testing was done using two antennas and 64QAM technology. LG Uplus plans to increase speeds by two to three times with four additional multi-antenna MIMO technologies and advanced modulation (256QAM).

At the end of 2017, LG Uplus conducted a speed verification of 20Gbps maximum speed by combining 28GHz and 3.5GHz as non-standard equipment.

28GHz is installed in hot spot areas such as Hongdae and Gangnam, shopping malls and stadiums, and has a large amount of data and a large number of floating populations to provide stable high-speed services. do.

In particular, the maximum upload speed is 10 times higher than the existing LTE and 3.5GHz 5G speed 75 ~ 85Mbps, smart factories that require a lot of upload capacity. It is expected to provide a new service environment in the enterprise and industry areas such as 200 cars can be accommodated) and personal service areas such as real time live broadcasting and customer video transmission.

As 28GHz uses high frequency, it has high straightness and is affected by obstacles and has a small coverage, so it needs more careful base station location design and more time and effort for quality stabilization.

LG Uplus Sang-Heon Lee, NW Development Officer, said, “This test was conducted to prepare for commercialization, and to improve cell design and mobile / boundary quality advancement at the optimal location.” 28 GHz is one of the core values ​​of 5G. It is an important technology that provides ultra high speed, but it is difficult to handle, so we will thoroughly prepare to satisfy both speed and quality from the customer's point of view. ”

Average data usage by 5G users is as high as 18.3GB, and average 4G users use 9GB in the same period, according to MSIT in May 2019. 5G data is about 2 times than that of 4G. This remarkable traffic growth is driven by UHD and AR/VR contents. According to LG Uplus, new services featuring AR and VR functions are proving popular and already account for 20% of 5G traffic, compared with 5% for 4G. The company said it aims to double the number of AR content to 1,500 by the end of this year, including K-pop dance, home training and sports videos, to cater to varied consumer needs.



The above video is one of the adverts for the LG Uplus AR K-Pop (Korean popular music) app. K-Pop is a musical genre consisting of pop, dance, electropop, hiphop, rock, R&B, and electronic music originating in South Korea. In addition to music, K-Pop has grown into a popular subculture, resulting in widespread interest in the fashion and style of Korean idol groups and singers.

While it looks like 5G is making an impact for the operators and the users in South Korea at the moment, the real challenge is to see if this trend continues. Also, it may be a bit difficult to replicate this success in other countries. We will have to wait and see.

NTT Docomo: Bringing 5G to the Rugby World Cup

NTT Docomo has recently launched a pre-commercial 5G service in select areas of major cities in Japan, delivering on its commitment to provide trial coverage at stadiums for the currently ongoing Rugby World Cup. The stadiums at eight venues nationwide will be converted into 5G areas.

The pilot service in 11 locations, including Tokyo, Nagoya and Osaka, is designed to give customers a preview of the capabilities of the technology. A total of 7,000 5G-compatible devices will be available at the operator’s experience centres at stadiums and in some cities for visitors to try out. The devices from Sony, Samsung, LG and Sharp are not for sale.

Docomo which is Japan's largest mobile operator by subscribers (78.45 million as of February 2019) said it won’t be offering 5G smartphones from Chinese vendor Huawei because of concerns about restricted access to Google services.

 

There will be various initiatives at the Rugby World Cup 2019 for example Docomo will provide a multi-viewer that can simultaneously watch the game from multiple viewpoints at the stadiums of eight venues nationwide where the `` Rugby World Cup 2019 Japan Tournament '' is held and docomo's live viewing venue. They are offering new watching styles such as “Angle Viewing” and “Live Viewing” as well as news and broadcast styles as part of “5G Pre-Service”.

“5G Pre-Service Presentation” was held by NTT Docomo yesterday to show some of the services 5G will enable. Embedded below is a small clip showing how 5G devices will make an impact in sports, watching live and replays whenever you want pic.twitter.com/eEP03J4GEb

— 3G4G (@3g4gUK) September 19, 2019

While those outside the stadium can enjoy a innovative and powerful game watching experience due to Docomo transmitting multiple high-definition video and audio information via 5G communication.

Japan’s three major mobile operators – Docomo, KDDI and SoftBank – all aim to launch commercial 5G service in March or April 2020, in time to have their networks up and running for the Summer Olympics in Tokyo.

Docomo says they will expand 5G coverage by combining 5G networks with existing 4G networks using equipment from multiple vendors. They plan to deploy about 10,000 base stations by June 2021. The operators also aim for 60% population coverage by 2023.

While Japan was one of the leading voices in the 5G during the early years despite continued progress of the Japanese telcos, they have been overshadowed by others around the world have been much more vocal and ostentatious.

Also it doesn't matter how quickly 5G networks are switched-on whats more important is how  quickly the operators can provide the country-wide coverage.

This is a challenge which will be faced by every nation around the world, though with the Rugby World Cup and the Summer Olympics next year, Japan has an excellent opportunity to stake a claim for global leadership.

Related Posts:

• Japan allocates 5G Spectrum in 3.7GHz, 4.5GHz and 28GHz bands
• Nice short articles on 5G in 25th Anniversary Special NTT Docomo Technical Journal
• Couple of talks by NTT Docomo on 5G and Beyond (pre-6G)
• Japan Mobile Subscribers and MNO Market Share
• Japan on Infrastructure Sharing Mission, Driven by 5G
• NTT Docomo's Underground LTE Small Cells with possibility to deploy 5G in future
• NTT Docomo's Green Base Stations

Japan on Infrastructure Sharing Mission, Driven by 5G

Japan has started exploring different approaches for Infrastructure Sharing. Earlier I wrote about Infrastructure Sharing over Electric Power Infrastructure. TEPCO (Tokyo Electric Power COmpany) Power Grid, Incorporated, KDDI CORPORATION, SoftBank Corp. and Rakuten Mobile Network, Inc. announced that the four companies have reached an agreement to collaborate on trials of base station site and equipment sharing utilizing TEPCO PG’s utility poles and other electric power infrastructure, ahead of the introduction of 5th generation mobile communications systems (5G) in Japan. The trials are due to be begin in the first half of FY2019. 

So Japanese Networks are:

* Sharing Network over Electric Power Infrastructure - https://t.co/j4GEUvJwba

* Sharing Traffic Signals for 5G Relay Devices - https://t.co/Bs63lqOB8u

and now this 🤔 (@zahidtg )

— 3G4G (@3g4gUK) July 4, 2019

We have written earlier about the Japanese Market, the new entrant Rakuten that is transitioning from MVNO to MNO and 5G Spectrum Allocation. After the 5G Spectrum allocations were over, last month, Japanese Cabinet approved a project to install 5G wireless relay devices, to support the provision of 5G services, on traffic signals across the country. The government is allowing 208,000 traffic signals to be used to deploy the new 5G equipment, expecting to the network installation to be complete by the end of March 2026. In addition, the government also plans to upgrade the traffic lights with communication functions that allow them to collect and share more traffic data.

Regarding the relays, I am assuming something similar to Type 1a/1b, see here. NTT Docomo has been trying our a lot of innovation including small cells (probably relay) on traffic lights, reflectors and even mobile relay node. I am sure some of these will make it into practice.

This week, KDDI and SoftBank announced they have reached an agreement on the mutual use of their base station assets to jointly promote the rapid build-out of 5G networks in Japan's rural areas. According to the press release:

Many issues lie ahead for Japanese society, including an aging population, a shrinking workforce, depopulation in rural areas, deteriorating infrastructure and natural disasters of increased intensity. To address these issues, the Japanese government is advocating Society 5.0 and promoting initiatives to achieve it. With the spread of a super-smart society under Society 5.0, large volumes of data will need to be shared to utilize IoT, big data and AI, and a rapid build-out of 5G networks is expected to help facilitate this. In particular, 5G networks are expected to help resolve Japan's regional issues by enabling remote monitoring and operation through the transmission of high-definition images. Furthermore, 5G networks can help increase productivity by facilitating data gathering and analysis, which could contribute to the revitalization of regional industries, including local companies and startups.

Since 5G networks use the 28GHz and 3.7GHz high-frequency bands, many base stations need to be installed nationwide, and this requires long-term construction and large investment commitments. Accordingly, to quickly provide services that meet Japan's regional revitalization needs, more than ever before, carriers need to promote mutual infrastructure sharing to efficiently construct a network of 5G base stations. To accelerate the build-out of 5G networks in rural areas, KDDI and SoftBank will explore options with a view to establishing a joint construction management company that would facilitate construction designs and manage construction work to efficiently utilize the base station assets of both companies.

As a first step, both companies will establish a preparatory office, and starting this fall, conduct joint trials in Asahikawa City in Hokkaido, Narita City in Chiba Prefecture and Fukuyama City in Hiroshima Prefecture. In addition to streamlining processes from design to construction management stages, the trials will be used to verify the effects of 5G network quality improvements and shortened construction periods in rural areas.

KDDI has also be testing relay nodes (small cells) in rural areas, camouflaging it to not spoil the natural beauty of the area. They can very well be sharing this with Softbank.

Many countries are looking towards Japan to learn from the outcome of these infrastructure sharing schemes. Hopefully we will learn more about them in the coming years, if not months.


Related Posts:

• Tutorial: What is meant by Infrastructure in a Telecoms Network?
• Mobile Network Infrastructure Sharing in Japan over Electric Power Infrastructure
• Quick tutorial on Mobile Network Sharing Options
• Network Sharing is becoming more relevant with 5G
• Japan allocates 5G Spectrum in 3.7GHz, 4.5GHz and 28GHz bands
• Rakuten Japan: Transitioning from MVNO to MNO later in 2019
• Japan Mobile Subscribers and MNO Market Share

NTT Docomo's Green Base Stations

GSMA Future Networks detail a case study on NTT Docomo's Green Base Station:

NTT DOCOMO have developed Green Base Stations, a non-traditional, environmental-friendly and sustainable energy supply scheme for radio base stations.

Green Base Stations are equipped with photovoltaic (PV) panels, cycle-type Li-ion storage batteries, DC power controllers, and supply generated power to radio equipment with smart power control. They can make use of renewable energy by local PV power generation, therefore can reduce CO2 emission from commercial electric power use. Additionally, in case of a power outage due to disaster, they work longer time by PV power generation rather than relying on backup power alone.

Green Base Stations have been installed since 2013 and a total of 133 stations were installed by March 2018. The company aims to increase PV generation capacity to 2000 kW by 2020. Mobile network operators (MNOs), introducing 5G networks, will increase consumption of electric power for 5G network facilities in the future, and are expected to reduce power consumption both in terms of business and CSR requirements.

You can read the complete article here.

Couple of related articles were also published in NTT Docomo Technical Journal:

• Green Base Station Power Control Technologies for Reducing Costs and Disaster Risks - Oct. 2015
• Environmentally-Friendly, Disaster-Resistant Green Base Station Test Systems - July 2013

NTT Docomo Related Posts:

• Couple of talks by NTT Docomo on 5G and Beyond (pre-6G)
• Nice short articles on 5G in 25th Anniversary Special NTT Docomo Technical Journal
• Terahertz and Beyond 100 GHz progress
• 100 Gbps wireless transmission using Orbital Angular Momentum (OAM) multiplexing

Japan allocates 5G Spectrum in 3.7GHz, 4.5GHz and 28GHz bands

The Japanese Ministry of Internal Affairs and Communications (MIC) has announced the results of 5G spectrum allocation in Japan. The press release (in Japanese) is available here. An accompanying presentation (in Japanese too) is available here.

According to TeleGeography:

The MIC also published on the ministry website its approvals relating to 5G BTS deployments for all four companies. Based on a report from the Radio Frequency Control Council, 5G frequency authorisations are as follows:

NTT DOCOMO: 3.6GHz-3.7GHz, 4.5GHz-4.6GHz and 27.4GHz-27.8GHz

KDDI: 3.7GHz-3.8GHz, 4.0GHz-4.1GHz and 27.8GHz-28.2GHz

Softbank: 3.9GHz-4.0GHz and 29.1GHz-29.5GHz

Rakuten Mobile: 3.8GHz-3.9GHz and 27.0GHz-27.4GHz.

The MIC’s conditions will likely require the four MNOs to balance sizeable investment programmes against the need to remain profitable, and with new competition looming in the shape of Rakuten Mobile – which is set to kick off its fledgling 4G network this October, targeting 15 million subscribers in the medium-term – price competition is expected to intensify.

All four firms aim to commercialise 5G services in 2020, with KDDI and Softbank pencilling in launches in March and Rakuten in June 2020, and taken together the big four will invest JPY1.6 trillion (USD14.4 billion) in the five-year deployment phase, of which at least JPY795 billion is being spent by DOCOMO, JPY466 billion from KDDI, JPY206 billion (Softbank) and JPY194 billion (Rakuten).

This is a big win for Rakuten, Japan's newest mobile operator and their CEO H. Mickey Mikitani was quick to announce this win on Twitter.

5G radio spectrum allocated today: We received 100 MHz in the 3.7 GHz frequency band, and 400 MHz in the 28 GHz frequency band. Fantastic! pic.twitter.com/d0oYaQArL0

— H. Mickey Mikitani (@hmikitani_e) April 10, 2019

It was also interesting to see NTT Docomo get the 4.5 GHz band. They are pioneers of this band and have worked with NEC, Nokia, Huawei, etc. on trials in this band. They have also conducted URLLC tests in 4.5 GHz band. An NEC press release back in January talked about providing 5G base stations to NTT Docomo supporting 4.5GHz and 28GHz bands.

 

NEC was showing its Open RAN (O-RAN) enabled Radio Unit (RU) at MWC 2019 which are planned to be used with NTT Docomo 5G base staations.

NTT Docomo 5G plans can be seen in their MWC 2019 5G presentation that was being shown on their booth and is also available online here.

In a report by Reuters:

One of the conditions from the telecoms ministry was to “take sufficient cybersecurity measures including responding to supply chain risk”.

The condition effectively prevents the telecom providers from using network equipment from China’s Huawei Technologies and ZTE Corp, and follows a de facto ban implemented last year on Japanese government purchases from the manufacturers.

According to Mobile World Live:

Japanese operators are required to install 5G base stations in half of 4,500 blocks, or districts, established by the ministry within five years, Nikkei Asian Review said. Docomo and KDDI both target 90 per cent coverage by 2024; SoftBank and Rakuten are aiming for 64 per cent and 56 per cent respectively.

All four operators are targeting the launch of  mobile 5G services sometime in 2020. In December 2018 they stated they have no plans to deploy gear from Huawei and ZTE in the networks, following a ban on the use of Chinese telecoms equipment by government agencies in the country.

Docomo, KDDI and SoftBank are also working toward launching limited commercial 5G services in 2019, with pilots due to take place at the Rugby World Cup.

Related posts:

• Current IMT Spectrum Allocation in Japan
• Rakuten Japan: Transitioning from MVNO to MNO later in 2019
• Japan Mobile Subscribers and MNO Market Share

KDDI and Samsung Strengthen their 5G Partnership

Samsung and KDDI have been working together since 2005. Back in 2015 they signed MOU for joint development of 5G technologies. Since then they have done quite a few joint demonstrations like:

1. 5G Handover Using 28GHz Spectrum on a City Highway in Tokyo
2. High-Speed 5G Mobility Test (Video)
3. Demonstration of 5G on a Train Moving at 100km/hour
4. 5G field trial held in Okinawa Cellular Stadium using Samsung’s end-to-end 5G solutions

Back in January, both the companies announced couple of other interesting joint trials

Real Time 4K Video Communication Powered by 5G at a Japanese Train Station

Samsung and KDDI Demonstrate Real Time 4K Video Communication Powered by 5G at a Japanese Train Station

Together with Waseda University, Keihin Corporation, and Advanced Telecommunications Research Institute International (ATR), Samsung demonstrated effective communications through 4K UHD video using a 28GHz band 5G base station to enhance passenger safety in Tokyo.

The demonstration was conducted from November 21 to December 21, 2018 at the Haneda Airport International Terminal in Ota, Tokyo. As the number of incoming visitors is steadily increasing, Samsung and KDDI have been working on the real-world scenario, powered by 5G, to make their travels safer and more convenient.

During the demonstration, the video files collected from both 4K security cameras and security robots patrolling the station were sent via tablets using 5G. Then, the files were received by the base station to be displayed on the monitor and VR goggles in the monitoring room. Moreover, detecting any suspicious people or objects at the station was all possible through collecting and analyzing the received 4K files shown on the server.

Samsung’s 5G solutions were used to conduct the demonstration. KDDI was responsible for assessing and designing the 5G test environment at the train station, which was provided by Keikyu Corporation, while Waseda University provided the monitoring system, VR goggles and video evaluation.


Next-generation technology enhances classroom activities with ultra-high-definition video, providing an immersive educational experience for students

Samsung Electronics and KDDI announced the successful demonstration of their 5G capabilities by working with the Advanced Telecommunications Research Institute International (ATR) to deploy ultra-fast communications at Maehara Elementary School in Tokyo. For the first time in Japan, 5G was utilized to help students download contents in class using UHD, powered by the infrastructure of next-generation technologies.

The demonstration, made possible by Samsung’s 5G solutions, was conducted from November 21 to December 12, 2018 at the gym inside Maehara Elementary School. In order to showcase 5G capabilities, the gym was set up with Samsung’s 5G network using a 28GHz band to enable transmission of UHD videos in a school setting. The demo involved comparing the difference between 5G tablets and Wi-Fi tablets in their ability to download and play back videos.

During the demonstration, students were given a chance to create their own videos and experience high-speed and large capacity transmission of large video files. In doing so, they verified the capabilities of 5G for this type of use case. KDDI was responsible for assessing and designing the 5G areas used in the trial and ATR provided the testing infrastructure.

Leveraging 5G will enhance various classroom activities and ultimately offer a whole new academic experience to students and teachers. During the Samsung and KDDI demonstration, large UHD videos were transmitted without interruption, despite requiring large amounts of bandwidth. This allowed the children to enjoy a seamless connection while engaging with the contents.

Current IMT Spectrum Allocation in Japan

The chart below shows the current spectrum allocation in Japan (source)

As can be seen, Softbank has the maximum spectrum, 250 MHz followed by NTT Docomo and KDDI with 240 MHz each. Newcomer Rakuten has 2x20 or 40 MHz abailable in Band 3 (1800 MHz).

New spectrum for 5G has not yet been auctioned but will happen this year. It was expected to be auctioned last year. Below slide shows the spectrum under consideration.

Related posts:

• Japan Mobile Subscribers and MNO Market Share
• Rakuten Japan: Transitioning from MVNO to MNO later in 2019

Rakuten Japan: Transitioning from MVNO to MNO later in 2019

Rakuten is a Japanese giant with a turnover of over $139 billion last year. Along with all the other e-commerce and internet business, it is also an MVNO.

According to Smart Karma:

In the latest data, MVNOs (mobile virtual network operators) have reached 7.0% market share of Japan’s main 3G and LTE (4G) services with over 12m subscribers. Government support remains robust for the MVNOs. Mr. Suga, the Chief Cabinet Secretary, has suggested that MVNOs, in all forms, should expand to 50% of the market in the future. 

As Rakuten prepares for its full MNO (mobile network operator) service launch later this year, the Rakuten MVNO services continues to execute well, taking market share and building a formidable foundation of subscribers. Rakuten is now Japan’s largest MVNO by customer numbers. We expect Rakuten will struggle to make a reasonable return on its MNO on a standalone basis, but it may strengthen the company’s overall ecosystem and create enough synergies to add positive value to the group.

Back in January, Rakuten Blog talked about building the world's first end-to-end cloud-native mobile network:

During Rakuten Technology Conference 2018 in Tokyo last October, Rakuten Mobile Network Chief Technology Officer (CTO) Tareq Amin explained for the first time the revolutionary approach that his team is taking to build Japan’s fourth major network.
...

Since 2014, consumers in Japan have enjoyed affordable mobile phone service through Rakuten Mobile. The service has grown to become Japan’s biggest MVNO (mobile virtual network operator), enjoying particular success attracting young people with its low fees and appealing loyalty point incentives. As an MVNO, however, Rakuten Mobile utilizes the infrastructure of other major network carriers to deliver its service – limiting its ability to launch technical innovation and provide new services to customers.

As the new mobile network will be required to provide coverage across the entire country, Rakuten has mobilized partners and its employee base to rapidly secure sites to build out the radio access network, as well as signing an agreement with KDDI Corporation to provide roaming services during its own infrastructure construction period. Nevertheless, there has been speculation about the ambitious schedule and budget Rakuten has proposed for rolling out its plans.

“How could you do this? It is not possible to build a network in only 12 months without a significant capex investment,” posed Amin during his presentation. “It is possible because we are deploying a very different architecture and leveraging Rakuten IT skills as a leading tech company.”
...

Rakuten has also been making headlines in Japan with its forays into 5G innovation, in partnership with firms such as Nokia, Altiostar, Cisco, Mavenir, Intel, Qualcomm, Quanta and NEC. According to Amin, deploying “true” 5G is an integral part of Rakuten’s mobile journey.

“What does 5G transformation for Rakuten really look like?” Amin asked the audience at the Conference. “If you look at any traditional operator, both inside and outside of Japan, it’s actually a very unnatural process to upgrade to 5G. They have to completely virtualize their infrastructure, they have to deploy new core architecture, they have to deploy new radio access. In Rakuten’s world, the entire core technology, including our Radio Access Network, is fully ready for 5G.”

The fact that Rakuten, unlike existing telecommunication companies, has no outdated and legacy infrastructure to maintain is a significant advantage. “We don’t have to worry about building and transforming our network from 3G or 4G to 5G. From day zero, Rakuten network is 5G ready.

At the same time, Amin doesn’t consider the 5G services that other telcos are launching to be “true” 5G. “If you truly want to offer functionalities and capabilities like network slicing into this new architecture, you must deploy standalone 5G core, which Rakuten is doing.”

This is a very bold vision but is supported by many different legacy and new vendors bringing lot of experience and innovation into the whole process. The following video from Cisco is showing how the experience and innovation is working together at Rauten


Telecom TV points out:

As if a brand new cloud-native 5G-ready network wasn’t sufficiently exciting on its own, there’s another key angle to the Rakuten story. What makes it different is that the company has a strong services and applications heritage (over 70 services to date, in use by over 100 million registered members). This is not a mobile network operator that will then create and launch applications – this is an established services and apps company that is launching a mobile network. It’s an important distinction, and one which could – if successful – lead to other similar new entrants and business models in the decade ahead.
...

The RAN will initially be 4G and Wi-Fi, with the addition of 5G planned for early 2020, subject to government licensing approval. As well as consumer mobile, Rakuten also plans to offer 5G FWA and NB-IoT.

The Mobile Network has a lot of insights on the Rakuten Network here and here.

• The virtual radio access network for Rakuten’s brand new mobile network in Japan will be provided by Altiostar. The vRAN company, which has just taken a strategic investment from the operator, will provide all the virtual Central and Distributed units (vCUs, vDUs) within the RAN.
• Nokia mentions its  role as “Turnkey” deployment partner. It says it will provide deployment and integration of the new radio network leveraging a ‘zero footprint’ site approach with remote radio heads connected to cloud RAN software on the edge cloud. That cloud RAN software, we know now, will be Altiostar’s. Nokia will be providing its AirScale RRHs as well as some vIMS functions and its AirGile core.
• Nokia is supplying the remote radio units, bolting these on via a specially designed coupling to antennas from Korean antenna supplier KMW Communications.
• Intel’s release confirmed the RAN-core software providers, stating, “The Rakuten network uses a virtualised radio access network running on Intel Xeon processor-based servers from Quanta, support radio access technology from Altiostar and core network software from Cisco, providing a network that is fully virtualised from RAN to core.”
• Cisco is the cloud core and NFVi provider. The hardware, which comes in just four server variants, is all from Taiwanese provider Quanta Cloud Technology

Here is an official video from Rakuten on their mobile network strategy and details of launch plans



Finally, I caught up with my ex-colleague and a big supporter of 3G4G blogs, Rahul Atri at the Rakuten booth. I had to add his picture here 😉

Related reading on this topic:

• Mobile World Live: Mickey Mikitani, Founder, CEO & Chairman, Rakuten presents in Keynote 7: The Next Generation.
• Telecom TV: How Rakuten stole MWC’s thunder
• The Mobile Network: Altiostar gets big RAN win in Rakuten’s virtual network showcase
• The Mobile Network: Rakuten makes a real racket about its virtual network at MWC
• Rakuten Press Release: Rakuten Launches First Real-World End-to-End Tests in a Fully Virtualized Cloud-Native Mobile Network
• Disruptive Asia: Rakuten shows MWC how to build a 5G network, you’re welcome

Further Reading:

• Operator Watch Blog: Current IMT Spectrum Allocation in Japan
• Operator Watch Blog: Japan Mobile Subscribers and MNO Market Share
• The 3G4G Blog: A quick tutorial on Open RAN, vRAN & White Box RAN

Japan Mobile Subscribers and MNO Market Share

NTT Docomo Factbook lists the number of subscribers for each of the Japanese MNO as well as their market share. At the end of 2018, according to Telecommunications Carrier Association (TCA), the following was the market share:

NTT Docomo - 77.1 million subscribers (45.1% market share)
KDDI - 53.5 million subscribers (31.3% market share)
Softbank - 40.4 million subscribers (23.6% market share)

NTT Docomo provides a complete breakdown of it's mobile subscribers which is available here. The forecast is to have 78.1 million subscribers by Q3 2019.

KDDI au subscriptions info is available here. At the end of 2018, there were 54,262,800 subscribers

Softbank on the other hand, has 33 million mobile subscribers and 7 million broadband subscribers according to their web page. Their broadband service contains of Softbank Air which is high speed 4G wireless internet as well as Optic Fiber service. 

KDDI's M2M / IoT History, Solutions, Cloud Data Market & Ecosystem

Explained in 4 slides below

Further details on KDDI website here.

Optus launching commercial 5G Fixed Wireless Access services in January 2019

Optus is the second largest telecommunications company in Australia. It is a wholly owned subsidiary of SingTel (a company headquartered in Singapore) since 2001.

As of 31 October 2018, Optus’ 4G network population coverage was 97.2% in Australia, with 7,011 sites upgraded to 4G of which over 5,990 have been upgraded to 700 MHz spectrum. The total 4G customer base reached 6.39 million (Including Enterprise customers, Optus’ total number of 4G customers reached 6.48 million) as of 30 September 2018. They believe that all Australians deserve high quality mobile coverage are committed to relentless improvement, especially to the roll-out of 5G.

During this quarter, Optus launched the 50th Federal Government Blackspot. In addition, Optus successfully concluded “live” 5G network trial in Sydney, paving the way for the commercial launch of Fixed Wireless Access services in Canberra and Brisbane in January 2019, and other capital cities by March 2019. 

Optus' road to 5G saw it begin switching on its 4.5G network in February last year, followed by the addition of Massive Multiple-Input Multiple-Output (Massive MIMO) and three-cell carrier aggregation to 4G at the end of last year.

According to chief executive officer Allen Lew, Optus has now finished trials at its HQ in Macquarie Park; its 5G Live centre in the Gold Coast is stage two of its 5G plan, as it will allow the telco to gather data on how consumers interact with and react to the low-latency, high-bandwidth capabilities of 5G and the technologies it enables.

Optus is also inviting "young entrepreneurs" to visit the showcase -- which utilises both indoor and outdoor 5G base stations -- and commercialise any ideas they come up with, which will also help Optus to decide who to partner with.

While according to Optus head of Networks Dennis Wong  5G is the final piece of the "industrialisation puzzle" -- due to its characteristics of low latency, high bandwidth, network slicing architecture, and massive machine type communications -- Wong said Optus is well positioned to deliver a 5G network thanks to its holdings in the 3.5GHz spectrum band.

***
To learn more about Fixed Wireless Access, see 3G4G Blog post here.

See also:

• Telstra's LTE-B Push
• 5G Development and Progress in Singapore

Telstra's LTE-B Push

Telstra is streaming live sports content to a massive base of around 1.2 million devices each weekend and sports fans consume 37 million minutes of live content over our apps on any given weekend.

You have to remember that while Australia is just slightly smaller than USA, Canada and China, its population is just 24 million. A big part of the country is desert with patchy or no coverage. Telstra has roughly 40% subscribers according to Kantar.

Picture Source: Finder

Mike Wright, Group Managing Director, Networks, Telstra has been talking about their LTE-B network in various fora. He has mentioned a few times that they are doing extensive testing of LTE broadcast on compatible devices, mainly Samsung Galaxy S8 or Galaxy S9 when streaming through the official AFL Live app. The AFL app had been developed in collaboration with Samsung and Expway, which supplied middleware.

According to this report on Finder:

Telstra showed off LTE-B at a media demonstration in Sydney today, where over 100 Samsung S8 and S9 phones were simultaneously streaming using LTE-B, alongside a handful that were using the conventional "unicast" method (where each device is pulling its own separate stream). The unicast devices regularly timed out, but there were no problems with the devices streaming LTE-B.

The LTE-B devices also had a higher quality (720p HD) compared to their unicast siblings:

The biggest issue right now is that for LTE-B to work, software updates are needed to both the phone's operating system and to any app that uses it. Wright says that Telstra expects more phones and apps to be upgraded in the near future, though he wouldn't commit to any timeframe for an iOS upgrade.

Given Apple's importance in the Australian market, that will be an essential to keep the majority of Telstra's 1.2 million football streaming subscribers happy. I'd also assume that we'll see an upgrade to the Telstra NRL app pretty soon.

One interesting side note: the 100+ devices were all showing the same stream, but weren't exactly in sync, as you can see in this picture:

Wright explained that this was due to each device having started off on a slightly different frame. The difference is very slight, however, and wouldn't mean that if 30 people were all watching the match in a pub on their phones, they'd cheer at different times as goals were scored.

The Internet wasn't designed to support traditional broadcast methods, so tweaks like LTE-B are going to be ever more important as we continue to switch to streaming. With luck, by the time Game Of Thrones returns in 2019, it will ensure streaming viewers get the best possible experience.

Earlier Telstra also talked about Multicast Operation on Demand (MooD) and Service Continuity features. More technical details on these features are available on 3G4G blog here.

Finally, the slide above details major milestones for Telstra and their roadmap for NB-IoT and 5G network launch.

Related posts:

• Multicast Operation on Demand (MooD) and Service Continuity for eMBMS
• Reliance Jio getting ready for LTE-Broadcast (eMBMS) rollout

APAC's 32 largest operators ranked by revenue

Source: Austin County News Online

You have probably seen the map above. It shows there are more people in this circle than outside. Its also where many huge telecom operators are located. Well, Asia-Pacific or APAC is much bigger than what you see above. See this pic below.

Source: Wirawan Winarto on Quora

Total Telecom just published a list of 32 top operators in this region by revenue. Here is the list.

Mobile In Tokyo makes a good point (tweet below) that even though Japan is roughly 1/10th of China by population, the 3 Japanese operators generate 37% of revenue in Asia.

According to this report, three Japan telcos generate 37% of revenues in Asia, just ahead of China - considering 1/10 compared population = 10x ARPU. See 'on the Road to 5G' via @totaltelecom https://t.co/S0CMSfDlPb

— Mobile in Tokyo (@Wireless_Watch) June 26, 2018

In other interesting analysis in the article:

India contributes the most operators to the Asia 32 table with five representatives, but its revenue share is just over 5%, down slightly on the previous report. As detailed in the full Global 100 report, India's telcos are experiencing more than their fair share of difficulties, with Reliance Communications and Tata Communications both pulling out of retail telecoms on the back of fierce competition from newcomer Reliance Jio Infocomm. Jio will also be a newcomer to the Global 100 in the next report. It generated revenues of 239.16 billion rupees in the year to the end of March 2018, which equates to around €3 billion and would afford it 22nd place in the current Asia-Pacific ranking and 65th in the full Global 100.

There was a newcomer to the current Asia 32 table in the form of Malaysia-based Axiata, which ranks 17th in the Asia-Pacific and 51st in the overall Global 100. There were previously just 31 representatives of the Asia-Pacific region in the Global 100.

The region's overall revenue total came in around €1 billion higher than in the previous ranking, with the Asia 32 together generating €502.3 billion. The Asia-Pacific accounted for 36% of total Global 100 revenues, down from 38% two years earlier.

You can read the complete article here.

Total Telecom's Global 100 report is available here.

In related news, according to Telecom TV:

Asia Pacific is on track to become the world’s largest 5G region by 2025, led by pioneering 5G markets such as Australia, China, Japan and South Korea, according to the latest edition of the GSMA’s Mobile Economy report. Launches of commercial 5G networks in these markets beginning next year will see the Asia region reach 675 million 5G connections by 2025, more than half of the global 5G total expected by that point. Asia’s move to state-of-the-art mobile broadband networks reflects the mobile ecosystem’s growing value to the region’s economy. According to the report, Asia’s mobile industry added $1.5 trillion in economic value last year, equivalent to 5.4 per cent of regional GDP.

The latest GSMA Mobile Economy report is available here.

New Zealand Mobile Operator Overview

Source.

As of March 2011, the penetration rate in New Zealand was estimated at 124.326% over a population estimate of around 4.3 million.

Source

Vodafone and NZ incumbent, Telecom, have announced recently announced their mid-year subscriber figures and industry researcher IDC estimates that the country has now officially passed the 100% penetration mark to reach 101%, or 4.25 million mobile subscribers. This means that growth for the country's only two mobile phone carriers is reduced to stealing customers from each other - or as has happened in the past year - convince people they need a phone on both networks.

"The New Zealand mobile market is reasonably unique with a high level of maturity and above 100% penetration, yet only two operators present. Interestingly, we've hit 100% mobile penetration before Australia has. Last year, New Zealand saw an upheaval in the Internet sector, with the mobile space looking set to be next," said IDC telecommunications analyst, Darian Bird.

Source.

Let's not forget 2degrees. New Zealand's third mobile carrier possibly already has more customers than Telecom NZ. It is currently positioned as the low-cost alternative. If 2degrees does nothing else, it puts price pressure on Vodafone and Telecom NZ.

But it does do something else. Something important. While 2degrees is playing catch-up in areas like 4G, it has been innovative in finding new ways to sell wireless services. The company's carryover plans and ability to share data between accounts have helped reshape the market.

So why is the mobile market flowering now? The arrival of a third carrier in the shape of 2degrees made much of the difference. Once it reached critical mass, Vodafone and Telecom NZ had to lift their games. All New Zealand mobile customers owe 2degrees founder Tex Edwards a debt for making that possible.

Source.

Telecom Corp., New Zealand's second-biggest mobile phone operator, has been cleared to buy the final lot of 700 megahertz radio spectrum, flagged for fourth-generation mobile use, after proposed government allocations made it unlikely Two Degrees Mobile would gain any benefit if it managed to acquire the spectrum.

Telecom chief executive Simon Moutter said the clearance means the country's biggest telecommunications company will benefit its customers with faster speeds and more capacity on its 4G network.

"This fourth lot puts Telecom in the best position in the market to deliver a very high-performance 4G mobile network for New Zealand, including in less densely populated areas," Moutter said in a statement.

Telecom bought the fourth 2x5 MHz for $83 million in the second round of a government auction, having secured three lots of 2x15 MHz spectrum for $66 million in the first round. Vodafone missed out on the fourth lot, having bought three 2x15 MHz lots for $66 million in the first round, while 2degrees bought two lots of 2x10 MHz spectrum for $44 million.

While some 4G capability is already available on higher MHz spectrum, the 700MHz range is especially well-suited to pushing fast mobile broadband into rural areas because it requires fewer repeater stations to achieve coverage and into densely populated urban settings, such as commercial buildings.

As part of the auction’s conditions, the mobile phone operators will have to upgrade existing rural cell sites to 4G capability within five years and continue to expand their coverage. That’s to ensure at least 90 percent of the country has access to a 4G network within five years.

Source.

Black+White launched with much fanfare but has almost vanished since then. CallPlus and Orcon –both big-name brands in the ISP space – have mobile offerings but you’d be hard pressed to find anyone using them. The plans seem uninspired somehow and certainly can’t compete with the big names, Vodafone and Telecom, despite using their networks.

In Australia MVNOs account for 13% of the market, yet in New Zealand the total for all MVNO offerings is probably in single figures.

I think I can see why – MVNOs in New Zealand are on account only, and New Zealand is predominantly a prepay market. Immediately, most of New Zealand’s customers are unable to consider switching to an MVNO provider because there is no prepay option.

Source.