Spain’s telecom market is one of the largest in Europe, supported by a population of more than 46 million. Mobile penetration is on a par with the European average and there remains room for further growth, particularly in the mobile broadband segment which has been supported by continuing investment in infrastructure among operators. With LTE almost universally available, the focus among operators has shifted to services based on 5G. Vodafone Spain was the first operator to launch a 5G network, in June 2019. The other players planned to wait until after the auction of spectrum in the 700MHz band, though the COVID-19 crisis has delayed this to June 2020.
The fixed-line broadband sector has also been backed by investment in fibre infrastructure, enabling providers to develop improved bundled services and to compete more effectively. The regulator has fostered competition by providing access to Telefónica’s DSL and FttP networks, while network sharing agreements have meant that Orange Spain, Vodafone Spain and Másmóvil have become significant operators. By the beginning of 2020 fibre accounted for about 67% of all fixed broadband connections. Telefónica alone expected to provide complete FttP coverage by 2024.
Spain has 4 network operators: Movistar (owned by Telefónica), Vodafone, Orange and Yoigo (with free roaming on Orange and Movistar).The country is all covered by 2G and mostly by 3G up to HSPA+ and DC-HSPA and 4G/LTE in towns. Nationwide the big three providers Movistar, Vodafone and Orange are neck on neck with a similar coverage and market shares. 2G is on 900 and 1800 MHz, 3G on 900 and 2100 MHz. Yoigo is a 3G/4G-only network with limited own resources, but free roaming on Orange and Movistar, giving it a very good coverage too.
4G/LTE was launched by all operators in 2013 using 800 (B20), 1800 (B3) and 2600 (B7) MHz frequencies. In 2017 Vodafone had the best 4G/LTE coverage at 96.5% followed by Orange with 91.7%, Movistar and Yoigo at 89% of the population.
5G was started in 2019 by Vodafone and Telefónica on 3500 (n78) in some city areas. So far only Vodafone has made 5G accessible for prepaid users on some plans.
According to Open Signal network tests in 2020 all 4 providers remain very much on par at 89-91% 4G/LTE coverage. Movistar has proven to be the fastest network with 34 Mbit/s on average.
Orange in Spain has expanded its 5G coverage to three new cities after launching the new network technology in September. The new cities covered by Orange’s 5G network are Zaragoza, Logroño and Pamplona, which adds to Madrid, Barcelona, Valencia, Seville and Malaga. Orange also said it expects to launch 5G in 93 towns and cities across Spain before the end of 2020.
Orange has launched commercial 5G services in Spain in September using equipment provided by Ericsson. The European carrier is currently offering this technology through spectrum in the 3.6-3.8MHz band using NSA architecture.
Operating on 3.6GHz spectrum, the 5G network in Madrid and Barcelona is powered by the Ericsson Radio System (Baseband 6648 and AIR 6488 antenna), delivering massive multiple-input multiple-output, which increases network capacity and spectral efficiency.Ericsson also supplied Orange Spain with a 5G Evolved Packet Core to support 5G New Radio non-standalone (NSA), including control plane, user plane and policy network functions.
The Vodafone network has 2G up to EDGE, 3G, 4G/LTE and now on 5G NR up to 1 Gbit/s open for all prepaid tariffs and plans. Meanwhile, it has expanded its 4G/LTE coverage to most areas. In 2019 5G NR started in 15 city centers on 3500 MHz (n78) and has been made accessible on some tariffs.
This was Spain’s first commercial 5G network in Madrid, Barcelona, Valencia, Seville, Malaga, Zaragoza, Bilbao, Vitoria, San Sebastian, La Coruna, Vigo, Gijon, Pamplona, Logrono and Santander in June 2019. The carrier had previously said that it was working with Huawei and Ericsson in the deployment of the 5G network.
Movistar by Telefónica is on 2G up to EDGE, 3G up to HSPA+ and 4G/LTE. 5G NR has started but is not available for prepaid so far.
Telefónica is still the incumbent and main landline provider and used to be market leader in Spain, but its prepaid offer was not competitive enough. This changed in 2019 when Movistar finally released affordable prepaid options in promotions.
Telefonica has already activated its 5G network in 640 towns and cities across the country, according to recent press reports. They already provides its 5G service to approximately 42% of the Spanish population. The telco previously said it aims to cover 75% of the population with the new technology by the end of 2020.
In September, the Spanish telco announced the launch of non-standalone (NSA) 5G commercial services in the country. Telefonica’s initial 5G deployment phase included 150 cities with more than 50,000 inhabitants, almost all the cities with 30,000, more than 50% of those with 20,000 inhabitants and some with more than 10,000 inhabitants.
The operator is offering its 5G service through spectrum in the 3.5 GHz and 1.8-2.1 GHz bands. Telefónica previously said that it had initially launched 5G services thanks to a technology that combines the deployment of NSA (non-standalone) 5G and DSS (Dynamic Spectrum Sharing). Telefonica said it will launch a standalone (SA) 5G network across Spain once the technology becomes “fully available” after standardization.
Yoigo network operates up to HSPA+, 4G/LTE on 1800 MHz with free roaming on Orange network, giving a good coverage. They claim 85% 4G/LTE coverage on their own, but even more with their free roaming partner.
In 2016 they were sold from Telia to Másmóvil. From 2018 Yoigo customers can roam on Orange networks on 2G, 3G and 4G/LTE for free as well as Yoigo's own antennas giving it a very good coverage in the country.
In September 2020, Masmovil launched its 5G service in 15 cities across Spain for the customers of its Yoigo brand. The carrier said that the 5G service is being offered via a combination of own infrastructure and an agreement with rival operator Orange.
A possible integration between Vodafone Spain and MásMóvil has been reported.
The Democratic Republic of Timor-Leste, commonly known as East Timor occupies the eastern half of Timor island located in the Indonesian archipelago. It became independent in 1999 and recognized as a sovereign state in 2002.
Due to a limited number of fixed lines as well as the dominance of the mobile platform, fixed broadband penetration in Timor Leste remains very low. However, the market has grown strongly over the past five years from a very small base, driven by a rising level of mobile subscribers with smartphones. However, the mobile broadband market is still at an early stage of development. Over the next five years to 2023 the market is expected to grow very strongly but overall market penetration will remain extremely low compared to other nations.
All three major mobile operators: Timor Telecom (TT), Telkomcel (Telin Timor-Leste) and Telemor (Viettel Timor-Leste) have recently launched 4G LTE services. A local consortium has submitted an application to become the country’s fourth telecoms operator. Ceslink intends to offer high-quality, high-speed and affordable telecoms services in all areas of the country.
2G and 3G is on all three operators in the country, 4G/LTE started in 2017 on all three operators too. Mobile phone coverage is fairly good in most of the country (some rugged rural areas can be hard to get a signal). 3G has decent coverage in the major towns (again, the best provider can vary by location), but it's hard to get coverage in smaller towns.
Telemor is operated by Vietnamese army backed Viettel and has beaten TT and became the most popular provider with 47% market share in 2017. It started as late as 2013 and has built up a good coverage ever since. 2G and 3G is on 900 and 1800 MHz covering more than 95%.
In 2017 they have started 4G/LTE on 1800 MHz. The new high speed service is available in all 13 of Timor-Leste’s districts, providing territorial coverage of 70%.
Timor Telecom was the market leader for a long time, but lost to Telemor recently. It used to be the only player from 2003, until in 2012 two new competitors have been licensed. It is co-owned by the E.Timor state and Brazilian Oi. It still has a good coverage, but the highest rates. About 94% of the population is covered at 188 2G and 122 3G sites.
2G/GSM is on 900 MHz and for 3G TT uses 2100 MHz network frequency in Dili and 850 MHz band elsewhere. 4G/LTE has started in 2017 on 1800 MHz (B3)
Telkomcel owned by Indonesian Telin (Telekomunikasi Indonesia) is the 3rd operator with a low 13% share in 2015. It covers 95% of the population already. 2G and 3G is both on 850 MHz only, which is rare in Asia for 3G. So check before, if your device can handle it.
It was the last operator that started 4G/LTE in 2017 for their 5th anniversary starting from Dili area, and continuing to expand to other districts.
Timor-Leste’s National Communications Authority (Autoridade Nacional de Comunicacoes, ANC) has invited mobile operators to submit applications for the allocation of spectrum in the 1800MHz, 2300MHz and 2600MHz bands. The move follows a consultation meeting held last month between the regulator and operators in response to new policy guidelines issued by the Ministry of Transport and Communications on maximising the use of radio frequency spectrum in Timor-Leste (No. 04/2020 of 23 September 2020).
In releasing spectrum in the 1800MHz, 2300MHz and 2600MHz bands, the ANC said it is aiming to: support the implementation of government policies; meet the need of mobile service providers, especially to provide better data services for customers in urban areas; promote the efficient use of radio frequency spectrum; and promote competition in the sector.
The telecoms sector is one of the fastest growing areas of the Georgian economy, accounting for between 5% and 7% of GDP. There is still room for further growth, with penetration rates in the mobile and broadband segments relatively low by the standards of European benchmark countries. Growth in mobile broadband has been steady, supported by the auction of spectrum in the 800MHz and 2100MHz bands which has enabled the network operators to expand the reach and capabilities of LTE services. LTE services now cover the vast majority of the population. The regulator has also developed a strategy to introduce 5G, incorporating elements such as coverage obligations, network access, and the possibility of a joint venture to build the network. Spectrum considered for 5G is in line with European guidelines.
Georgia continues to face economic challenges which also impact the telecom sector. Revenue from fixed-line voice services has fallen sharply, while revenue from the mobile sector has been under stress from intense competition, compounded by the fall in messaging traffic as subscribers migrate to alternative OTT services. The overall market is largely propped up by the broadband sector, where the number of subscribers continues to increase steadily. The sharp growth in the number of fibre broadband connections has impacted on the DSL segment as customers are migrated from copper to fibre networks. DSL now accounts for only a small proportion of fixed broadband connections. This development reflects the significant investment in infrastructure in recent years, spurred by the government’s national broadband plan. Much of the investment in fixed-line infrastructure is earmarked for fibre networks, which will provide backhaul for future 5G services.
Currently in Georgia three GSM networks are in operation: MagtiCom, Geocell and Beeline. 2G is on 900 and 1800 MHz, 3G up to DC-HSPA+ on 2100 MHz and 4G/LTE started on all 3 networks on 800 and 1800 MHz (Bands 3 and 20) in Georgia.
MagtiCom is the market leader in the country. 4G/LTE started in 2015 in major cities on 1800 MHz (B3) and is now extended to 800 MHz (B20). They have the best coverage in the country. LTE covers 90% of population in 2016 already. They are the only ones to have good (LTE) coverage underground in Tbilisi Metro.
MagtiCom has announced it has started testing 5G technology. Without providing further details, the company says it is cooperating with ‘three leading telecommunication equipment manufacturers around the world’ to conduct the trials, and will also partner with a fourth in the near future. MagtiCom did emphasise, however, that it does not at this stage plan to launch 5G commercially, stating that as long as the average mobile data consumption in the retail segment does not exceed 15GB-20GB, then the launch of the technology cannot be justified.
Russian-owned Beeline operated by Mobitel is the smallest operator in the country. But it still has good coverage in 2G and 4G and its new 3G has started in March 2017.
Local fixed operator Silknet acquired Geocell from y Swedish Telia and Turkish Turkcell in 2018. It's the 2nd network in the country and started with 4G/LTE available in Tbilisi, Gudauri, Bakuriani and Kazbegi on 1800 MHz.
Coverage in Tbilisi Metro was poor: it is mostly GPRS or sometimes EDGE, so you will be able to make phone calls, but data is practically unusable underground.
SilkNet have now announced the deployment of a ‘gigabit LTE’ network in the capital Tbilisi. The rollout of the new mobile data network is aimed at ensuring the delivery of high speed and quality internet services. SilkNet states that its ‘gigabit LTE’ network is also available in the city of Batumi and will be expanded to the east and west of the country over the next year.
In 2014, Georgia agreed to gradually ensure the harmonization of the existing legislation in the field of electronic communications with the existing regulatory norms within the EU. With the assistance of the European Bank for Reconstruction and Development (EBRD), Georgian National Communications Commission (GNCC) analysed the non-compliance of Georgian legislation and regulatory norms with European directives. As a result, a two-stage package of legislative changes for radio communication was developed: The first stage involves the introduction of general liberal fundamental approaches while the second involves individual licensing.
Due to the high importance given to 5G in the country, GNCC plans to hold an auction in 2020 to allocate the necessary spectrum. GNCC states that when determining the basic requirements for the 700 MHz and 3400-3800 MHz frequency spectrum, it is recommended for providers to make a specific coverage plan, which will include a specific list of cities and major roads to be covered under the 5G license. Besides, the regulator notes that the license should impose certain obligations regarding the coverage of specific settlements, as well as in terms of investments and network development.
Within the scope of auction, the regulator plans to make available following amount of spectrum in 700MHz, 800MHz, 3400-3800MHz frequency bands at the following auction prices in lari and approximate EUR conversions:
20MHz in the 800MHz band (741,000 GEL/1MHz – 201,432 EUR /1MHz);
60MHz in the 700MHz band (363,000 GEL/1MHZ – 98,677 EUR/1MHz);
20MHz in the 700 (SDL) MHz band (391,000 GEL/1MHz – 106,289 EUR/1MHz);
320MHz in the 3400-3800 MHz band (52,000 GEL/1MHz – 14,135 EUR/1MHz).
In April 2020, GNCC informed the local press that it has already carried out large-scale work to install 5G internet infrastructure and soon will announce a tender for operators. The Georgian Association of Small and Medium Operators indicated to local press that Internet tariffs will decline after 5G is introduced in the country, maintained that the GNCC sets optimal prices for operators leading up to the frequency spectrum auction in the country. As of August 2020, however, there has been no 5G-related testing or commercial launches in the country, although Beeline Georgia already indicated its interests in 5G networks.
In October 2018, Vodafone Idea Ltd (now called Vi) launched Sakhi, a service to address key barriers women face to accessing and using mobile in India, as well as women’s concerns about personal safety – both the safety issues and threats that may arise from owning a mobile and general safety concerns that women experience that mobile could help address.
GSMA documents a detailed case study on early evidence of Sakhi’s social impact and Vodafone’s key success factors in meeting the needs of female customers. It also provides practical recommendations for mobile operators and other stakeholders interested in reaching female customers with a similar service.
Lithuania was once a powerful empire that dominated much of eastern Europe in the 14th–16th centuries before becoming part of the Polish-Lithuanian confederation for the next two centuries. It is one of the few countries that celebrates two independence days. Statehood Restoration Day on February 16 1918 from Russian Empire and German Empire and Independence Restoration Day on March 11 1990 from Soviet Union (a.k.a. USSR). It was admitted in EU and NATO in 2004.
Lithuania has three mobile network operators, each of which operates prepaid services under a different brand name: Telia - prepaid brands: Ežys and Extra, Tele2 - prepaid brand: Pildyk and Bitė - prepaid brand: Labas
SIM card penetration is relatively high for the region, and while the prepaid sector accounts for most subscribers, the proportion of higher-ARPU postpaid subscribers is increasing. Network operators continue to market mobile broadband services, made possible from investment in LTE technology. LTE services are available nationally, and although there have been some initial trials of 5G commercial services are not expected to be launched until late 2021. The regulator has consulted on the release of spectrum for 5G in a range of bands, though 700MHz spectrum will not be available until the second half of 2022.
A spectrum refarming exercise has enabled MNOs to have greater continuous spectrum bands to improve data service offerings. Since mid-2018 Telia Lithuania has repurposed some of its 3G spectrum holdings for LTE use.
All three major networks cover the country in 2G on 900 and 1800 MHz. 3G is covered by Tele2 (~98±1% on -95 dBm RSSI), by Telia (~96±1% on -95 dBm RSSI) and by Bitė (~96±1% on -95 dBm RSSI) on 2100 MHz and 900 MHz (in rural areas), -95 dBm RSSI is moderate strength connection for 3G. 4G LTE has started on Tele2 and Telia on 800 (B20), 1800 (B3) and 2600 (B7) MHz and covers around 99% of population in 2018. Bitė covers 97% of population on the same frequencies in 2018. 4G is covered by Tele2 (~77.5±2.5% on -105 dBm RSRP), by Telia (~72.5±2.5% on -105 dBm RSRP) and by Bitė (~67.5±2.5% on -105 dBm RSRP). 4G coverage data is up to Febuary 1, 2018. -105 dBm RSRP is moderate strength connection for 4G.
According to OpenSignal report of 2018, 4G LTE availability (proportion of time OpenSignal app users have access to 4G network) in Lithuania is 88.40%. Average download speed on 4G LTE network is 30.78 Mbps (February, 2018). According to speedtest.net, average mobile internet download speed in Lithuania is 40.02 Mbps and 13.75 Mbps upload.
Generally, there is a very good 3G/4G coverage across the country.
Telia Lithuania, formerly Omnitel, owned by the Swedish-Finnish Telia Group. It has the one of the best overall coverage together with Tele2. 4G/LTE already covers 99% of the population in 2018 and it is available to prepaid users without any surcharge. They offer two very similar prepaid brands called Extra and Ežys (hedgehog in English) that only work in Lithuania for data, not abroad.
Telia plans to refarm most of its 2100 MHz frequencies from its 3G network to increase the speed and capacity of its LTE mobile services by the end of 2020. This move will pave the way for the shutdown of its 3G network by the end of 2022. Telia states that 3G-only devices will still be able to connect to the 2G network, adding that around 97% of all mobile data traffic is currently carried over LTE network.
Telia have launched a trial 5G mobile network, after securing temporary frequency authorisation from the Communications Regulatory Authority (Rysiu Reguliavimo Tarnyba, RRT). The trial network could achieve real down/upload speeds of 1.9Gbps/200Mbps, with latency of ten milliseconds. Telia is planning to commence the provision of commercial 5G services in Lithuania after the RRT’s 5G frequency auction, which is expected to take place in 2021.
Telia have also partnered up with Ericsson in a five-year network deal to modernize their 4G network and introduce ultra-fast high-capacity 5G which will enhance digital experiences for Telia’s subscriber and business customers in Lithuania. About 2,000 mobile sites will be modernized over the coming three years. Telia Lithuania’s 4G network modernization and deployment of Ericsson’s 5G radio access network (RAN) technology will comprise Ericsson Radio System products and solutions. This includes Ericsson Spectrum Sharing, which will enable Telia to dynamically share 4G and 5G traffic and enable a smooth, fast, and cost-effective migration to 5G. Ericsson is also supplying its 5G Carrier Aggregation solutions for better coverage, increased capacity and higher data speeds. Roll-out and support services are also part of the deal.
Tele2 by the Swedish Tele2 group has one of the best coverage in the country together with Telia. 4G/LTE covers 99% of the population in 2018 and is also available for prepaid customers. It is the most popular mobile network in Lithuania. Their prepaid brand is called Pildyk (top up/fill up in English).
Tele2 has entered into a partnership with the operator Bite to create a network sharing joint venture in Latvia and Lithuania.
According to Tele2, it includes sharing of infrastructure in current networks, spectrum sharing as well as future build-out of 5G.The two operators’ current radio and transmission networks will be merged, forming a joint shared network in each country. The aim will be to improve network capacity and coverage for Latvian and Lithuanian customers, while reducing each party’s operational costs and energy consumption. The partnership also aims to roll out joint 5G networks faster and at a significantly lower cost than Tele2 and Bite would have been able to do on a stand-alone basis.
.@tele2group and Bite Group to share 2G-3G-4G-5G radio network throughout Lithuania and Latvia through a 50/50 held JV. The migration project starts 2021 and is targeted to finish by 2023. https://t.co/XsMmWV310b
Bitė (The bee in English) has the lowest coverage on 3G/4G in Lithuania, but it is still comparable to other two major mobile network operators.They started 4G/LTE in 2015 on 800, 1800 and 2600 MHz. 4G is available for 97% of the population in 2018. The prepaid line is called Labas (Hello/Hi in English).
Bite Lithuania has published a timeframe for phasing out 3G and 2G mobile network technology. Bite estimates it will switch off the 3G network in 2024-2025, while 2G will shut down in 2026-2028. According to Bite 3G technology is mainly used to provide high quality voice services, currently carrying about 78% of voice traffic compared to 2G (lower quality) with the remaining 22%. Once 3G voice traffic can be moved to the 4G LTE network (via VoLTE technology), the 3G network will be largely redundant, as approximately 96% of all Bite’s mobile data traffic is already carried via LTE. Importantly though, Bite adds that a ‘large part’ of the Lithuanian population still uses non-4G devices, and if the 3G connection was switched off these devices would connect solely to the 2G network, reducing the quality of voice calls, hence the cautious shutdown target date range. An additional reason for the delay in 2G closure is the technology’s enduring popularity in connecting M2M/telemetry devices requiring only basic low data-rate connectivity.
There is a fourth operator: state-owned Lithuanian Radio and Television Centre (LRTC), also known as Telecentras provides telecoms services under the Mezon brand. It commercially launched of 4G/LTE services in the towns and cities of Klaipėda, Tauragė, Telšiai, Utena, Alytus and Anykščiai in 2015 and Vilnius and another 200 cites (list) in 2017 on 2300 MHz (TDD LTE band 40) covering around 70% of population. However in April of 2020 Bitė has agreed to purchase Mezon from LRTC.
David Owens, Head of Technical Trials, Telefonica/O2 spoke recently on Enabling a “5G” Future in What Next for Wireless Infrastructure summit. O2 was the last of the operators in UK to rollout 5G and has also less spectrum than other UK operators. It was good to hear that O2 is thinking seriously about how 5G will change everything. The talk is embedded below.
As Christmas is just round the corner, here is an advert from O2 promoting not their technology but 12-months of free Disney+
It's been 3 years since we last wrote about Turkey. Turkey’s telecoms sector continues to make great strides with its 5G implementation. The operators have conducted significant trials, largely supported by Ericsson and Huawei. LTE networks are already well established across the country, providing population coverage of over 93%. Many base stations have been upgraded to LTE-A.
Deployment of fibre-based broadband networks are also well underway in Turkey and while DSL services are still the leading fixed broadband access method - it will eventually lose its dominance due to the rapid growth in fibre subscriptions.
Turkey’s fixed and mobile infrastructure will help to underpin its Smart City initiatives, which have become a key area of focus for the future. Turkey recently released its National Smart Cities Strategy and Action Plan which will run for 3 years, between 2020-2023
BuddeComm notes that the outbreak of the Coronavirus in 2020 is having a significant impact on production and supply chains globally. During the coming year the telecoms sector to various degrees is likely to experience a downturn in mobile device production, while it may also be difficult for network operators to manage workflows when maintaining and upgrading existing infrastructure. Overall progress towards 5G may be postponed or slowed down in some countries.
On the consumer side, spending on telecoms services and devices is under pressure from the financial effect of large-scale job losses and the consequent restriction on disposable incomes. However, the crucial nature of telecom services, both for general communication as well as a tool for home-working, will offset such pressures. In many markets the net effect should be a steady though reduced increased in subscriber growth.
There are three network operators in Turkey: Turkcell, Vodafone and. Türk Telekom (formerly called Avea).
Like in Europe, 2G GSM is on 900 and 1800 MHz, 3G on 2100 MHz. Nationwide Turkcell has the best coverage, followed by Vodafone and Avea. If you stick mainly to the cities, it does not make any difference which of the three providers to choose.
In 2015 the regulator auctioned off licenses on 800, 900, 1800, 2100 and 2600 MHz bands for 4G/LTE (Bands 3, 8, 1 and 20) . All three providers launched 4G/LTE in 2016. It has been marketed from the start as "4.5G", otherwise known as LTE+ or LTE Advanced, accelerated by carrier aggregation where available in major cities in all 81 provinces from the start. Coverage is generally quite good: Turkcell has the best, followed by Vodafone and Türk Telecom with the least.
According to the recent report by Open Signal, Turkcell was to be the dominant operator across the majority of their network experience metrics. Turkcell managed to win in four out of their seven award categories — 4G Coverage Experience, Video Experience, Download and Upload Speed Experience — and each one of them by a large margin. The operator also came close to challenging its peers in the remaining three, but failed to beat Türk Telekom on Voice App and Games Experience, as well as Vodafone on 4G Availability.
Turkcell is the biggest operator in the country with 34 million mobile subscribers and 46.8 percent of the market share. 2G is on 900 MHz, 3G on 2100 MHz. In 2015 Turkcell’s population coverage was at 99.8% in 2G and 95% in 3G. Turkcell launched their "4.5G" LTE in 2016 using tri-band aggregation of 800, 1800 and 2600 MHz frequency bands. 4G/LTE is free to prepaid. Turkcell is known to have the best coverage in the countryside.
Turkcell has transformed its LTE and 5G voice network into 100% virtual infrastructures using Mavenir’s cloud-native, NFV-based IMS solution. Mavenir’s Virtualized IMS (vIMS) solution is designed to support LTE use cases and evolve into a fully web-scale platform that can meet growing requirements.
Vodafone is the 2nd operator in terms of coverage. 2G on 900 MHz, 3G on 2100 MHz, 4G/LTE was launched in 2016. It has a good coverage in the country, slightly worse than Turkcell, but better than Türk Telekom.
Vodafone has conducted extensive trials on Open RAN technology with the OpenRAN leader Parallel Wireless. These trials resulted in the creation of a Playbook with the help of Telecom Infra Project (TIP) OpenRAN group.
This playbook is developed by teams from Vodafone and Parallel Wireless to capture the learnings from this trial deployment where brownfield sites in Turkey were swapped with OpenRAN solutions for 2G/3G/4G, evaluating the technical and operational KPIs in the process. The playbook helps the OpenRAN community members, RAN solution providers, network operators, and system integrators take an informed approach to the selection of technology and the planning of OpenRAN deployments. It's available here.
In 2016 Türk Telekom rebranded its mobile network from Avea, but you see their old sign still sometimes. It's the smallest provider in Turkey in terms of coverage, but they have still good speeds in the cities and a fair coverage in the countryside. 2G is on 900 and 1800 MHz, 3G on 2100 MHz, 4G/LTE was launched in 2016. It still has the lowest coverage in the countryside, but is strong in cities.
A recent GSMA report, Roadmaps for awarding 5G spectrum in the MENA region, October 2020, mentioned that BTK, the Turkish regulator, has outlined its 2019-2023 strategic objectives under nine main themes in a 105-page long document. These objectives include detailed discussions on support for research and development activities to establish ‘5G and beyond’ national technologies; expanding fibre optic infrastructure to support fixed, mobile and cable broadband technologies; support for emerging technologies, e.g. IoT/M2M; and development of national cyber security capabilities.
The New Generation Mobile Communications Technologies Turkey Forum (5GTR Forum) was established in 2016 to coordinate activities of industry and academia relating to the development of 5G technology in Turkey. The forum produced a 338-page long ‘white book’ titled ‘5G and Beyond’. The report provides a set of recommendations for the development of physical layer, core network and terminals as well as how individual verticals could benefit from the use of 5G technology.
In terms of spectrum allocations, the report notes that the bands 470-694 MHz, 694-790 MHz, 1427-1518 MHz, 2300-2400 MHz, 2500-2690 MHz140, 3400-3800 MHz, 24.25-27.5 GHz, 40-43.5 GHz and 66-71 GHz are planned for mobile broadband systems in the short (before 2023), medium (2023-2028) and long (beyond 2028) term.
5G trials are being conducted, including:
Turk Telekom live trials for 3.5 GHz band; and
Turkcell field trials for 26/28 GHz and 3.5 GHz.
Vodafone has planned its 5G trials but is yet to operationalise them.
Vodafone has taken a lead in Open RAN trials and deployments. It has been very active in the Telecom Infra Project for the last 3 years but it has become more vocal and active recently. In addition to all the announcements, it has also released an eBook available here.
Back in August, Vodafone become the first UK mobile operator to switch on a live Open Radio Access Network (OpenRAN) 4G site enabling the introduction of more suppliers for mobile networks. The first site is connecting Vodafone customers around the Royal Welsh Showground in Powys, Wales. This was using the kit from Mavenir. Mavenir Open RAN Demo from TIP Summit 2019 is available here.
Earlier this month, Vodafone reiterated again that it will deploy the open interface, disaggregated radio access network technology at a minimum of 2,600 sites in the UK by 2027, the year by which UK operators must have rid themselves of Huawei gear. A Vodafone spokesperson fleshed out the strategy in a call with TelecomTV.
The 2,600 sites is a minimum commitment: That number of sites, which have already been identified and which are in rural areas of the UK (in the south-west), will be built out with Open RAN technology. Vodafone has started its vendor evaluation process, expects to select its suppliers in 2021, and will begin deployments in 2022.
It is not sharing any details about the capex it has set aside for Open RAN or which companies are at the front of the queue to be selected, though the likes of US vendor Mavenir and UK startup Lime Micro, which have been working with Vodafone UK on Open RAN trials in Wales, will clearly be hoping to be involved. But there will be plenty of competition from other specialists, such as Altiostar, Parallel Wireless and Comba Telecom, as well as bigger names such as Fujitsu and NEC (which, with Altiostar, is working on Open RAN trials with Vodafone Netherlands).
This week, Vodafone Ireland announced partnership with Parallel Wireless on Ireland’s first Open Radio Access Network (OpenRAN), bringing 4G coverage to 30 new locations. The sites are being built on an O-RAN architecture with a Remote Radio Unit (RRU) provided by Comba Telecom, Parallel Wireless Distributed Unit (DU) and Central Unit (CU) software running on a vBBU (virtual Baseband Unit) provided by Supermicro and deployed on site. The DU/CU software connects to Parallel Wireless' Near Real-time Intelligent Controller (RIC), located in a Dublin data center on HP hardware using VMWare ESXi v6.7 virtualized environment. Parallel Wireless Open RAN Demo from TIP Summit 2019 is available here.
Johan Wibergh, Group Chief Technology Officer at Vodafone said in a LinkedIn post, "OpenRAN continues to gain traction. Vodafone will be the first company in Ireland to use this exciting new technology to deliver 4G coverage more quickly to 30 locations in remote parts of the country. This is a major boost to rural communities in need of a digital lifeline. Well done to the team. The news follows hot on the heels of the OpenRAN UK plans unveiled recently and underlines our commitment to helping new, smaller suppliers enter the market. With the OpenRAN ecosystem still in its infancy, it needs continued industry and government support across Europe."
At the Open RAN summit 2020, Yago Tenorio, the current Chairman of the Telecom Infra Project (TIP) and Head of Group Network Architecture at Vodafone, outlined the international operator’s Open RAN developments and plans, highlighted the importance of open networking for the future of communications service providers, and identified the key areas of development that need to be addressed if Open RAN technology is to play a major role in carrier networks of the future and help deliver 5G’s potential. Thanks to Telecom TV for making all the talks available here. His talk is embedded below.
Italy has a large and vibrant mobile market with one of the highest mobile penetration rates in Europe which has benefitted from progressive government programs aimed at developing the fibre broadband sector. However the number of subscribers has fallen in recent years as customers respond to attractive off-net pricing which has reduced the financial benefit of having SIM cards from different providers.
The market underwent considerable changes following the merger of Wind and 3 Italia (becoming Wind Tre), which resulted in a new entrant in the form of Iliad. In mid-2019 Fastweb was recognised as an MNO in its own right, having been an MVNO for some 11 years. The company has secured spectrum in the 3.5GHz and 26GHz bands and has a ten-year deal with Wind Tre providing it with national roaming as well as a partner with which to develop a 5G network.
Italian network operators were among the first in Europe to trial services based on 5G. Recent spectrum auctions raised €6.55 billion, a cost which has encouraged operators to looking at cost-saving options including network build cooperation and the sale of base station portfolios.
There are four network providers currently operating in Italy, with one merger and one new entrant: TIM, Vodafone, W3 (WINDTRE) (merger of Wind and 3) and Iliad (launched in 2018).
2G is still operational up to EDGE on 900, 1800 MHz spectrum is being reused for LTE 3G: up to DC-HSPA+ is on 900 (Band 8) and 2100 MHz (Band 1). 4G/LTE : 800 MHz (band 20), 1800 MHz (band 3), 2600 MHz (band 7). Additionally TIM is using the unusual 1500 MHz (band 32) in metro areas and Tre is testing TD-LTE on 2600 MHz (band 38). Vodafone has started to deploy LTE also on 2100 MHz (band 1) in large cities.
5G was started in 2019 on the major networks on 3500 MHz (n78) in a few cities, but only TIM and Vodafone are selling it so far, and only Vodafone sells it without requiring a link to an Italian bank account or credit card. For 5G there will be two physical networks: one built by TIM and Vodafone and a second one built by FastWeb and WindTre.
TIM and Vodafone used to have the best coverage. This has changed in 2020 when the newly consolidated network WindTre was unveiled and seems to be now on par with the other carriers what coverage and speeds are concerned. The new 4th operator Iliad has deployed some own 3G/4G infrastructure and relies on a 10 year- RAN-sharing and roaming contract with WindTre giving it a reasonable nationwide coverage at the start.
The recent Open Signal report observes that regarding speed it was something of a two-horse race between TIM and Vodafone, which were the only Italian operators to win any of their national awards since November 2016. But now the newly merged WindTre has joined the race and is overshadowing the former leader TIM. Vodafone jumped to the lead winning three awards and tying for a further one; WindTre gained two first prizes and drew for two additional awards; TIM drew with WindTre in Video Experience to jointly win one award this time.
Vodafone and TIM are not resting idly and have been given conditional approval by the European Commission to create Europe's biggest mobile towers company as part of a strategy to speed up the rollout of 5G services.
Also according to Open Signal the COVID-19 pandemic showed an impact on Italy's mobile network experience similarly to many other countries around the world. But the good news is that, regardless of the incremental challenges due to managing increased load on the networks, Italian smartphone users generally saw their mobile experience improve across all metrics except for Download Speed Experience compared to six months ago. In fact, users on TIM and Vodafone’s networks saw their average download speeds decline. But this is not breaking news because six months ago they observed a similar decline with both TIM and Vodafone seeing speeds fall compared to May 2019. Despite a few drops in download speeds, Italian operators have so far shown a resilient mobile experience in this unprecedented situation, improving most of their scores across the Open Signal metrics.
In this report, data has been gathered and analysed in the 90 days from the start of February 2020 to compare the mobile network experience of Italy's four national operators: Iliad, TIM, Vodafone and the newly-merged WindTre that originated from the former Wind and 3 Italia. Along with the national-level awards and analysis, they have also looked at the performance of all four operators in 21 of Italy's biggest cities to see how they compare.
TIM owned by Telecom Italia is still the biggest operator in the country. All of the country is covered by 2G, 97% of the population is covered by 3G and 4G/LTE is available in 6,300 municipalities covering 94% of the population: TIM 4G coverage. From 2017 the rather unusual band 32 on 1500 MHz was added for LTE aggregation in Turin, Milan, Rome, Naples, Palermo, Taormina and Giardini-Naxos.
Telecom Italia (TIM) had previously announced that it expects to provide 5G technology in at least 120 cities and 200 tourist destinations across Italy by 2021. By that time TIM also plans to provide 5G coverage for 245 industrial districts and 200 specific projects for big businesses.
The carrier initially launched 5G services in parts of Turin, Rome and Naples in July 2019. TIM’s 5G offering was also expected to cover Milan, Bologna, Verona, Florence, Matera and Bari by the end of 2019. The telco also announced plans to cover 30 tourist destinations throughout Italy, 50 industrial districts and complete 30 dedicated 5G projects for large companies by December 2019.
The operator said that the speed of the 5G service will be increasing progressively up to 10 Gbps by 2021. TIM previously said that its 5G services will be offered through spectrum in the 700 MHz, 3.6-3.8 GHz and 26.5-27.5 GHz bands.
In this initial phase TIM is deploying Ericsson’s 3GPP standards-based Non-Standalone 5G portfolio from Ericsson Radio System, supported through a software upgrade of their existing 5G Core network.
Vodafone is Italy's 2nd network and according to tests it has surpassed TIM both in 4G/5G speeds and coverage. 4G/LTE covers 98% of the population in 2019 and is included in most of their prepaid plans: Vodafone 4G map.
Vodafone was the first operator to offer commercial 5G services in Italy. The operator launched the technology in five cities across the country in June 2019.nInitially, the 5G service was available in Milan, Turin, Bologna, Rome and Naples. The company used equipment from Nokia and Huawei for the deployment of commercial 5G.
At the time of the launch, Vodafone Italy said it expects to add around 45 to 50 cities to 5G coverage during 2020. Aldo Bisio, Vodafone Italy’s CEO said that the telco’s 5G technology will reach more than 100 Italian cities by 2021.
In 2017 WindTre was born. This newly merged company has 27 million mobile customers. In 2018 Hutchison (former owner of Tre) took over the rest of the company and bought out Veon (former owner of Wind). For the time being both brands were sold separately.
Meanwhile the newly combined network scored many points in network tests and seems to be on par with TIM and Vodafone now. Both Umlaut and OpenSignal found out in 2020 that W3 4G coverage is equal to the other two networks and average speeds are even slightly higher at 28.6 Mbit/s.
Finally, as of 16 March 2020 the new brand and logo W3 (called: WindTre) was introduced and both brands have now merged commercially.
In June 2019 Wind Tre and Fastweb announced a strategic agreement leveraging on the operators’ respective assets in order to accelerate the rollout of a nationwide 5G network. The agreement will lead to the rapid deployment of a shared 5G radio access and back-hauling network in Italy that will support the delivery of next-generation mobile services for Fastweb and Wind Tre customers.
The shared 5G network will include Wind Tre and Fastweb macro and small cells, connected through dark fiber from Fastweb, to be deployed nationwide, with a targeted coverage of 90% of the population by 2026. Under the terms of the deal, Wind Tre will manage the 5G network, while both operators will remain independent in the commercial and operational use of the shared infrastructure.
Iliad by the French operator that offers 'Free mobile' in France has acquired the 4th licence as network operator in Italy after the merger of Tre and Wind. They employ national roaming and RAN-sharing in 2G/3G and 4G/LTE with WindTre after sealing a contract for 10 years (In non merged areas only WindTre network is used).
The new network was commercially launched in 2018. Because of the agreement with WinTre coverage is nationwide and equal to Wind or Tre and their signal might be shown as '222-50'. It's expected that the highly competitive market in Italy will be again heated up by their low-cost model.
Their introductory offer in May 2018 shook the industry. Like in France they don't offer regular prepaid plans, but only rolling contracts, that can be terminated at the end of each month. In summer 2018 they signed two million users within three months alone targeting a 10% share of the Italian market later.
While many of us are talking about Wi-Fi 7, Wi-Fi 6 has yet to gain popularity. The latest Google Pixel phones for example don't support Wi-Fi 6 but all the latest iPhones do.
This is not stopping the Ministry of Science and Technology Information and Communication in South Korea from promoting Wi-Fi 6, in 6GHz (a.k.a. Wi-Fi 6E)
Cute video from South Korea's ministry of how Wi-Fi 6 will take Wi-Fi to a new (5G like) level https://t.co/UYweUHBTb7
As you can see from the press release, 1200 MHz of spectrum is available for this new Wi-Fi. This video shows that they are serious in promoting Wi-Fi everywhere. In fact they compare it with 5G and even show Wi-Fi 6E as a winner.
Back in June, Wi-Fi NOW had already predicted that South Korea could become Asia’s first 6 GHz Wi-Fi nation. You can read about it here.
In a press release this week, Wireless Broadband Alliance (WBA), the worldwide industry body dedicated to improving Wi-Fi services and standards, announced the conclusion of five trial deployments of Wi-Fi 6 across diverse markets. WBA members including network providers, infrastructure vendors and device vendors set up the trial environments and executed the test cases in end-to-end real-life networks. One of these trials was by SK Telecom in retail, the COEX Shopping mall, which is the biggest complex shopping mall in Korea with about 250,000 visitors per day in average.
The detail from the case study is available in the report here.
SK Telecom deployed Wi-Fi 6 to improve connectivity for consumers, increase quality of experience (QoE) for densely populated areas and provide high throughput for immersive media services. Wi-Fi 6 reduced latency by 80 percent, reduced throughput fluctuation, and improved service reliability to customers anywhere, anytime, throughout the mall.
I am hoping to start seeing many more of these kinds of deployments in the next year.
The mobile market of Ghana is one of the most vibrant in Africa, with competing operators including the regional heavyweights MTN Ghana, Vodafone Ghana and AirtelTigo, formed from the merger of Airtel Ghana and Tigo Ghana. Although subscriber growth has remained strong in recent years, with the exception of a dip in 2017 resulting from a redefinition of active subscribers from one of the operators, competition has resulted in lower Average Revenue Per User (ARPU) and pressure on revenue. The country ranks high in BuddeComm’s Telecom Maturity Index, a testament to ongoing developments in network upgrades among operators as well as efforts by the government and regulator to expand services to underserved rural areas.
There remains enormous potential in mobile broadband services, both in terms of subscriber additions and in mobile data ARPU. Mobile internet connections already account for the vast majority of all internet accesses in the country. The launch of LTE services by MTN Ghana in mid-2016 and by Vodafone Ghana in March 2019 has added to the vibrancy of this sector. The regulator has encouraged other operators to refarm 2G spectrum for 3G use in a bid to improve internet access in rural and remote areas.
Overall there are four national operators competing for customers in Ghana: MTN Ghana, Vodafone Ghana, AirtelTigo (merged Airtel and Tigo) and Glo Ghana.
National networks are on 2G/GSM 900 MHz and 1800 MHz and 3G/UMTS 2100 MHz plus 900 MHz from 2017. Coverage and speeds are fairly good compared with regional standards and Ookla speedtests show an average of 9 Mbps for the country. 4G/LTE has been started by MTN and Vodafone on 800 MHz (Band 20).
MTN Ghana from South Africa is the market leader in Ghana with a 48% share and the best coverage and speeds since it took over Arreeba Ghana (Scancom) in 2007.
It's the only major network so far that has rolled out 4G/LTE from mid-2016, now available in every regional capital and some larger towns. For LTE they use spectrum on 800 MHz (B20). In March 2019 they activated its ‘4G+’ service based on LTE-A carrier aggregation technology, disclosing that it currently operated 1,226 4G LTE sites of which 625 were LTE-A enabled.
With 23.9 million voice subscriptions, MTN Ghana controls 57% of the subscriber market share in Ghana, far ahead of Vodafone, AirtelTigo, and Glo at 21.97%, 20.3%, and 1.75% respectively.
Despite the presence of 52 Internet service providers and 3 other operators, MTN enjoys 67% of the country’s data market and currently leads the country’s fast-growing mobile money sector.
Vodafone Ghana used to be the second placed rival, but will be overtaken by the merger of Tigo and Airtel. It was formerly called Ghana Telecom and was the national telecommunications company of Ghana. In 2008 Vodafone agreed to acquire 70% of Ghana Telecom from the Ghanaian government while the Ghanaian government retained a 30% stake.
Vodafone has started with 4G/LTE in a partnership with Surfline Communications to offer 4G services to its own customers in the cities of Accra, Tema and Takoradi. In 2019 Vodafone received spectrum on the 800 MHz (band 20) for LTE services, that have been launched in the springtime.
In 2017 Bharti Airtel has merged with Millicom’s Tigo in Ghana to become the country’s 2nd largest mobile operator called AirtelTigo with a 26% market share.
The regulator granted conditional approval for the merger in 2017. In the following months the two networks were integrated. In December 2018 AirtelTigo has announced that it has completed the network integration it has been carrying out for the past year. The new network is shown as Tigo on most phones.
Bharti Airtel has announced that it plans to end its Ghana operations by selling all of its 100% stake in its Ghana division, AirtelTigo. Airtel owns a 49.95% non-controlling stake.
The government of Ghana is reportedly set to acquire 100% shares of AirtelTigo, its customers and agreed liabilities. The government is expected to temporarily operate the assets and help protect the jobs of employees and the Interests of customers and stakeholders.
GLO for Globacom from Nigeria entered the Ghanaian market some years ago. It's the new 4th ranked operator with a meagre 4% share. Due to its lower coverage, it can't be recommended for travelling through the country.
Glo’s entry into Ghana in 2011, and the merger between Airtel and Tigo in 2017, could not provide sufficient competition for MTN in the telecom market.
Consequently, Ghana’s telecom market is gradually edging fully towards consolidation instead of a competitive one.
The Ghanaian government is working with Huawei Technologies to deploy more than 2,000 Rural Star sites in rural areas of the country. The network project, which is scheduled for completion by September 2021, is expected to provide voice and data services to over 3.4 million people in underserved and unserved communities, thereby extending national mobile coverage from 83% to 95%.
Back in April, the All G Open RAN vendor Parallel Wireless had announced that they have been selected by Ghana Investment Fund for Electronic Communications (GIFEC) to provide mobile telephony connectivity to underserved and unserved communities in Ghana. GIFEC is a special Fund set up by the Government of Ghana under the Electronic Communications Act 2008 (Act 775), designed to provide telecommunications and ICT services to unserved, underserved and deprived groups and communities in the country.
The French people have been eagerly waiting for 5G as we alluded to in our post back in July. With the spectrum auctions now concluded, the French operators are ready to roll out 5G.
The French regulator Arcep did the following press release as soon as the spectrum positioning auction concluded:
The main auction for the award of 3.4 – 3.8 GHz band spectrum, which ran from 29 September to 1 October 2020, made it possible to determine the amount of spectrum that each of the winning bidders would be awarded.
The “positioning” auction, whose purpose was to determine the position that each winning bidder would occupy in the 3.4 – 3.8 GHz band, took place on 20 October 2020.
The outcome of the positioning auction can be seen in the picture above.
Arcep will be awarding the winning candidates their licences to use 3.4 – 3.8 GHz band frequencies shortly.
Licensing fee payment
As a reminder, the winning bidders will pay:
The amount due for the block of 50 MHz (350 million euros) that was awarded in exchange for their making a set of commitments, in fifteen equal instalments over fifteen years, the first of which will be paid upon being awarded their frequency licence, and the remaining fourteen on the anniversary of that date;
The final amount bid during the main auction and positioning auction, in four equal instalments over four years, the first of which will be due upon being awarded their frequency licence and the remaining three on the anniversary of that date.
In addition to these amounts, operators will pay a variable annual fee, equal to one percent of the revenue earned from the use of these frequencies.
In another press release, they announced the creation of "5G rollout observatory". It said:
Following the completion of the main auction and positioning auction stages of the procedure for awarding 3.4 – 3.8 GHz band spectrum, Arcep will be awarding operators their frequency licences in the near future. To keep track of their progress, Arcep is creating an observatory dedicated to 5G rollouts.
An observatory to accompany the launch of 5G, and keep elected officials and citizens informed about its arrival in their area
To keep track of 5G deployments in Metropolitan France, Arcep will be publishing a dedicated observatory that will provide the following information:
The number of 5G cell sites that each operator has activated, and the frequency bands they use (3.5 GHz bands, low-range bands, mid-range bands);
A regional mapping of active 5G cell site deployments, by operator;
The number of 5G cell sites activated in “territories of industry” and in priority rollout areas;
The percentage of 4G cell sites in operators’ network that are providing increased throughput and equipped with a theoretical capacity to supply speeds of 240 Mbit/s (4G+);
Starting in 2022, at least 75% of cell sites must be equipped to each deliver speeds equal to a minimum 240 Mbit/s: operators can provide this level of performance either in 5G or 4G+. This obligation will gradually be extended to include all cell sites by 2030, at which point every one must be supplying a 5G service.
A regional mapping of 4G+ cell sites.
This observatory, which is in keeping with Arcep’s data-driven approach to regulation, will enable elected officials and citizens to stay informed about the arrival of 5G in their area.
The first 5G observatory will be posted online as the first 5G plans become commercially available.
All of this information will be made available as open data.
In early 2021, the observatory will be completed with unprecedented data on each operators’ planned rollouts
The licences to use 3.5 GHz band spectrum that will be awarded in November carry unprecedented transparency obligations regarding mobile operators’ deployments (not only on 5G rollouts in the 3.5 GHz band, but also more broadly on every band and technology).
As a result, in early 2021, Arcep will publish details on:
the location of the cell sites that operators plan on activating in the next three months, including information on the available technology;
the location of the cell sites for which an urban planning permit application has been filed.
Annex- Operators’ main rollout obligations, tied to the award of 3.5 GHz band licences
Every operator that was a winning bidder for 3.5 GHz band spectrum must comply with a set of rollout obligations, in support of regional digital development.
In particular, these obligations include:
A specific rollout trajectory for 5G cell sites using the 3.5 GHz band - Operators must deploy 3,000 cell sites in 2022, 8,000 in 2024 and 10,500 in 2025, using 3.4 – 3.8 GHz band frequencies.
Specific obligations regarding non-urban areas - 25% of the cell sites deployed in the 3.4 – 3.8 GHz band for the final two milestones (2024 and 2025) must be deployed in an area that includes municipalities that are part of low-density areas and so-called territories of industry, outside the country’s main metropolitan areas.
A steady increase in connection speeds, moving towards the ultimate goal of a nationwide 5G service. - By 2022, at least 75% of cell sites must be equipped to each deliver speeds equal to a minimum 240 Mbit/s: operators can provide this level of performance either in 5G or 4G+. This obligation will gradually be extended to include all cell sites by 2030, at which point every one must be supplying a 5G service.
RCR Wireless reported last month that French mobile operators are currently testing 5G services with a total of 483 active 5G base stations across the country, French press reported. Orange leads in terms of 5G base stations deployments, with 353, followed by Bouygues Telecom, with 67, SFR, with 54 and Free, with 9.
Orange has been most vocal about deploying 5G and when the auction was concluded, already announced 5G launch in December. Commsupdate reported:
Orange France is planning to start offering 5G services in December, following the launch of four new 5G-compatible voice and data plans. The new offerings range in price from EUR39.90 (USD46.92) for unlimited calls/SMS, 70GB of 5G data and an optional second SIM for another connected device, to EUR94.99 for unlimited calls/SMS/data and two additional SIMs. The operator claims that its 5G network will utilise existing 4G sites, and will feature Massive MIMO technology. The network will utilise spectrum in the 3.4GHz-3.8GHz band (Orange secured 90MHz in the band for EUR854 million in Arcep’s recently concluded 5G auction) and the 26GHz band (24.25GHz-27.50GHz). While commercial licences for the 26GHz will not be available immediately, Orange claims to have trial concessions to test the spectrum at two sites.
It also looks like there will not be all smooth sailing of 5G rollout in France.
A group of Orange employees, calling themselves "Je Suis Si Vert" (I'm So Green), circulated memos ...arguing the technology will be bad for the environment and unprofitable. https://t.co/FAGy0j7hG7
Light Reading reported that, A group of Orange employees, calling themselves "Je Suis Si Vert" (I'm So Green), circulated memos in May 2020 and October 2019 arguing the technology will be bad for the environment and unprofitable.
Regardless of all the noise, we can expect to see the start of 5G rollouts in France soon.
