Most countries already have limited access to 5G networks | Lifewire

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By Tim Fisher

5G is the newest wireless networking technology that phones, smartwatches, cars, and other mobile devices, and who knows what else, will use in the coming years, but it won’t be available in every country at the same time.

Some estimates forecast that by 2023, 5G will support more than 10 percent of the world’s mobile connections. For daily updates on how 5G is developing around the globe, see 5G: The Latest News & Updates. Also check out which 5G phones are available right now and when others are coming.

North America 5G

North Americans have already seen smaller iterations of 5G networks pop up, but it’s only just now, in 2020, taking off in most areas due to the elemental challenges of 5G networks. Estimates say that by 2023, up to 32 percent of North American mobile connections will be on a 5G network.

UNITED STATES

5G fixed wireless broadband internet from Verizon, C Spire, and Starry is currently available at a handful of locations, and Verizon, AT&T, Sprint, and T-Mobile have mobile 5G services available in various cities. More areas will get at-home and mobile 5G this year, from those companies and others like U.S. Cellular.

CANADA

Rogers Communications began rolling out a 5G network in early 2020 after investing over $4 billion USD on 5G in 2019. They also made a 5G test site on campus at the University of British Columbia. Learn more about the plans Rogers has for 5G to see when they expect a live network around the country.

Canada’s Telus Mobility has given 2020 as the year 5G is available to its customers, but explains that people in the Vancouver area can expect early access.

MEXICO

In late 2017, the Mexican telecommunications company América Móvilannounced the release of 4.5 networks in anticipation of a 5G release.

Its CEO says 5G should be available sometime in 2020 depending on the technology that’s available at that time.

PUERTO RICO

Wireless provider Claro began testing 5G in Puerto Rico in 2019.

Central America 5G

Central American countries will most likely see a slow 5G rollout.

HONDURAS

Ericsson announced in December 2018, that Tigo had chosen the company to modernize its radio access network. The deal “includes the provision of a 5G-ready multi-standard network.

There’s no word on when 5G will reach Honduras but this agreement is an important first step.

South America 5G

South American countries with the greatest populations began to see 5G come out in spurts beginning in late 2019.

CHILE

Entel is the largest telecommunications company in Chile and has partnered with Ericsson to bring 5G wireless service to Chilean customers.

ARGENTINA

Movistar and Ericsson tested 5G systems in 2017 and will likely roll it out to customers around the same time that Chile sees 5G.

BRAZIL

After having signed an agreement to help develop and deploy the technology, we expect Brazil to usher in 5G service starting sometime in 2020.

This time range is also supported by Qualcomm director Helio Oyama, who has stated that 5G will most likely hit Brazil a few years after it’s commercially available elsewhere in 2020.

COLOMBIA

Telefónica Telecom, Colombia’s largest telecommunications company, will likely have 5G services available for customers in 2020.

In July 2018, Ericsson and Telefónica Telecom demonstrated a 5G data transfer of 27 Gbps in Bogotá.

PARAGUAY

Telecommunications company Tigo reached a deal with Ericsson to prepare their network for 5G. Ericsson said in December 2018, that they will “expand TIGO’s existing network and modernize the existing 2G/3G and 4G sites, making the network the best fit for TIGO to deliver 5G and IoT services in the future.

It’s not yet clear when Tigo customers will see 5G in Paraguay, but this deal is definitely a good starting point.

ARUBA

SETAR is Aruba’s leading communications provider, and through a partnership with Nokia, the two expect full coverage on the island by 2022.

Asia 5G

5G is live in a handful of areas, with widespread coverage expected this year.

SOUTH KOREA

These three South Korean companies collaborated to bring mobile 5G to the country on December 1, 2018: SK Telecom, LG Uplus, and KT. They began with 5G service for select businesses only, but on April 5, opened up 5G for others, too, via the Samsung Galaxy S10 5G.

The SK Telecom service provider started offering 5G service to a wide population on April 5 via their four 5G plans. This came after the company started a limited 5G service with the Myunghwa Industry manufacturing company. SKT’s 5G service plans come after trialing 5G in 2017 and using 5G in their self-driving test site K-City.

LG Uplus’ 5G network went live in Seoul and surrounding locations, with LS Mtron as their first customer. With over 4,000 5G base stations positioned in Incheon, Seoul, and Gyeonggi, the company planned over 7,000 more to be deployed by the end of 2018.

KT Corporation launched pre-commercial 5G services at Lotte World Tower in Seoul and six other areas including Jeju, Ulleungdo, and Dokdo. On April 5, the company launched unlimited 5G services called KT 5G Super Plans, and expanded coverage in Korea to a total of 85 cities by the end of 2019.

KT previously collaborated with Intel to showcase 5G service at the 2018 Olympic Winter Games in PyeongChang, and plans to invest over $20 billionthrough 2023 in 5G and other innovative technologies.

According to the ICT and Broadcasting Technology Policy director at the Ministry of Science and ICT, Heo Won-seok, five percent of the country’s mobile users will be on a 5G network in 2020, and 90 percent by 2026.

JAPAN

NTT DOCOMO is Japan’s largest wireless carrier. They’ve been studying and experimenting with 5G since 2010 and launched pre-commercial 5G services in September 2019 before officially starting 5G services on March 25, 2020.

The 5G service launched with a maximum data rate of 3.4 Gbps that will increase to 4.1 Gbps in June 2020. See the NTT DOCOMO 5G smartphone pagefor device options.

In September 2018, NTT DOCOMO successfully achieved 25–27 Gbps download speeds in a 5G trial with Mitsubishi Electric. The test could be used to develop a high-speed 5G network that works with vehicles.

KDDI and Rakuten are providing 5G services in 2020 as well. KDDI’s 5G network launched on March 26.

SoftBank began its 5G services on March 27 for 1,000 yen /month ($9 USD).

CHINA

Three wireless carriers launched 5G in China on October 31, 2019: China Mobile, China Telecom, and China Unicom.

However, these companies don’t provide widespread 5G coverage just yet. The most popular areas with 5G in China right now include Beijing, Shanghai, and Shenzhen.

3 Hong Kong launched 5G on April 1, 2020. According to the press release, 5G is expected to cover indoor and outdoor areas in all districts in Hong Kong within 2020.

SmarTone is another company looking into serving 5G in China.

QATAR

According to Ooredoo, a telecom company in Qatar that has been working on implementing 5G since 2016, they were the first company in the world to provide commercial 5G access.

5G is currently only available in Qatar, but since Ooredoo has markets in Iraq, Oman, Palestine, Maldives, Singapore, Algeria, and other countries, it isn’t a stretch to think that we’ll see 5G reach those areas in 2020.

Ooredoo, in partnership with Ericsson, will also use 5G for home broadband service.

Vodafone is another company providing 5G in Qatar. In late 2018, the company launched a 5G network in Katara Cultural Village and Souq Waqif, and before that, in Abu Hamour, Azizya, Al Mamoura, Al Rayyan, Salwa Road, and Umm Salal Mohammed. Vodafone Qatar offers unlimited 5G plans and a handful of 5G phones.

KUWAIT

Two telecommunication companies in Kuwait have launched 5G service.

Zain was the first, announcing the 5G launch in June 2018. You can sign up herefor a 500 GB, 1 TB, 2 TB, or 4 TB plan. Currently, the only device you can use on Zain’s 5G network in Kuwait is the 5G Bolt router, for home broadband internet.

On the same day, just hours later, Ooredoo announced similar news. The 5G plans available from Ooredoo include a 500 GB 45 KWD /month plan and a 1 TB 65 KWD /month plan.

STC (formerly called VIVA) is another telecom company in Kuwait that has launched 5G services. See the 5G coverage map on their website for details.

STC launched a 5G Innovation Center that was created to “explore, develop, and launch new 5G use cases in Kuwait by 2019.” As of February 2019, they had over 1,000 5G NR sites ready to go, and will roll out nationwide 5G services in partnership with Huawei.

UNITED ARAB EMIRATES

UAE 5G became available via Etisalat UAE on May 30, 2019. There are several 5G phones available for purchase.

In early 2019, Etisalat UAE reached a deal with Huawei to “offer its latest state of the art network solutions including 5G wireless, 5G service oriented core and 5G ready transport network to facilitate smooth 5G technology adaption.” Etisalat UAE also selected Ericsson to deploy a 5G network in the United Arab Emirates, both mobile broadband and fixed wireless access.

5G is also coming to the United Arab Emirates from du. Officially called EITC, or Emirates Integrated Telecommunications Company, they announced in early 2019 the rollout of 700 5G sites. Their partners include Nokia and Huawei.

Virgin Mobile is another 5G-ready company deploying this next-gen network across the UAE. See which 5G phones Virgin Mobile has available.

INDIA

The Telecom Regulatory Authority of India released this PDF in late 2017 that outlines the 5G standard draft and shows a timeframe for when 5G should be deployed around the world.

According to Manoj Sinha, the minister of the Department of Telecommunications, India is set to adopt 5G this year: “When the world will roll out 5G in 2020, I believe India will be at par with them.”

On top of that, in August 2018, one of India’s largest telecom providers, Vodafone Idea Limited (previously called Idea Cellular), merged with Vodafone (which was the world’s second-largest phone company before the merger). Vodafone was already preparing for 5G, having set up “future ready technology” in 2017 by upgrading their entire radio network to support 5G.

Reliance Jio is another mobile network operator in India that plans to provide 5G services in 2020, as well as their own 5G handsets.

Another Indian telecom company working on 5G is Bharat Sanchar Nigam Limited (BSNL). They signed a memorandum of understanding with Ciena, a networking systems company, in early 2019 to prepare its network for 5G.

A 5G test network is being erected in 2020 from Cavil Wireless.

INDONESIA

Anyone who attended the Asian Games in 2018 could have tried out 5G in Jakarta, Indonesia. A special Telkomsel SIM card was needed in order to connect to the network.

It’s unclear whether Indonesia will see commercial 5G begin to roll out in 2020 or later, but a trial of this size was a great indicator that they’re on a track of some sort. Plus, the company has partnered with Ericsson to upgrade their network in preparation for 5G.

TURKEY

Turkcell is Turkey’s largest mobile phone operator. In early 2017, the company completed a 24.7 Gb/s 5G trial with Ericsson, and in September of 2018 announced an agreement with Nokia to develop 5G technologies.

In November, the company trialed 5G fixed wireless access solutions with Samsung in Istanbul. Turkcell’s CEO commented that “Today, with 5G, we have shown that the latest generation of high-speed wireless access is now possible for our customers. Our goal is clear: to make Turkey one of the first countries in the world with 5G technology.”

In early 2019, the Information and Communication Technologies Authority (BTK) in Turkey approved 5G trials in Istanbul, Izmir, and Ankara. The companies involved include Turkcell, Vodafone Turkey, and TT Mobil.

Turk Telekom is another company looking into bringing 5G to Turkey. In September 2019, the CEO said that the company is the “most ready operator for 5G in terms of fiber infrastructure prevalence.”

It’s clear that Turkcell is on the right path to providing Turkey with 5G, but it’s unclear when, exactly, customers can expect a live network.

VIETNAM

Vietnam will see 5G in 2020. According to the country’s state-owned and largest telecom company, Viettel, 5G trials were run in 2019 and they plan to have a network ready in June of 2020.

Mobifone is another mobile network operator that plans to launch 5G in Vietnam by June, 2020.

IRAN

There are a few mobile network operators in Iran, the largest of which is Mobile Telecommunication Company of Iran (MCI). MCI currently offers “4.5G” internet, which shows that they’re on a path to providing 5G in Iran. They also signed an agreement with Nokia in 2017 to develop 5G technology in Iran.

Iran’s second-largest provider, Irancell, provides both mobile and fixed wireless internet services. In late 2017, in collaboration with Ericsson, the two performed their first 5G test in Tehran and said that 5G will be available in Iran in 2020.

THAILAND

Advanced Info Service (AIS), the country’s largest mobile phone operator, will launch 5G in Thailand in 2020.

TAIWAN

Taiwan Star offers its customers a 5G upgrade experience that they can enroll in to take advantage of reduced prices once 5G rolls out in Taiwan.

SINGAPORE

StarHub announced in November 2018, that they, in partnership with Nokia, completed their first outdoor pilot of 5G on the 3.5 GHz frequency band. However, there’s no information on when StarHub will have a 5G network ready for Singaporean customers.

The IMDA (Info-communications Media Development Authority) is an organization of the Singaporean government that says a 5G network rollout will take place in 2020. There might even be two networks coming to Singapore since IMDA plans to allocate millimeter bands for 5G that “will be sufficient for at least two nationwide 5G networks.”

In fact, all four telcos might bring 5G to Singapore, including Singtel, M1, and TPG Telecom.

PHILIPPINES

The wireless communications company Smart has been testing 5G since 2016 and announced in June of 2018 the launch of 5G TehnoLab, their 5G innovation lab. Smart plans to have a 5G-ready network live for customers in 2020.

In November 2018, Smart rolled out their first 5G cell sites in the Philippines. They were set up in Makati Central Business District (Makati CBD) and at the Clark Freeport Zone in Pampanga.

In Smart’s 5G testing, they’ve managed to achieve speeds of over 14 Gb/s, and have completed a 5G-enabled video call.

Globe Telecom has a 5G fixed wireless broadband service called Globe At Home Air Fiber 5G, offering speeds up to 100 Mbps and data packages as large as 2 TB.

NOW Telecom is another company planning to deploy 5G in the Philippines.

PLDT is hoping to have a 5G network up and running before June 2020.

BANGLADESH

Although Bangladesh is one of the top 10 most populous countries in the world, it was very slow to roll out 4G and will likely also take much longer than other countries to implement 5G.

In early 2018, the country’s telecom regulator BTRC said that “The world will embrace 5G in 2020. So, we too will have to accept new technology and must move on to 5G. There is no option for procrastination.”

BTRC is expected to auction spectrum for 5G services before the end of 2020 to allow for widespread 5G coverage by 2026.

BTCL and Banglalink are two companies to watch for 5G in Bangladesh.

MALAYSIA

5G in Malaysia will likely start to be available in specific areas in 2020.

In early 2019, Maxis and Huawei and U Mobile and ZTE signed MoUs (memorandums of understanding) to collaborate on 5G deployment in Malaysia.

TM announced in late 2019 that they’d be participating in the 5G Demonstration Project to test new 5G features and learn how to best deploy 5G in Malaysia. They’ve tested using 5G for smart traffic lights, smart safety and security, and smart parking.

The Malaysian Communications and Multimedia Commission (MCMC) expects commercial deployment of 5G in Malaysia to take place by the third quarter of 2020.

PAKISTAN

5G might go live for consumers this year given that the Pakistan Telecommunication Authority prepared for public 5G trials in 2019.

Another tip that 5G is coming to Pakistan is that the country’s 4G pioneer Zongalso became the first company in the country to test 5G services in August 2019.

Telenor Pakistan is looking into bringing 5G to the country as well, but no dates have been released.

SAUDI ARABIA

5G has been available in Saudi Arabia through Saudi Telecom Company (STC)since June 2019, but only in specific areas of major cities and only through home routers (no mobile option, yet).

According to the company’s CEO:

5G is considered as a very important step toward digitalization and connecting everything, which supports Saudi Arabia’s Vision 2030 toward economic diversification.

The 5G release in Saudi Arabia took place months after the company reached a deal with Ericsson to launch 5G in the country. STC has also partnered with Nokia to roll out 5G in Saudi Arabia; they announced in early 2019 that the rollout phase had already started.

Another 5G provider in Saudi Arabia is Zain. Over 20 locations have 5G availability, including Riyadh, Al Khobar, Dhahran, Tabuk, Hail, Sabya, Ahad Rafidah, Taif, Bisha, Najran, and Jaizan; see a 5G coverage map here. The Samsung Galaxy Note10+ 5G and ZTE Axon 10 Pro 5G are Zain’s 5G products.

BAHRAIN

5G in Bahrain arrived in July 2019 when STC (previously called VIVA) launched their 5G data plans. You can get mobile 5G from STC with one of their 5G phones, or 5G at home with the 5G router. The service is available in areas like Reef Island, Amwaj Islands, and Riffa Views.

Batelco is another company bringing 5G to Bahrain, choosing Ericsson to provide the 5G equipment. Availability is limited to just a few areas as of right now: Amwaj Islands and Reef Island.

KAZAKHSTAN

5G in Kazakhstan isn’t coming as soon as other countries despite the fact that it’s the ninth-largest country in the world. However, according to Prime Minister Askar Mamin, 5G is definitely in sight, calling for an “Action Plan for the implementation of 5G in Kazakhstan.

Askar Mamin said in a meeting held in May 2019, that 5G is expected to cover all Kazakhstan settlements that have a population greater than 50 thousand people.

In October 2019, the VEON telecom company launched a 5G trial on a live network.

SRI LANKA

The country’s second-largest mobile network operator, Mobitel, invested $50 million USD in 2019 to roll out 5G in Sri Lanka.

Mobitel has been working on bringing 5G to Sri Lanka for years. In early 2017, they partnered with Ericsson with the signing of the 5G Island of Innovation Memorandum of Understanding (MoU) to bring 5G to Sri Lanka.

CAMBODIA

Service provider Smart Axiata will most likely be the first company to launch 5G in Cambodia. They were the first service provider to make 4G available in the country in 2014, and followed up in 2019 by showcasing the country’s first 5G live trial. The company expects the first few years of their 5G rollout in Cambodia to be focused on hotspots in major cities.

Viettel Cambodia (MetFone) is another company launching 5G service in Cambodia, in partnership with Telecom Cambodia.

Africa 5G

Vodacom Group, which was the first to introduce 4G, 3G, and 2G in South Africa, is at it again with the release of a 5G trial in Lesotho in August 2018. They showcased a fixed wireless access (FWA) network using a temporary license in the 3.5 GHz band.

Vodacom’s 5G network should launch this year through the use of Liquid Telecom, which will provide nationwide 5G wholesale services to the market in early 2020.

Rain is another South African telecom that’s rolling out 5G. From November 11, 2019 and onward, Rain customers can access the 5G network from home in parts of Johannesburg and Tshwane, with more areas becoming available throughout 2020. Check 5G coverage in South Africa with the Rain coverage map.

MTN Group Limited partnered with Ericsson in November 2018, to deploy a fixed wireless access 5G site in Midrand. Although MTN South African hasn’t announced a 5G release date, the trials and tests they’ve performed shows that they’re interested in developing 5G applications and might one day offer customers a 5G network.

NIGERIA

SENEGAL

Tigo Senegal and Ericsson are working together to upgrade its network to roll out LTE across 1,000 sites. While this isn’t 5G service, it is an important stepping stone.

EGYPT

Although a 5G release date for Egypt isn’t yet known, Telecom Egypt and Nokia agreed in early 2019 to introduce a 5G network.

MOROCCO

The telecom company Inwi, which covers over 90 percent of the country with mobile internet access, is bringing 5G to Morocco.

The two other licensed telecom companies in Morocco are Orange Morocco and Maroc Telecom, but both have been silent on a 5G deployment in the country.

DEMOCRATIC REPUBLIC OF THE CONGO

The release date for 5G in the Congo is unclear, but according to Léon Juste Ibombo, the country’s minister of Posts, Telecommunications and Digital Economy, we know that the 5G rollout will involve Applus and Congo Telecom:

Investments in Congo’s telecommunications sector are astronomical and the state needs credible companies to help it implement the digital economy ecosystem. This company will help our incumbent operator, Congo Telecom, to implement 5G.

TUNISIA

Ooredoo Tunisia has partnered with Nokia through the use of the company’s AirGile cloud-native core, to transition Ooredoo to a place where it can provide Tunisia customers with 5G.

KENYA

Safaricom will likely launch 5G in Nairobi in early 2020.

Europe 5G

5G networks are live right now in some European countries, and others will get 5G during 2020.

NORWAY

Telenor, the country’s biggest telecom operator, launched 5G in Norway in March, 2020, following early testing from 2017. These locations currently have access to the 5G network: Kongsberg, Elverum, Bodø, Askvoll, Fornebu, Kvitfjell, Longyearbyen and Spikersuppa in Oslo, and Trondheim.

Telia Company is another mobile network operator in Norway that opened its first 5G test network in December 2018. Their first trial partner was the Odeon movie theater in Oslo, marking the world’s first 5G cinema. Managing director of Telia Norway said in their December press release, “We are going to develop 5G-based solutions industry by industry, area by area.

Telia Norway also partnered with Norwegian ISP Get to launch a 5G pilot in a family home, complete with smart tech from Futurehome. Get’s product director said “This family is far ahead of the rest of us, with a home filled with clever things connected through 5G. It is something the rest of us will not experience for several years, but it’s really fun to see what we will get with the latest technology.

GERMANY

According to the 5G Strategy for Germany, released by Germany’s Federal Ministry of Transport and Digital Infrastructure (BMVI), trial installations began in 2018 with a commercial launch in 2020. 5G is planned to be rolled out “over the period to 2025.”

Deutsche Telekom rolled out 5G in Germany in Berlin, Darmstadt, Munich, Bonn, and Cologne in September 2019. Connectivity is possible through the Samsung Galaxy S10 5G, Samsung Galaxy Note10+ 5G, Huawei Mate 20 X 5G, and HTC 5G Hub. A total of at least 20 major German cities will have 5G by the end of 2020, and they plan to cover 90 percent of the country with 5G by 2025.

Another German telecom company that has launched 5G services in the country is Vodafone. They turned on their first 25 base stations on July 16, 2019, added Berlin a month later, and made it a goal to have 50 running before the end of August 2019. Customers can use 5G with the Huawei Mate 20 X 5G and Samsung Galaxy S10 5G.

Broadband telecom provider Telefónica Germany revealed in December 2018, that in collaboration with Nokia, they finished building their “Early 5G Innovation Cluster” in Berlin. It will be used to “test and measure the performance and coverage of first 5G services in a dense urban area.

German ISP United Internet AG is another potential 5G player, having announced in early 2019 that they’d be taking part in a 5G spectrum auction.

CZECH REPUBLIC

Vodafone will provide 5G services to customers in Karlovy Vary by July 2020. This will come a full year after the company tested a 5G holographic call in the same city.

UNITED KINGDOM

The UK’s largest network operator, EE, was the first to launch 5G in the UK on May 30, 2019. Service started in London, Cardiff, Edinburgh, Belfast, Birmingham, and Manchester, and the company now operates the 5G network in over 70 cities and towns.

EE was also the first in the world to offer the OnePlus 7 Pro 5G smartphone, but they also offer their customers the Samsung Galaxy S20 Ultra 5G, OPPO Reno 5G, LG V50 ThinQ, and other 5G phones. See their list of 5G phones for all of them.

Vodafone UK is another big mobile telecommunications provider in the UK. After testing how 5G can be used in car communications and successfully completing a holographic phone call using 5G, they launched their fifth-gen network in seven cities on July 3, bringing their total 5G coverage to 15 UK locations. The Vodafone 5G phones you can use on the network include the Samsung Galaxy S10 5G and Xiaomi Mi MIX 3 5G.

After announcing their commitment to invest billions in 5G, UK’s Three is another company that launched 5G in the UK, accessible first with Huawei’s 5G phone. After testing 5G for home use, the company also launched their 5G home broadband service on August 19 in London. Three has a list of everywhere you can get their mobile 5G in the UK.

BT Mobile launched 5G services in the UK on October 11, 2019, in 20 cities. See the 5G phones and plans you can get with BT Mobile.

O2 has a 5G network in the United Kingdom, too. It’s currently available in 20 locations, including London, Edinburgh, Cardiff, Belfast, Leeds, Slough, Leicester, Lisburn, Manchester, Birmingham, Glasgow, Liverpool, Newcastle, Bradford, Sheffield, Bristol, and other locations. There are several 5G phonesyou can use on the O2 5G network.

Tesco Mobile uses O2’s network and also began offering 5G to its customers in early 2020.

CityFibre and Arqiva are two more companies with 5G trials in London. They’re in the process of creating a “5G-ready network platform nationwide that will provide the best network at the best economics for Mobile Network Operators.”

ITALY

Vodafone launched 5G in Italy in these five cities in June 2019: Naples, Bologna, Milan, Turin, and Rome. The company plans to roll out 5G to 100 cities by 2021. There are several 5G phones you can buy through Vodafone’s website.

TIM (Telecom Italia), the largest telecom provider in Italy, made 5G available in Naples, Rome, and Turin as of July 5, 2019. Their 5G network went live in another six cities before the start of 2020: Milan, Bologna, Verona, Florence, Matera, and Bari. By 2021, 120 towns and cities will be covered with TIM’s 5G network.

Iliad, in partnership with Nokia, will deploy 5G across Italy.

SWITZERLAND

The first 5G network in Switzerland went live April 17, 2019, via Swisscom. It launched in 54 towns, including Basel, Bern, Chur, Davos, Geneva, Lausanne, and Zurich. According to Swisscom, more than 90 percent of the population is covered.

Swisscom currently offers the OPPO Reno 5G, LG V50 ThinQ 5G, and Samsung Galaxy S10 5G smartphones, but will have more available from other companies, such as Huawei, later in the year. These devices will work everywhere there’s 5G service from Swisscom, through their inOne mobile subscriptions.

The country’s second-largest telecommunications company, Sunrise, is also working to release 5G in Switzerland. They’ve already covered over 200 cities/villages with 5G, blanketing 80–98% of Dietikon, Bülach, Opfikon, Autafond, and other locations with 5G coverage. There’s a Sunrise 5G coverage map available, which also lists all the areas you can get Sunrise 5G service in Switzerland.

The company currently offers four 5G smartphones: Samsung Galaxy S10 5G, Samsung Galaxy Note10+ 5G, Huawei Mate 20 X 5G, and Xiaomi Mi MIX 3 5G. They also provide the HTC 5G Hub.

Sunrise ran an ultrafast, 3.28 Gbps 5G test in late 2017, erected their first 5G antenna in mid 2018, and then in November 2018, made live their first standardized 5G network at a ski resort.

Salt (formerly Orange Communications) is another telecom company planning 5G in Switzerland. They revealed in January 2019 that they selected Nokia to upgrade their radio and mobile core network to provide mobile 5G services.

SPAIN

Vodafone Spain was the first operator to launch 5G in Spain. On June 15, 5G became available to customers in these locations:

  • A Coruña
  • Barcelona
  • Bilbao
  • Gijón
  • Logroño
  • Madrid
  • Malaga
  • Pamplona
  • San Sebastian
  • Santander
  • Seville
  • Valencia
  • Vigo
  • Vitoria
  • Zaragoza

See if your specific address has 5G coverage with the Vodafone Mobile Coverage Map.

According to Vodafone, 5G speeds at launch can be up to 1 Gbps, but will increase to up to 2 Gbps before the end of the year. You need a 5G phone from Vodafone Spain to access the network.

After initially purchasing spectrum to implement 5G, Vodafone Spain launched 5G trials in various cities in June 2018, including Madrid, Valencia, Seville, and Barcelona. In late 2018, they installed a 5G network node in La Nave, Madrid, and in February 2019 used standards-based 5G phones to complete their first 5G video calls between Madrid and Barcelona.

Orange plans to launch 5G in Spain in 2020. The company revealed in early 2019 that they made their first 5G call using their next-gen network in Valencia and will continue testing the 5G technology in Seville, Vigo, Malaga, Barcelona, Bilbao, and other cities.

AUSTRIA

Network operator A1 kicked off their path toward 5G in Austria by making their first 5G data connection in Gmünd in early January 2019. See their 5G plans and phones here.

Magenta Telekom (previously called T-Mobile Austria) is deploying 5G mobile base stations across the country following a 110 MHz spectrum purchase in March 2019. In late March, the company revealed several of Austria’s 5G pioneers.

Hutchison Three Austria and ZTE are deploying 5G in Austria, too. Their first business client was in Linz, and with 20 5G sites set up by June 2019, it marked Austria’s first city with continuous 5G coverage.

FINLAND

The Elisa Oyj telecommunications company in Finland opened a commercial 5G network in Tampere in June 2018, claiming to be “first in world to launch commercial 5G.” According to their 5G coverage map, the network is also located in Oulu, Kuopio, Helsinki, Jyväskylä, and other areas.

Elisa has 5G Unlimited plans for 44.90 EUR /month at 1 Gbps and 34.90 EUR /month at 600 Mbps. The ZTE Axon 10 Pro 5G phone can be used on Elisa’s 5G network.

Telia revealed in early December 2018, that Helsinki Airport became the first 5G airport in the world and their first customer using their pre-commercial 5G network. In early 2019, the company began commercial use of its 5G network in three cities and has since expanded to include several more. See the Telia 5G devices you can buy right now for mobile and FWA 5G access.

DNA is another Finnish telecommunications company bringing 5G to Finland. They began offering fixed wireless access service in December, 2019. However, the company says that even with the introduction of 5G, 4G will remain the primary network technology used by most people.

RUSSIA

In 2018, Russia’s largest mobile operator, Mobile TeleSystems (MTS), partnered with Samsung to run various 5G tests that included video calls, ultra-low latency video games, and 4K video streaming.

These 5G tests were performed to show that not only is 5G coming to Russia but that Samsung’s 5G routers, tablets, and other devices are fully capable of running on a 5G network.

According to GSMA, 5G networks will cover over 80 percent of the Russian population by 2025, so it can be assumed that a big portion of the country will have access even sooner.

Another indicator that 5G in Russia is coming sooner than later is the 5G research center that’s open in Innopolis, a high-tech city in the Republic of Tatarstan.

Tele2 Russia is another telecom company bringing 5G to Russia. In collaboration with Ericsson, the company announced in February 2019 that they’d deploy 50,000 base stations in Russia. However, Tele2’s CEO says “Before launching 5G networks, Russia must first address several infrastructure issues.”, so customers might have to wait a while to receive 5G services.

LUXEMBOURG

Orange is currently the only European telecommunications company that has announced 5G plans for Luxembourg.

SLOVAKIA

It’s unclear when 5G is coming to Slovakia, but mobile operator SWAN Mobilesigned a 5G commercial contract with ZTE in early 2019 to kick off 5G rollout plans. In July 2019, the two performed the the country’s first 5G video call.

In early 2020, Orange Slovensko selected Nokia to prepare its Radio Access Network for 5G.

IRELAND

The telecom giant Vodafone went live with a 5G network in Cork, Dublin, Galway, Limerick, and Waterford on August 13, 2019.

eir’s 5G network is live as well. Its launch locations included Dublin, Limerick, Kilkenny, Waterford, Cork, Galway, Dundalk, and more. There’s an eir 5G coverage map with all the locations.

Vodafone is also working on fixed wireless access. In early December 2018, the company announced that they would begin trials for rural 5G broadband in Roscommon, Gorey, Dungarvan, and Clonmel, covering 20,000 premises.

Imagine is another telecom bringing 5G to Ireland. They announced the launch of their 5G-ready fixed broadband network in February 2019 and plan to build out over 300 sites to cover over one million premises by the fall of 2020.

CEO Sean Bolger had this to say about their 5G plan:

As an Irish company, we are delighted to announce this significant investment and a new approach which will finally solve this problem and deliver much needed, fast and reliable high-speed broadband to homes, businesses and communities across regional and rural Ireland, today and into the future.

Three Ireland is launching a 5G network in the country, too, but it’s not clear when.

FAROE ISLANDS

Føroya Tele, the Faroe Islands’ largest telecom provider, launched 5G on June 6, 2019.

CHANNEL ISLANDS

Jersey Telecom (JT) and ZTE have announced that 5G is coming to the Channel Islands. They began a pre-commercial launch in mid-2019 to test 5G.

BELARUS

ROMANIA

The Romanian government approved the 5G Strategy in June of 2019.

The 5G Strategy for Romania projects an action plan with concrete tasks and deadlines for deployment, targeting the launch of services in 2020 and 5G service coverage of all urban centers and major land transport routes by 2025.

On June 26 2019, Vodafone Romania launched the country’s first 5G subscriptions. All the details, and the 5G phones you can buy, are available on their Supernet 5G page.

RCS & RDS is the largest Romanian cable and satellite TV company, and they also have 5G available through the Digi Mobil 5G Smart network.

Orange launched 5G in Romania in November 2019. Coverage started in Bucharest, Cluj-Napoca, and Iasi, and will reach more areas throughout 2020. See the Orange 5G coverage map for details.

HUNGARY

Magyar Telekom, the largest Hungarian telecom company, launched 5G in Hungary in April 2020. Service began in parts of Budapest and Zalaegerszeg.

Vodafone is another company launching 5G in Hungary. In May of 2019, Vodafone launched Hungary’s first live 5G station in Zalaegerszeg.

CROATIA

Commercial 5G services are expected to come to Croatia by the end of 2020. Service will start in Osijek, within the region of Slavonia.

SWEDEN

Telia Company is planning a commercial launch of 5G in Sweden in 2020.

In late December 2018, in collaboration with Ericsson and KTH Royal Institute of Technology, Telia launched a 5G testbed in Stockholm to experiment with 5G applications.

In early 2019, in collaboration with Volvo CE and Ericsson, Telia erected a 5G network in Eskilstuna with the primary focus being industrial use, such as remote-controlled machines.

A Tele2 5G network is coming to Sweden as well. They plan on providing access in 2020, but confirms that it’ll take a few years before the majority of people will have high-speed access.

POLAND

Polish mobile phone network T-Mobile Polska announced on December 7, 2018, the launch of the country’s first 5G network. It’s currently available only in the center of Warsaw via five base stations, but T-Mobile plans to develop 5G in other locations to reach the entire country.

According to T-Mobile,

Devices providing access to the network have been distributed to selected T‑Mobile partners, so they can be used in order to develop new business solutions and products, which will be eventually offered on the mass market.

Orange is another European mobile network operator that will launch 5G in Poland, but it won’t have a commercially available network up and running until 2020 or 2021.

Polkomtel’s Plus mobile phone network operator is rolling out 5G in Poland in 2020 with Ericsson’s 5G technology. The network will initially be deployed across Warsaw, Gdańsk, Katowice, Łódź, Poznań, Szczecin, and Wrocław.

PORTUGAL

Vodafone brought Portugal its first 5G connection on December 12, 2018, via a 5G smartphone prototype from Qualcomm. The company also tested a virtual reality game and video call on Ericsson’s 5G network.

ANACOM, Portugal’s communications regulator, will hold a 5G spectrum auction in June 2020 and expects commercial rollouts before 2021.

FRANCE

French regulator Arcep expects commercial 5G rollout in France to take place in 2020.

Orange has launched 5G pilots in France in Lille, Douai, Marseille, and Châtillon.

Iliad, in partnership with Nokia, will deploy 5G across France.

ESTONIA

Estonia will likely see a commercially available 5G network in 2020.

The country’s first 5G test network went live on December 20, 2018. It was launched by Telia Company, TalTech University, and Ericsson.

According to Telia Company, the 5G network is a…

testbed for innovation and research for industry partners and academia. TalTech University´s scientists and students, as well as companies and startups can create and test solutions that require fast, high-quality data connection.

LATVIA

One company bringing 5G to Latvia is Tele2. They launched their first 5G base station in Riga in July of 2019, made their first 5G video call a few months later, have released 5G phones, and began offering their 5G network in Daugavpils and Jelgava in early 2020.

DENMARK

Telenor Group brought 5G tests to Denmark in 2019 via Nokia’s AirScale Base Stations.

According to Telenor, the trials:

support 5G use cases such as robotics control, industrial automation, 5G/LTE dual connectivity and Fixed Wireless Access for high performance last mile connectivity.

Telia Company is another mobile network operator that began live 5G tests in Denmark in June 2019.

AZERBAIJAN

Mobile telecom company Azercell is planning to launch 5G in Azerbaijan. In early 2019, the company chose Ericsson in a two-year 5G deal to provide the telecom company with radio equipment and related services.

ICELAND

Síminn is the leading provider of wireless communication services in Iceland. They announced in early 2019 that they’d be partnering with Ericsson to deploy 5G-ready equipment to the country.

THE NETHERLANDS

T-Mobile is promising nationwide 5G coverage in the Netherlands in 2020. In the summer of 2019, T-Mobile announced the launch of three 5G research locations: Scheveningen, The Hague Tech, and the T-Mobile head office in The Hague.

MONACO

Monaco Telecom customers have access to 5G across all of the Principality of Monaco via the Huawei Mate 20 X and the Xiaomi Mi MIX 3. Full coverage of the entire country was completed in July 2019.

BELGIUM

Proximus is the largest mobile telecommunications company in Belgium. Take a look at the Proximus 5G network coverage map for all the details on where you can get 5G in Belgium. You’ll need a 5G mobile subscription as well as a 5G phone that works on the Proximus network, such as the Oppo Find X2 Pro 5G.

In 2019, Orange and Proximus agreed to set up a shared mobile access network, a move that could mean 5G reaches across Belgium even faster.

MALTA

Vodafone Malta doesn’t have a solid 5G release date yet, but they’re working on bringing 5G to Malta. On October 4, 2019, Vodafone Malta began letting customers try out 5G in areas of Birkirkara, St Julians, and Sliema.

Oceania 5G

Most major countries in Oceania saw limited 5G roll-out in 2019 with greater availability arriving in 2020.

AUSTRALIA

Australia’s second largest telecommunications company, Optus, launched 5G for mobile and home use on November 4, 2019. The launch involved over 290 5G sites in Sydney, Canberra, Adelaide, Brisbane, Melbourne, Perth, and other locations in NSW, Victoria, and Queensland. See the Optus 5G coverage mapfor details.

Telstra announced in August 2018, that they had enabled 5G technology in areas of the Gold Coast, giving the state of Queensland the country’s first 5G-ready network. They also enabled 5G mobile base stations in Adelaide, Canberra, and Perth in October 2018, and in Melbourne and Sydney in December. According to the CEO, Telstra erected 200+ 5G-capable sites before the end of 2018.

In November 2018, Telstra confirmed that they completed Australia’s very first 5G connection on a live network. The company’s Network Engineering Executive said that they will “continue testing over the coming months to improve data rates and overall performance in readiness for device availability.”

In December 2018, Telstra revealed that their first customer using a 5G device — the HTC 5G Hub — was FKG Group in Toowoomba.

Vodafone has provided a 2020 release date for 5G in Australia. This is a reasonable time frame considering that not only is Vodafone the country’s largest mobile provider but because they partnered with Nokia in 2019 to agree to a 2020 5G rollout. Vodafone users can expect 5G in these areas.

NEW ZEALAND

According to Kris Faafoi, New Zealand’s Minister of Broadcasting, Communication and Digital Media,

First allocation of 5G spectrum will be the 3.5 GHz band, with national rights to this portion of the spectrum expected to be auctioned early in 2020.

Having already been laying the groundwork for 5G, and implementing 5G trials in March of 2018, New Zealand’s Spark NZ plans to have a full 5G network ready to go in 2020. They switched on 5G for the first time in September 2019for a limited number of customers, and launched 5G in five other towns in December, 2019.

Vodafone is another 5G player in New Zealand. They switched on 5G in parts of Auckland, Wellington, Christchurch, and Queenstown on December 10, 2019. See Vodafone New Zealand’s 5G-ready phones.

GUAM

5G fixed wireless access arrived in Guam in the second half of 2019 through SK Telecom and IT&E.

According to SK Telecom, the plan has been to start the 5G rollout in Guam in “highly concentrated central areas of cities, local business customers and areas that lack fixed-line infrastructure.” Coverage will then extend to wider areas.

Source: Lifewire

Is Coronavirus Contagious? | Nourishing Traditions

Is Coronavirus Contagious?

By Sally Fallon Morell

This is the sixty-four-thousand-dollar question. The premise that coronavirus is highly contagious and can cause disease provides the justification for putting entire nations on lockdown, destroying the global economy and throwing hundreds of thousands out of work. But is it contagious? Does it even cause disease?

As early as 1799, researchers puzzled over the cause of influenza, which appeared suddenly, often in diverse places at the same time, and could not be explained by any theory of contagion. In 1836, Heinrich Schweich, author of a book on influenza, noted that all physiological processes produce electricity and offered the theory that an electrical disturbance of the atmosphere may prevent the body from discharging it. He repeated the then-common belief that the accumulation of electricity in the body causes the symptoms of influenza and that outbreaks were due to atmospheric “influences”—hence the name influenza.

Now that we know about the electrical nature of the sun, we can make some interesting observations. The years 1645-1715 was a period that astronomers call the Maunder minimum, when the sun was very quiet; astronomers observed no sunspots during the time span and the northern lights were nonexistent; then in 1715, sunspots reappeared, as did the northern lights. Sunspot activity then increased, reaching a high in 1727, and in 1728, influenza appeared in waves on every continent. Sunspot activities became more violent until they peaked in1738 when physicians reported flu in both man and animals, including dogs, horses and birds, especially sparrows. By some estimates, two million people perished during the ten-year pandemic.

These and other facts about the relationship of influenza to disturbances in electricity come from a remarkable book, The Invisible Rainbow, by Arthur Firstenberg. Firstenberg chronicles the history of electricity in the U.S. and throughout the world, and the outbreaks of illness that accompanied each step towards greater electrification. The first stage involved the installation of telegraph lines—by 1875, these formed a spider web over the whole earth totaling seven hundred thousand miles, with enough copper wire to encircle the globe almost thirty times.

With it came a new disease called neurasthenia. Outside of the U.S., scientists recognized electricity as one of its causes. Like those suffering today from “chronic fatigue,” patients felt weak and exhausted, unable to concentrate. They had headaches, dizziness, tinnitus, floaters in the eyes, racing pulse, pains in the heart region and palpitations; they were depressed and had anxiety attacks. Dr. George Miller Beard noted that the disease spread along the routes of railroads and telegraph lines; it often resembled the common cold or influenza and commonly seized people in the prime of life.

1889 marks the beginning of the modern electrical era and also of a deadly flu pandemic, which followed the advent of electricity throughout the globe. Says Firstenberg, “Influenza struck explosively and unpredictably, over and over in waves until early 1894. It was as if something fundamental had changed in the atmosphere. . .”

Physicians puzzled over influenza’s capricious spread. For example, William Beveridge, author of a 1975 textbook on influenza, noted “The English warship Arachne was cruising off the coast of Cuba ‘without any contact with land. No less than 114 men out of a crew of 149 fell ill with influenza and only later was it learnt that there had been outbreaks in Cuba at the same time.”

During the first world war, governments on both sides of the conflict installed antennas which eventually blanketed the earth with strong radio signals–and during the later part of 1918, disaster struck. The Spanish flu afflicted a third of the world’s population and killed around fifty million people, more than the Black Death of the fourteenth century. Those living on military bases, where the antennas were routinely installed, were the most vulnerable. A common symptom was bleeding—from the nostrils, the gums, ears, skin, stomach, intestines, uterus, kidneys and brain. Many died of hemorrhage in the lungs, the victims literally drowning in their own blood. Tests revealed a decreased ability for the blood to coagulate.

Health officials in those days were very interested in the question of whether the Spanish flu was contagious. Doctors from the U.S. Public Health Service tried to infect one hundred healthy volunteers between the ages of eighteen and twenty- five by collecting mucous secretions from the noses, throats and upper respiratory tracts of those who were sick. They transferred these secretions to the noses, mouths and lungs of the volunteers, but not one of them got sick; blood of sick donors was injected into the blood of the volunteers, but they remained stubbornly healthy; finally they instructed those afflicted to breathe and cough over the volunteers, but none became sick. Researchers even tried to infect healthy horses with the mucous secretions of horses with the flu, but the results were the same. The Spanish flu was not contagious.

The year 1957 marked the installation of radar worldwide. The “Asian” influenza pandemic began in February 1957 and lasted for a year. A decade later the U.S. launched twenty-eight satellites into the Van Allen belts as part of the Initial Defense Communication Satellite Program (IDCSP), ushering in the “Hong Kong” flu pandemic, which began in July 1968.

As Firstenberg observes, “In each case—in 1889, 1918, 1957 and 1968—the electrical envelope of the earth. . . was suddenly and profoundly disturbed,” and along with it the electrical circuits in the human body. Western medicine pays scant attention to the electrical nature of living things—plants, animals and humans—but mountains of evidence indicate that faint currents govern everything that happens in the body to keep us alive and healthy. From the coagulation of the blood, to energy production in the mitochondria, even to small amounts of copper in the bones, which create currents for the maintenance of bone structure—all can be influenced by the presence of electricity in the atmosphere, especially “dirty” electricity, characterized by many overlapping frequencies and jagged changes in frequency and voltage. Today we know that each cell in the body has its own electrical grid, maintained by the highly structured water inside the cell membrane. Cancer occurs when this structure breaks down, and cancer has increased with each new development in the electrification of the earth.

Chinese medicine has long recognized the electrical nature of the human body and has developed a system to defuse the “accumulation of electricity” that leads to disease. It’s called acupuncture. Many things that we do instinctively also help release any unhealthy buildup of current—the mother who strokes her infant’s head or who scratches her children’s backs to put them to sleep, the caresses of lovers, walking barefoot, massage, even handshakes and hugs—all now discouraged by the frowny faces of health authorities as we face the specter of bed police bursting in at midnight to make sure that Dad is sleeping on the sofa.

Am I making this up? The Washington Post recently published an article in which a mother was explaining to her teenage son why she couldn’t hug him during quarantine; and a WHO official suggests that public health officials should enter people’s homes and “in a dignified way” remove those who test positive, to prevent infecting the rest of the family.

Fast forward to the Internet and cell phone era. According to Firstenberg, the onset of cell phone service in 1996 resulted in greater levels of mortality in major cities like Los Angeles, New York, San Diego and Boston. Over the years wireless signals at multiple frequencies have filled the atmosphere to a greater and greater extent, along with mysterious outbreaks like SARS and MERS. Today we face the installation of fifth generation wireless (5G), broadcast in the gigahertz range, often at 60 gigahertz, a frequency that is highly absorbed by oxygen, causing the O2 molecule to split apart, making it useless for respiration

Compare the pattern of 5G installation in the top map to the pattern of corona virus cases in the lower map. While correlation does not prove causation, the strong overlap between 5G rollout locations and corona virus cases should give one pause, especially given the history of pandemics following step changes in planetary electrification.

Map of 5g Rollout in US
Coronavirus - US Map

On September 26, 2019, 5G wireless was turned on in Wuhan, China and also launched in parts of New York City (areas of uptown, midtown and downtown Manhattan, along with parts of Brooklyn, the Bronx and Queens), the difference being that the 5G grid in Wuhan was much denser, with about ten thousand antennas—more antennas than exist in the whole U.S.A., all concentrated in one city. Illness has followed 5G installation in South Korea, Italy and Iran. In South America, Ecuador is a hot spot for the respiratory illness, and it is in Ecuador that 5G first appeared. The 5G system is also installed on modern cruise ships and in many health care facilities. People who suffer from electrical sensitivity cannot go near many hospitals and nursing homes.

But surely this is just a coincidence.  Isn’t it a virus that is causing the current outbreak? Doesn’t this nasty little creature called coronavirus infect us and make us sick? Please watch this talk by Dr. Andrew Kaufman in which he explains the role of exosomes in the cells.

Exosomes are particles released from the cell; they carry RNA, toxins and cellular debris in response to various insults (toxins, stress including fear, cancer, ionizing radiation, infection, injury, many diseases, immune response and asthma). A number of virologists agree with his conclusions that viruses are exosomes; they are the same size, the same shape, both carry RNA and both attach to the same receptors. These exosomes/viruses are the result and not the cause of illness, with primary roles of coagulation, intercellular signaling and excretion of waste materials. If 5G, by overloading the body’s electrical circuitry and by high-jacking oxygen, causes injury to the lung cells, then an increased production of exosomes (wrongly called viruses) is sure to be the result—and thank goodness!

No wonder the anti-viral medications—given in the early days of the pandemic, but now abandoned—caused such terrible side effects (allergic reactions, fever, nausea, vomiting, bleeding, diabetic lactic acidosis, damage to the kidney, liver and pancreas. . . and breathing problems). These drugs suppress the body’s efforts to protect itself against the poisonous effects of 5G and other toxins.

exosomes communication

If you do a bit of surfing on the Internet, you will find that exosomes are the latest thing for diagnosis and therapy, with many medical uses—from cancer treatment, to wound healing, to hair restoration!

It’s clear that we are making the same mistake with viruses that we have made with cholesterol and saturated fat—blaming a substance that is essential to life for causing disease. Just twenty years ago the medical profession “knew” that bacteria were killers—now we recognize that bacteria are essential to health. How long will it take us to learn that so-called viruses are our friends?

It’s interesting to note that each wave of influenza has its own constellation of symptoms—during the Spanish flu epidemic the main problem was bleeding, the inability of the blood to coagulate; the main victims were healthy people in the prime of life, between the ages of twenty-five and forty. Today’s victims are older, usually with pre-existing conditions. The main symptom of today’s outbreak seems to be hypoxia, akin to high altitude sickness.

Please watch this video by Dr. Cameron Kyle-Sidell, working on the front lines in New York City. Says Kyle-Sidell, “We’ve never seen anything like it!” The afflicted are literally gasping for air. In fact, the ventilators that the hospitals have scrambled to obtain do more harm than good and may be accounting for the high mortality rate. These patients don’t need help breathing—they need more oxygen when they take a breath. This is not the sign of a contagious disease but of a disruption of our mechanisms for producing energy and getting oxygen to the red blood cells.

So is corona virus a contagious bad guy? Remember that researchers could not show that the dreadful Spanish flu was contagious. The fact that viruses are actually helpful exosomes, and that many who test positive are symptom-free, makes their role as a perpetrator highly unlikely.  To settle this question once and for all, we need to do the same contagion studies that proved non-contagion in 1918.  I’d be happy to be the first volunteer.

Source: Nourishing Traditions

The Coronavirus Conspiracy: How COVID-19 will Seize Your Rights & Destroy Our Economy | London Real

PlannedDemic

By Brian Rose & David Icke

As one of the world’s pre-eminent professional conspiracy theorists, David Icke has been a regular guest on London Real, discussing topics as diverse as 5G, 9/11 and censorship.

Often described as a maverick or a renegade, David is a unique voice in the space, propounding a number of predictions around his post-Orwellian vision of society and the future.

An introduction to David Icke

“Today’s mighty oak is just yesterday’s nut that held its ground.”

Since his spiritual awakening in 1990, David enjoys a sizable global following, regularly speaking for up to 10 hours at venues such as Wembley Arena to audiences of thousands of people.

As well as public speaking, David is an acclaimed author having written over 21 books including The Robots’ Rebellion (1994), And The Truth Shall Set You Free (1995), The Biggest Secret (1999) and Children of the Matrix (2001), in which he developed his worldview of New Age thinking.

With a mission to wake up society and free our minds from what governments and mainstream media are trying to make us do, his credentials make him one of the most influential thinkers and catalysts for change.

The episode they didn’t want you to see

We knew the world would be watching when David returned to the studio, but it seems some very powerful people indeed were also watching…

…and they didn’t like what they saw…

…and they didn’t want you to see it either!

In this interview which was reported heavily by the BBC and others and subsequently BANNED, David joined us to talk about the CORONAVIRUS PANDEMIC, the worldwide COVID-19 LOCKDOWN, how governments have manipulated their citizens and the wider agenda behind social control and a Surveillance Society.

We go deeper into the global crisis, the looming economic recession and the impact of 5G technology and the violation of our rights and freedom of speech.

While we don’t always agree with everything David says, London Real will defend his right to be able to say it. So with that in mind sit back and enjoy this incredible and informative episode with David Icke.

Join us as we discuss:

  • George Orwell, the U.S. First Amendment, and the RT-PCR test
  • Dr. Andrew Kaufman, 5G technology, and the COVID-19 hoax
  • The WHO, Eddie Large, and Lombardy air pollution
  • Wuhan reporting, Dr. Neil Ferguson, and Imperial College
  • Boris Johnson, the climate change scam, and Bill Gates
  • The Freemasons, global fascism and Trump
  • The Rockefeller family, Bill Gates and Elon Musk

Offering more than meets the eye on first glance, David Icke is a man with serious credentials and a challenging perspective on our species and planet.

See London Real host and founder Brian Rose’s interview with Alex Jones on Infowars discussing this controversially BANNED interview.

Source: London Real

Electromagnetic Radiation Due to Cellular, Wi-Fi and Bluetooth Technologies: How Safe Are We? | Children’s Health Defense

Upset sad woman talking on mobile phone. Cellular mobile radiationBy A. Naran

Conclusion: Wireless devices are harmful to human health. For now, wireless technologies must be avoided as much as possible.

“People should be made aware that the EMR from using day to day cellular, Wi-Fi and Bluetooth devices are harmful to human health. The levels of radiation observed in most cases such as phone calls, internet browsing on laptops and smartphones, using wireless routers and hotspots, Bluetooth smartwatches and smartphones are unsafe when compared with radiation limits determined by medical bodies. According to the current medical literature, various adverse health effects from exposure to RF EMR have been well documented. New and innovative wired solutions which provide the same level of user-friendliness should be encouraged.”

Note: This is a review article about the science on this issue. It is important because it was published in the IEEE journal. The IEEE is the international organization of engineers. The current FCC obsolete guidelines are based on the IEEE recommended guidelines which are thermally based i.e., they are based on the false assumption that unless the radiation changes the temperature in tissue, it is not harmful.

That may be good physics but it is bad biology. When the FCC wanted to adopt the IEEE guidelines, all the health agencies wrote letters objecting the guidelines. Some of them criticized the use of engineers’ recommendations for biological effects when they didn’t even have one medical professional on the committee that developed the guidelines.

99% of Those Who Died From Virus Had Other Illness, Italy Says | Bloomberg

16Italy-Bodies01-superJumboJim Jordan, Editor’s Note: So why are not these deaths labeled: heart disease, respiratory disease, diabetes, etc? How these deaths are labeled drives the narrative. Yes, if you have underlying serious health conditions this virus could push that person over the edge; however, that does not mean the COVID -19 is THE CAUSE of death in any of these cases. It is a factor that has to be addressed and perhaps if government and health agencies put this in perspective there wouldn’t be this panic and crashing down of the economies, unnecessary fear and its consequences. Addressing chronic health conditions with better policies would mitigate the consequences of these viral outbreaks.

By Tommaso Ebhardt, Chiara Remondini & Marco Bertacche

More than 99% of Italy’s coronavirus fatalities were people who suffered from previous medical conditions, according to a study by the country’s national health authority.

After deaths from the virus reached more than 2,500, with a 150% increase in the past week, health authorities have been combing through data to provide clues to help combat the spread of the disease.

Prime Minister Giuseppe Conte’s government is evaluating whether to extend a nationwide lockdown beyond the beginning of April, daily La Stampa reported Wednesday. Italy has more than 31,500 confirmed cases of the illness.

Screen Shot 2020-03-18 at 4.26.23 PMThe new study could provide insight into why Italy’s death rate, at about 8% of total infected people, is higher than in other countries.

The Rome-based institute has examined medical records of about 18% of the country’s coronavirus fatalities, finding that just three victims, or 0.8% of the total, had no previous pathology. Almost half of the victims suffered from at least three prior illnesses and about a fourth had either one or two previous conditions.

More than 75% had high blood pressure, about 35% had diabetes and a third suffered from heart disease.

Screen Shot 2020-03-18 at 4.27.41 PMThe average age of those who’ve died from the virus in Italy is 79.5. As of March 17, 17 people under 50 had died from the disease. All of Italy’s victims under 40 have been males with serious existing medical conditions.

While data released Tuesday point to a slowdown in the increase of cases, with a 12.6% rise, a separate study shows Italy could be underestimating the real number of cases by testing only patients presenting symptoms.

According to the GIMBE Foundation, about 100,000 Italians have contracted the virus, daily Il Sole 24 Ore reported. That would bring back the country’s death rate closer to the global average of about 2%.

Source: Bloomberg

The Best #Coronavirus News You’ve Heard All Month | Wireless Dangers Australia

https://youtu.be/feO9FiJ7tZo

Source: YouTube

Scientific American, The Oldest US Monthly Magazine, Issues Severe Warning on 5G | Waking Times

By Terence Newton

Editor’s Note: This is yet another tragic example of the unleashing of a new technology which has not been properly tested before deployment. Are these technology corporations so out of touch with their own humanity they do not consider the consequences beyond their own bottom line? 5G could very well be an end game for the human beings who cannot adapt to such high-levels of EMF in the environment and an extinction level event for many other creatures as well.

In a recently published article entitled, We Have No Reason to Believe 5G is Safe, Scientific American (SciAm) magazine issued a stern warning about the known and potential dangers of 5G technology.

Of particular significance is the fact that SciAm is the oldest continuously published monthly magazine in the United States, founded by inventor and publisher Rufus M. Porter in 1845, and running monthly since 1921. It is a highly influential publication, widely reputed for its rigorous scientific standards, and lauded by today’s fact-checkers as highly credible and staunchly pro-science.

In the article, University of California, Berkeley public health researcher Joel M. Moskowitz argues that 5G, along with previous w-fi and cellular technology, is much more harmful than the government and telecomm industry wants the public to believe.

READ: UN STAFFER WARNS THAT 5G IS A ‘WAR ON HUMANITY’

His primary concerns center around a recent FCC announcement, made in a press release, that the FCC is close to reaffirming the radio frequency radiation (RFR) exposure limits that were previously adopted by the commission in the 1990’s… well before the introduction of 5G, 4G, 3G, 2G or even WiFi.

In short, the safety standards that the FCC wishes to maintain are severely outdated and fail to reflect the growing body of scientific evidence demonstrating harm.

Moskowitz notes that the ’90’s exposure limits only address the singular concern over the potential effects of the intensity of exposure to RFR. With the research we now have available the health concerns are much broader, including a sincere risk of cancer, among other things.

READ: 5G NETWORK USES SAME EMF WAVES AS PENTAGON CROWD CONTROL SYSTEM

Moskowitz also cites the the International EMF Scientist Appeal, which elaborates on the now-known dangerous effects of RFR:

Moskowitz points out that,”the scientists who signed this appeal arguably constitute the majority of experts on the effects of nonionizing radiation. They have published more than 2,000 papers and letters on EMF in professional journals.” Inviting readers and policy makers to consider the weight of more than 500 peer-reviewed research studies finding, “harmful biologic or health effects from exposure to RFR at intensities too low to cause significant heating,” Moskowitz believes that more rigorous studies are necessary before the rollout goes forward.

READ: PROMINENT BIOCHEMISTRY PROFESSOR WARNS – 5G IS THE ‘STUPIDEST IDEA IN THE HISTORY OF THE WORLD’

In other words, the scientific jury is already out on the harmful effects of RFR, and the FCC is flat-out derelict in its duty to put public safety above telecomm industry interests.

Regarding the propaganda dimension of this debate, Moskowitz addresses the fact that industry spokepersons and related government officials frequently refer to contrarian viewpoints as ‘fear-mongering,’ pointing out that the current scientific research is legitimate, leaving the scientific community with a genuine responsibility to speak out about these concerns.

Final Thoughts

Cracks are showing in the government and telecom industry’s blanket assertion that 5G is safe, and many prominent and influential scientists, dignitaries, and organizations are now speaking out against 5G – the global human experiment without consent.  For the editorial board of Scientific American to run a piece this condemning 5G is a very strong signal that even the most mainstream elements of the scientific community are genuinely concerned.

Read more articles from Terence Newton.

Terence Newton is a staff writer for WakingTimes.com, interested primarily with issues related to science, the human mind, and human consciousness.

This article (Scientific American, the Oldest US Monthly Magazine, Issues Severe Warning on 5G) was originally created and published by Waking Times and is published here under a Creative Commons license with attribution to Terence Newton and WakingTimes.com. It may be re-posted freely with proper attribution, author bio, and this copyright statement. 

Source: Waking Times

We Have No Reason to Believe 5G is Safe | Scientific American

By Joel Moskovitz

Editor’s Note: Science is allegedly the foundation for sound reasoning when it comes to evaluating the short and long-term benefits (and drawbacks) of any new technology, but in the case of 5G there is no reliable science to assure us of its safety. Quite the contrary, it’s being deployed globally without concern for the safety of those exposed.

The telecommunications industry and their experts have accused many scientists who have researched the effects of cell phone radiation of “fear mongering” over the advent of wireless technology’s 5G. Since much of our research is publicly-funded, we believe it is our ethical responsibility to inform the public about what the peer-reviewed scientific literature tells us about the health risks from wireless radiation.

The chairman of the Federal Communications Commission (FCC) recently announced through a press release that the commission will soon reaffirm the radio frequency radiation (RFR) exposure limits that the FCC adopted in the late 1990s. These limits are based upon a behavioral change in rats exposed to microwave radiation and were designed to protect us from short-term heating risks due to RFR exposure.

Yet, since the FCC adopted these limits based largely on research from the 1980s, the preponderance of peer-reviewed research, more than 500 studies, have found harmful biologic or health effects from exposure to RFR at intensities too low to cause significant heating.

Citing this large body of research, more than 240 scientists who have published peer-reviewed research on the biologic and health effects of nonionizing electromagnetic fields (EMF) signed the International EMF Scientist Appeal, which calls for stronger exposure limits. The appeal makes the following assertions:

“Numerous recent scientific publications have shown that EMF affects living organisms at levels well below most international and national guidelines. Effects include increased cancer risk, cellular stress, increase in harmful free radicals, genetic damages, structural and functional changes of the reproductive system, learning and memory deficits, neurological disorders, and negative impacts on general well-being in humans. Damage goes well beyond the human race, as there is growing evidence of harmful effects to both plant and animal life.”

The scientists who signed this appeal arguably constitute the majority of experts on the effects of nonionizing radiation. They have published more than 2,000 papers and letters on EMF in professional journals.

The FCC’s RFR exposure limits regulate the intensity of exposure, taking into account the frequency of the carrier waves, but ignore the signaling properties of the RFR. Along with the patterning and duration of exposures, certain characteristics of the signal (e.g., pulsing, polarization)increase the biologic and health impacts of the exposure. New exposure limits are needed which account for these differential effects. Moreover, these limits should be based on a biological effect, not a change in a laboratory rat’s behavior.

The World Health Organization’s International Agency for Research on Cancer (IARC) classified RFR as “possibly carcinogenic to humans” in 2011. Last year, a $30 million study conducted by the U.S. National Toxicology Program (NTP) found “clear evidence” that two years of exposure to cell phone RFR increased cancer in male rats and damaged DNA in rats and mice of both sexes. The Ramazzini Institute in Italy replicated the key finding of the NTP using a different carrier frequency and much weaker exposure to cell phone radiation over the life of the rats.

Based upon the research published since 2011, including human and animal studies and mechanistic data, the IARC has recently prioritized RFR to be reviewed again in the next five years. Since many EMF scientists believe we now have sufficient evidence to consider RFR as either a probable or known human carcinogen, the IARC will likely upgrade the carcinogenic potential of RFR in the near future.

Nonetheless, without conducting a formal risk assessment or a systematic review of the research on RFR health effects, the FDA recently reaffirmed the FCC’s 1996 exposure limits in a letter to the FCC, stating that the agency had “concluded that no changes to the current standards are warranted at this time,” and that “NTP’s experimental findings should not be applied to human cell phone usage.” The letter stated that “the available scientific evidence to date does not support adverse health effects in humans due to exposures at or under the current limits.”

The latest cellular technology, 5G, will employ millimeter waves for the first time in addition to microwaves that have been in use for older cellular technologies, 2G through 4G. Given limited reach, 5G will require cell antennas every 100 to 200 meters, exposing many people to millimeter wave radiation. 5G also employs new technologies (e.g., active antennas capable of beam-forming; phased arrays; massive multiple inputs and outputs, known as massive MIMO) which pose unique challenges for measuring exposures.

Millimeter waves are mostly absorbed within a few millimeters of human skin and in the surface layers of the cornea. Short-term exposure can have adverse physiological effects in the peripheral nervous system, the immune system and the cardiovascular system. The research suggests that long-term exposure may pose health risks to the skin (e.g., melanoma), the eyes (e.g., ocular melanoma) and the testes (e.g., sterility).

Since 5G is a new technology, there is no research on health effects, so we are “flying blind” to quote a U.S. senator. However, we have considerable evidence about the harmful effects of 2G and 3G. Little is known the effects of exposure to 4G, a 10-year-old technology, because governments have been remiss in funding this research. Meanwhile, we are seeing increases in certain types of head and neck tumors in tumor registries, which may be at least partially attributable to the proliferation of cell phone radiation. These increases are consistent with results from case-control studies of tumor risk in heavy cell phone users.

5G will not replace 4G; it will accompany 4G for the near future and possibly over the long term. If there are synergistic effects from simultaneous exposures to multiple types of RFR, our overall risk of harm from RFR may increase substantially. Cancer is not the only risk as there is considerable evidence that RFR causes neurological disorders and reproductive harm, likely due to oxidative stress.

As a society, should we invest hundreds of billions of dollars deploying 5G, a cellular technology that requires the installation of 800,000 or more new cell antenna sites in the U.S. close to where we live, work and play?

Instead, we should support the recommendations of the 250 scientists and medical doctors who signed the 5G Appeal that calls for an immediate moratorium on the deployment of 5G and demand that our government fund the research needed to adopt biologically based exposure limits that protect our health and safety.

Source: Scientific American

5G drones to blanket the nation, beaming down cancer-causing radiation from the skies… and there’s nowhere they can’t find you | Natural News

Editor’s Note: 5G technology is being rapidly deployed in the next few years without any concern for the short or long-term health effects upon human beings (and other living creatures as well). It’s being touted as a “technological boon” (certainly for the companies who’ll profit from it), but for the rest of us? The jury is out, because no trial about “benefits vs. dangers” has been set.

Whether we like it or not, 5G (fifth generation) wireless internet technology is slowly but surely being rolled out across the globe. Promising faster speeds, better connectivity and virtually instant data transfers, 5G is being hailed as a technological boon.

Service providers promise that 5G will enable downloads at 100 times greater speeds than 4G technology. This would translate to the ability to download a full HD movie in less than 10 seconds. 5G also promises more stable connections and greater capacity, enabling networks to handle multiple high-demand applications simultaneously.

However, while the media continues to sing its praises, very little has been said about its potential dangers – of which there are many. Studies have found that 5G technology will emit radiation at levels never before experienced by human beings, which could have devastating – and irreversible – effects.

Despite the potentially serious dangers, however, Waking Times reported recently that a collaboration of tech giants and defense contractors will soon be launching huge, football-sized drones into the stratosphere above Hawaii, from where they will beam massive amounts of 5G radiation down to the Earth below. (Related: Experts WARN — 5G technology will blanket the Earth with ultra-high microwave frequencies.)

“Airborne overhead 5G communication”

According to the Use Determination Application compiled for the Research Corporation of the University of Hawaii, the purpose of the HAWK30 program “is to develop new airborne overhead 5G communication, which would provide strong wireless service over a large area, including deep valleys, remote lands, and over the ocean.”

The Federal Aviation Administration (FAA) has granted the project a COA2 certificate of authorization, which will allow the drones to operate in a 150 square mile radius for up to two years. The area which will be covered by the drones includes the Molokini crater, a popular tourist spot that boasts 300,000 visitors annually, as well as beautiful tropical waters that are home to tropical fish and a special humpback whale national marine sanctuary.

Experts warn, however, that these drones pose significant risks. Waking Times reported:

Radiation harm is a concern as one HAWK30 drone broadcasts the equivalent of 1800 cell towers, albeit at a much lower power level, however, power is irrelevant to health effects except for tissue heating. Thousands of peer reviewed research studies document the non-thermal effects of wireless radiation on humans and other living things. In some experiments the lowest power levels caused the most leakage in the blood-brain barrier. An inverse relationship between power and health effects has even been shown. Wireless technology is not made safe by reducing the power.

The HAPS drones which will be used in the project will fly at 70 miles per hour and have a 260-foot wingspan and 10 propellers each. Each drone will boast cell site coverage of 124 miles in diameter, creating a blanket of radiation over the entire area.

There are other issues in addition to radiation concerns. Waking Times warns:

In addition to irradiating all life forms within range, this type of massive flying wing has a bad safety record. Two high altitude drones have been built by AeroVironment and they both fell from the sky and crashed. In fact, the drone is so experimental that almost no regulations exist to govern it. Project officials appear ready to take full advantage of this, having boasted about schooling the FAA and writing their own rules.

But a 1.5 ton HAWK30 falling from the stratosphere could have devastating effects. Only 2300 Newtons of force crush a human skull wearing a helmet. Falling from a height of 70,000 feet, a 1.5 ton object would impact with 266,756,000 Newtons of force!

Eventually the project leaders plan to turn the island of L?na’I into a manufacturing plant and launch pad for thousands of drones which will be sent across the globe, blanketing the planet in cancer-causing radiation. Learn more about the dangers of 5G technology at Radiation.news.

Source: Natural News

Japan may abandon the development of 5G networks for the health of citizens | Красная Армия

Japan will not develop and invest in the creation of fifth-generation mobile networks. This is stated on the official website of the Ministry of High Technologies of the country. Officials expressed the opinion that the creation of a faster Internet than previously is dangerous for the population and may adversely affect people’s health and labor productivity.

A study by the University of Nagasaki provides figures confirming the increase in the number of mental disorders and fatigue among high-speed Internet users. According to scientists, the more a person manages to conduct intellectual operations per minute, the more he is prone to the development of stress, absent-mindedness and an increase in nervous excitement. The Ministry of Health supplements colleagues and assures that using 5G networks can reduce the average life expectancy in the country for the first time in 60 years, and the impact of high-speed Internet is comparable to the effects of radiation on the human body.

“We need to think about the health of the Japanese. Our country has already accelerated economically so that today we have nowhere to hurry. It is necessary to stabilize this state. 5G is fraught with great danger. So we think not only we, yesterday this information was confirmed by the US ambassador to Japan. If America, China or the EU countries are ready to risk their people for the sake of progress, then such a strategy is unacceptable for our welfare state, ”said Nobunari Kabato, Minister of High Technologies.

The bill to ban fifth-generation mobile networks in the country has already been submitted to the Japanese parliament.

Source: Красная АрмияWeb Archive