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U.K. Bans China’s Huawei From Its 5G Network After Months Of Pressure From Trump Admin
US President Donald Trump and British Prime Minister Boris Johnson hold a meeting at UN Headquarters in New York, September 24, 2019, on the sidelines of the United Nations General Assembly.
SAUL LOEB/AFP via Getty Images

The British government announced early on Tuesday that it was banning Chinese-state telecommunications company Huawei from its high-speed 5G telecommunications network.

“The new U.S. measures restrict Huawei’s ability to produce important products using U.S. technology or software,” Media Secretary Oliver Dowden told the House of Commons. “The National Cyber Security Center has reviewed the consequences of the U.S.’s actions. The NCSC has not reported to ministers that they have significantly changed their security assessment of Huawei’s presence in the U.K.’s 5G network.”

“Given the uncertainty that this creates around Huawei’s supply chain, the U.K. can no longer be confident it will be able to guarantee the security of future Huawei 5G equipment effected by the change in U.S. foreign direct product roles,” Dowden said. “To manage this risk, they have now issued new advice on the issue of Huawei in U.K. telecomms networks.”

“So, this morning, the prime minister chaired a meeting of the national security council,” Dowden continued. “Attendees at that meeting took full account of the National Cyber Security Center’s advice, together with the implications for U.K. industry, and wider geostrategic considerations. The government agrees with the National Cyber Security Center’s advice, the best way to secure out networks is for operators to stop using new [inaudible] Huawei equipment to build the U.K.’s future 5G networks.”

“So, to be clear, from the end of this year, telecomms operators must not buy any 5G equipment from Huawei, and once the telecomms security bill is passed, it will be illegal for them to do so,” Dowden added.

“In addition to intense pressure from Washington, the Chinese crackdown in Hong Kong and Beijing’s lack of transparency on the origins of the coronavirus have added to concerns in Western capitals about using Chinese technology,” The Washington Post reported. “Britain said it will phase out over the next seven years the small amount of Huawei 5G equipment installed in recent months.”

The news came as Secretary of State Mike Pompeo delivered a blow to the Chinese Communist Party at the start of the week, informing the totalitarian nation that its claims in the South China Sea were “completely unlawful.”

In a speech from earlier this year, Attorney General William Barr said that China’s rapid advancement in trying to dominate the 5G market was the greatest national security threat that the U.S. faced. Partial remarks delivered by Barr in February below:

5G technology lies at the center of the technological and industrial world that is taking shape. In essence, communications networks are not just for communications anymore. They are evolving into the central nervous system of the next generation of internet, called the “Industrial Internet,” and the next generation of industrial systems that will depend on that infrastructure. China has built up a lead in 5G, capturing 40 percent of the global 5G infrastructure market. For the first time in history, the United States is not leading the next technology era.

Much of the discussion on the dangers of allowing China to establish dominance in 5G has been focused on the immediate security concern of using communications networks that China can monitor and surveil. That is, in fact, a monumental danger. For that reason alone, we should mobilize to surmount China’s drive to dominate 5G. But the stakes are far higher than this.

It has been estimated that the Industrial Internet powered by 5G could generate new economic opportunities of $23 trillion by 2025. If China establishes sole dominance over 5G, it will be able to dominate the opportunities arising from a stunning range of emerging technologies that will be dependent on, and interwoven with the 5G platform.

From a national security standpoint, if the Industrial Internet becomes dependent on Chinese technology, China would have the ability to shut countries off from technology and equipment upon which their consumers and industry depend. The power the United States has today to use economic sanctions would pale by comparison to the unprecedented economic leverage we would be surrendering into the hands of China.

It is important to understand how 5G will enable a revolution in industrial processes.  Some Americans think that all we are talking about here is analogous to the shift from 3G to 4G in our wireless networks.  But we are talking about a change that is far more fundamental than merely increasing download speeds for movies and websites.

The move from 3G to 4G meant moving from download speeds of about one Mbps up to speeds of about 20 Mbps.  This increase made it possible to move the storage of data and some modest processing power off of devices and into “the cloud.”  Even this modest evolution of the wireless business spawned wide new fields of innovation, applications, and businesses.  Because the United States was the country that developed 4G, we were the country that captured most of the economic opportunity that flowed from that technology.

The jump to 5G is a quantum leap beyond this.  We are now talking about multi-Gigabits per second peak rates for both download and upload.  These fiber-like speeds, coupled with placing “Edge Computing” facilities closer to the users, means 5G is capable of extremely low latency – under 10 milliseconds.  With this capacity, the tiniest devices can have virtually instantaneous interconnectivity, and access infinite computing power.  With these characteristics, 5G becomes a real time, precise command and control system.

Devices of all kinds – some “smart,” some sensors collecting and transmitting data, and some actuators carrying out remote commands – can be dispersed and embedded in business and industrial equipment across a wide array of businesses, such as transportation, energy, finance, healthcare, agriculture, heavy construction, and so forth.  5G provides the command-and-control function for managing industrial processes.

As the world of 5G unfolds, we will be seeing not just smart homes, but smart farms, smart factories, smart heavy construction, smart transportation systems, and so forth.  And a host of new emerging technologies, in addition to AI, will become interwoven with and dependent upon 5G and the Industrial Internet, including for example: robotics, the Internet of Things, autonomous vehicles, 3-D printing, nanotechnology, biotechnology, materials science, energy storage, and quantum computing.

China has stolen a march and is now leading in 5G. 5G is an infrastructure business. It relies on a Radio Access Network (RAN).  China has two of the leading RAN infrastructure suppliers: Hwawei and ZTE.  Together, they have already captured 40 percent of the market, and are aggressively pursuing the balance.

Huawei is now the leading supplier on every continent, except North America.  The United States does not have an equipment supplier.  China’s principal competitors are the Finish firm, Nokia (with a 17 percent share) and the Swedish firm Ericsson (with a 14 percent share).

The Chinese are using every lever of power to expand their 5G market share around the globe. It is estimated that the total market for 5G infrastructure is $76 billion.  China is offering over $100 billion in incentives to finance customers’ purchases of its equipment.  This means that the Chinese can offer customers to build their 5G networks for no money down.

In an infrastructure business like 5G, scale is critical. The business requires huge investments in R & D, as well as very high capital costs.  The larger a company’s market share, the better it can afford these costs.  Competitors facing a shrinking addressable market find it harder to sustain the levels of investment required to stay competitive.

Chinese companies start with the advantage of the largest domestic market, giving them instant scale, and as they add to this around the world, they will be able to invest more in their technology.

The more China gains ground as a supplier of 5G infrastructure, the more it will gain ground in all the constituent technologies that undergird 5G infrastructure.

5G rests on a stack of technologies, including semiconductors, fiber optics, and rare earth and materials.  China has moved to domesticate all these elements so it will not be dependent on foreign suppliers.

Semiconductors provide a good example of the ripple effect of Chinese leadership in 5G. China now consumes over half of the world’s semiconductors.  China has now started to replace U.S. semiconductors with its own.  Its scale in this field will permit it to make the investments needed close the current quality gap.  As China builds its scale in the semiconductor industry, it will place substantial pressure on alternative suppliers.  And, of course, semiconductors are indispensable to a wide range of technology and industries apart from 5G.

China’s success in 5G infrastructure is also translating into advantages in a range of new technologies associated with 5G.  AI is a good example.  As China captures more and more of the data generated by 5G, its AI products become better.

Within the next five years, 5G global territory and application dominance will be determined.

The question is whether, within this window, the United States and our allies can mount sufficient competition to Huawei to retain and capture enough market share to sustain the kind of long-term and robust competitive position necessary to avoid surrendering dominance to the Chinese.

The time is very short.  We and our allies have to act quickly.  While much has to be done, it is imperative to make two decisions right away.

First, we have to deploy the spectrum necessary for a robust 5G system in the U.S.  This is the mid-band spectrum called the “C-band.”

The FCC has been working hard to get the C-band spectrum out into the market through an auction.  It is critical to get this done within the next few months.  Even then, the U.S. will need 400,000 base stations to cover the nation.  This could take a decade or more to build out.

Recently, there have been interesting proposals to jump-start U.S.  5G by also making available L-band spectrum for use in tandem with the C-band.  By using the L-band for uplink, we could dramatically reduce the number of base stations required to complete national coverage.  It has been suggested that this could cut the time for U.S. 5G deployment from a decade to 18 months, and save approximately $80 million.  While some technical issues about using the L-band are being debated, it is imperative that the FCC resolves this question.

The bottom line is that we have to move decisively to auction the C-band spectrum, and bring to resolution the issues over L-band.  Our economic future is at stake.  We have to bear in mind that, given the narrow window we face, the risk of losing the 5G struggle with China should vastly outweigh all other considerations.

Second, we have to make a decision on the “horse” we are going to ride in this race.  Who is the 5G equipment supplier, or suppliers, that we will rely on to compete against Huawei around the globe, win contracts from operators, and blunt Huawei’s drive to domination?

It’s all very well to tell our friends and allies that they shouldn’t install Huawei, but whose infrastructure are they going to install?

If we and our allies – and other countries that do not want to put their economic fate in China’s hands – are not going to install Huawei’s infrastructure, we have to have a market-ready alternative today.

What is the customer looking for after all?  What is the operator looking for in moving from 4G to 5G?  It is a one-time decision.  It is a big decision.  You cannot afford to make a mistake, you need to know you are buying a reliable system that will perform, because you don’t have the luxury of tearing it out down the road.  And, you need a system that will allow you to seamlessly migrate your installed 4G base to 5G.  You need to know that your supplier has staying power – they are not here today and gone tomorrow.  They will be there for the long-haul.  Those are the products that are necessary to win contracts today.

There are only two companies that can compete with Huawei right now as 5G infrastructure suppliers: Nokia and Ericsson.  They have quality, reliable products that can guarantee performance.  They have proven successful in managing customers’ migration from 4G to 5G.  The main concern about these suppliers is that they have neither Huawei’s scale nor the backing of a powerful country with a large market, like China.

Some propose that these concerns could be met by the United States aligning itself with Nokia and/or Ericsson through American ownership of a controlling stake, either directly or through a consortium of private American and allied companies.  Putting our large market and financial muscle behind one or both of these firms would make it a more formidable competitor and eliminate concerns over its staying power.  We and our closest allies certainly need to be actively considering this approach.

Recently, there has been some talk about trying to develop an Open RAN approach, which aims to force open the RAN into its components and have those components to be developed by U.S. and western innovators.  The problem is that this is just pie in the sky.  This approach is completely untested, and would take many years to get off the ground, and would not be ready for prime time for a decade, if ever.

What we need today is a product that can win contracts right now – a proven infrastructure that network operators will make a long-term commitment to today.  In other words, we need a product that can blunt and turnaround Huawei’s momentum currently.

As a dictatorship, China can marshal an all-of-nation approach – the government, private companies, and academia acting together as one. …

If we are going to maintain our technological leadership, our economic strength, and ultimately our national security, we need the public and private sectors to work together and come shoulder to shoulder.

To our private sector friends, I would say that appeasing the PRC may come with short-term benefits, but I urge you to question the longstanding assumption that promises of market access are worth the steep costs. The PRC’s ultimate goal is to replace you with a Chinese company.

University and think-tank colleagues, do not allow the theft of technology under the guise of academic freedom. Do not allow the PRC to dictate your research or pressure you into ignoring diverse voices on controversial topics. Consider whether any sacrifice of academic integrity or freedom is worth the tradeoff.

To our allies, we applaud your efforts to stand up to China’s economic power. But we must do more, and act collectively.  Let us not forget our collective economic influence and power.

Throughout history, free societies have faced regimented adversaries.  At critical junctures, they have achieved the unity and purpose necessary to prevail, not because they have been compelled to do so, but because they freely chose to do so. We must make that choice today.

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The Daily Wire   >  Read   >  U.K. Bans China’s Huawei From Its 5G Network After Months Of Pressure From Trump Admin