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H35-582-ENU Huawei Certified ICT Expert-5G-Radio exam Questions |

H35-582-ENU exam Questions - Huawei Certified ICT Expert-5G-Radio Updated: 2024

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Exam Code: H35-582-ENU Huawei Certified ICT Expert-5G-Radio exam Questions January 2024 by team
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H35-582-ENU Huawei Certified ICT Expert-5G-Radio
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H35-480_V3.0-ENU HCIA-5G-RAN V3.0
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Question: 33
In the field of mobile communication, which standards organization is responsible for formulating technical
specifications and technical reports? (single-choice question, 2 points)
C. 3GPP2
Answer: B
Analysis of test questions: In the field of mobile communication, 3GPP is responsible for formulating technical
specifications and technical reports.
Question: 34
What are the proposers and users of slice requirements called? (single-choice question, 2 points)
A. Customer
B. Tenant
C. Tenants
D. Consumers
Answer: C
Question Analysis: The proposer and user of slice requirements are called tenants.
Question: 35
Which of the following is not a requirement for 5G fronthaul network transmission?
A. eCPRI mainstream interface rate 25Gbps
B. The one-way delay requirement is less than 100s
C. The packet loss rate is 0
D. The clock accuracy is ±65ns
Answer: C
Question: 36
Which or the following are members of the 5G open trail specification Alliance
(OTSA) ?
B. Vodafone
C. Verizon
Answer: A,B,C,D
Question: 37
Which of following are advantages of accessing 5G at ? _MC
A. Higher reliability than optical fibers
B. Flexible deployment
C. optical fiber-class rate
D. Rapid deployment and go-to-market
Answer: A,B,C,D
Question: 38
Which of the following are disadvantages of using drones on 4G communication networks? CMC
A. Delivering flight control command is slow.
B. The signal strength is dtrong when lower the 120 from the ground but the connection is easily lost when the height
exceeds 120m.
C. The uplink data rate is low.
D. The drone height is not within the mail lobe of the ground station antenna. The air signals are in disarray. There is
no primary coverage cell. Frequent handovers caus significant downlink interference for terminals.
Answer: A,B,C,D
Question: 39
Which of the following advantages are experienced by cloud game user?
A. no need to buy expensive hardware
B. game playing anytime withing waiting free of installation, upgrade or maintenance.
C. cloud archiving available anytime allowing seamless switchover between different devices
D. gaming running on the cloud, which facilitates copyright protection
Answer: A,B,C,D
Question: 40
Which of the following technical solutions reduce the 5G delay? _MC
A. Shortening the resource allocation interval
B. Dynamic uplink and down link resources allocation
D. D2D communication
Answer: A,B,D
Question: 41
What was the first standard release of LTE? (single-choice question, 2 points)
A. Relasee4
B. Relasee7
C. Relasee8
D. Relasee10
Answer: C
Question analysis: It is generally considered that LTE starts from R8 version, LTE-A starts from R10 version, 4.5G
(LTE-A Pro) starts from R12 version, and 5G starts from R15 version.
Question: 42
Compared with traditional plat preservation which of the following advantages does drone-based plant preservation
have? _ MC
A. higher efficiency than manual operations
B. 30% less medicine is used, saving water and protecting the environment.
C. precise operation
D. high security due to man-machine separation
Answer: A,B,C,D
Question: 43
In the 5G eMBB scenario, what is the main coding scheme used for the control channel? (single-choice question, 2
A. Turbo
B. Convolutional Codes
C. Polar
Answer: D
Analysis of test questions: LDPC is used for traffic channels, with good performance and low complexity. It supports
high-speed services well through parallel computing; Polar codes are used for control channels and have outstanding
performance in encoding small packet services.
Question: 44
FR1 is the main frequency band of 5G.
What is the maximum bandwidth of the cell in MHz? (Multiple choice, 2 points)
A. 40
B. 80
C. 100
D. 400
Answer: C
Analysis of the test questions: The maximum bandwidth of the FR1 frequency band cell is 100MHz.
Question: 45
Assuming that the primary synchronization code of NR cell A is 1, and the secondary synchronization code is 2, which
of the following is the PCI of cell A?
A. 2
B. 5
C. 3
D. 7
Answer: C
Question: 46
Which of the following are members of the 5G Open Trial Specification Alliance (OTSA)? - MC
B. Vodafone
C. Verizon
Answer: A,C,D
Question: 47
In the process of uplink and downlink decoupling, what determines whether the uplink uses high frequency or low
frequency for signal transmission? (single-choice question, 2 points)
B. gNodeB
Answer: B
In the process of uplink and downlink decoupling, whether the uplink uses high frequency or low frequency for signal
transmission is determined by gNB.
Question: 48
Which of the following NSA networking statements are correct? _MC
A. Capable of provisioning new services such as URLLC
B. LOW Investment in the initial phase of 5G deployment
C. Requiring continuous coverage provided by the 5G base solutions
D. Deployment based on legacy 4G networks
Answer: A,B,D
Question: 49
Both optical and electrical RHUB ports in LampSite networking support pRRU cascading.
A. True
B. False
Answer: B
Question: 50
Which of the following are points of electronic power telecommunication?
A. public network GPRS with low rate and long delay unable to provision telecontrol, tele indication and telemetering,
slow fault locating
B. high cost for monitoring service carried by operator 4G network
C. low security and reliability of electric power services carried on public network
D. incapable of collecting electric consumption information, costly manual meter reading.
Answer: A,C,D

Huawei Expert-5G-Radio exam Questions - BingNews Search results Huawei Expert-5G-Radio exam Questions - BingNews Zain Kuwait completes 5.5G test with Huawei

Zain Kuwaut said it has achieved speeds of 10 Gigabits per second after completing a 5.5G technology trial on its network in partnership with Chinese vendor Huawei.

The Middle East telco said it was the first operator to complete a trial of this kind in Kuwait’s telecom market. The company also tested Ultra-Reliable Low Latency Communication (URLLC), a key 5.5G feature.

The telco also noted that the accurate trial was carried out under supervision and in collaboration with the Communication and Information Technology Regulatory Authority (CITRA).

Zain highlighted that it has invested early in upgrading and enhancing its network’s infrastructure to prepare for the shift towards the 5.5G era.

5.5G, which features uptra-fast speeds and higher efficiency levels, combined with Ultra-Reliable Low Latency Communication (URLLC), which brings reduced latency and ultra-reliable connections, will meet the growing demand of cloud computing, AI, big data, immersive AR/VR experiences and autonomous vehicles, the telco added.

Zain has also recently showcased its network’s readiness for the rollout of 5G New Calling (5GNC), an emerging 5G network capability that paves the way for a new era of voice and video calling and will rely on the capabilities of 5.5G.

5G-Advanced technology, or “5.5G”, will pave the way for a wider adoption of connectivity for industrial settings, John Gao, President of Huawei’s 5.5G domain, previously told RCR Wireless News.

Gao stressed that 5.5G will enable wireless production and flexible manufacturing with its low latency and high reliability, thus accelerating the intelligent transformation of industries.

The executive noted that 5.5G will provide larger system capacities, lower-priced modules and large-scale service provisioning capabilities, which will enable scenarios with hundreds of millions of video connections. Gao also noted that scenarios with more extensively ubiquitous asset logistics can be managed using tags of lower costs and power consumption with 5.5G networks.

He went on to say that the deployment of 5.5G technology will pave the way for harmonized communication and sensing networks to support diverse scenarios like smart air, ground, and maritime transportation as well as smart security.

Huawei believes that previous investments made by operators to deploy 5G network infrastructure will be protected with the future launch of 5G-Advanced. Huawei’s president of wireless solution, Cao Ming, recently said during a media roundtable at Huawei’s 14th Global Mobile Broadband Forum (MBBF), held last month in Dubai, in the United Arab Emirates.

The executive said that 5G-Advanced networks will not require large investments by operators in new network architecture and will be launched using 5G Standalone (SA) networks. He also said that Huawei is working with its partners to make sure that future 5.5G applications, devices and services will be fully compatible with current 5G networks.

Huawei had previously said that it planned to launch a complete set of commercial 5.5G network equipment in 2024.

Thu, 04 Jan 2024 01:42:00 -0600 en-US text/html
Tag: Huawei 5G No result found, try new keyword!Chinese telecoms giant Huawei is set to roll out its 5G service in several Spanish cities on Saturday, making it one of the first European countries with the ultrafast mobile phone network. Tue, 26 Dec 2023 22:39:00 -0600 text/html Huawei: What is 5G's core and why protect it?

By Leo KelionTechnology desk editor

Huawei will be able to supply 5G phone mast equipment but not more "sensitive" kit used in a network's core

After years of deliberation, the UK has finally confirmed Huawei will be allowed to be part of its 5G networks - but with restrictions.

One of those is that the Chinese firm's equipment must be limited to "non-core" parts of the system.

What is the core and why is Huawei being kept out of it?

A mobile phone network's core is sometimes likened to its heart or brain.

It is where voice and other data is routed across various sub-networks and computer servers to ensure it gets to its desired destination.

This involves:

  • authenticating subscribers so that specific users only get access to the services they have paid for and opted into
  • sending a call to the right radio tower to connect to another person's mobile phone
  • managing facilities such as call-forwarding and voicemail
  • delivering SMS messages and multimedia from one handset to another
  • routing data back and forth to third-party services such as apps and websites
  • keeping track of usage to calculate an individual's bill

While once, a lot of this involved physical equipment known as routers and switches, in the 5G world much of this kit has been "virtualised". That means software rather than specialised hardware now takes care of much of the job.

This opens the door to new capabilities such as "network slicing", in which operators can offer the emergency services and other priority clients dedicated bandwidth, for example, letting them avoid sluggish speeds during periods of peak demand.

It also lets some network activity be physically carried out closer to users' devices, helping reduce latency. That should help cloud gaming services run with less lag time between a user pressing a gamepad button and the on-screen character responding. Self-drive cars should also benefit, in theory, from being able to co-ordinate their movements more fluidly.

But a perceived risk is that this shift to virtualisation could open the system up to new kinds of attack. And even if encryption means the information being handled cannot be spied upon, the fear is that a rogue participant could still crash the network - or at least disrupt the data flow.

How does this differ from the rest of the network?

The core is distinct from the Radio Access Network (RAN), which is sometimes referred to as the "periphery".

It includes the base stations and antennas used to provide a link between individual mobile devices and the core.

Insiders sometimes describe this as the "innovative but dumb" part of the network. That is because new traffic management software and other advances mean more traffic can be handled than before, but the equipment does not actually affect what happens to the data itself beyond transmitting it back and forth.

Although it has commonly been reported that Huawei's advantage here is cost, industry insiders say a bigger advantage is that it can currently do the same job as its rivals using fewer antennas. That means fewer planning permission requests need to be approved, and 5G can be rolled out more quickly as a result.

The theory is that by limiting Huawei to the RAN but banning it from the core, the authorities make the risk of its involvement more "manageable".

So why are the Americans still worried?

The Trump administration's cyber-security chiefs, along with their Australian counterparts, contend that over time the "edge" - the name given to the boundary between the core and periphery - will disappear, as more and more sensitive operations are carried out closer to users.

As a result, it will no longer be possible to keep Huawei, and by extension the Chinese state, out of the network's most sensitive areas, they claim.

WATCH: What could happen if the UK's 5G networks suffered a major cyber-attack?

UK network operators acknowledge that over time more functions will indeed move from centralised sites to individual exchanges and even base stations themselves. But they are adamant that they can still design the architecture of their networks to keep the core distinct and protect it with firewalls, probes and other measures.

As such, 5G should never evolve into a system where data is simply bounced from device to antenna to device, without having to go through a secured core where each user must still be authenticated, helping safeguard the system.

However, some security experts warn that this kind of segmentation might still not prevent the RAN being used to mount an attack.

"This is not a foolproof plan, as networks are dynamic and managed by people - who make mistakes," commented Elad Ben-Meir of Scadafence - an industrial security specialist.

"So, over time this ring-fencing may be broken or even worse, may have a vulnerability or weakness which could be utilised by threat actors."

Copyright 2024 BBC. All rights reserved.  The BBC is not responsible for the content of external sites. Read about our approach to external linking.

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Mon, 27 Jan 2020 22:18:00 -0600 text/html Huawei Phone Shows China Is Replacing US Suppliers of 5G Tech No result found, try new keyword!(Bloomberg) -- Huawei Technologies Co.’s Mate 60 Pro smartphone shows “significant progress” in China’s domestic design and engineering of radio-frequency chips, according to the latest ... Sun, 10 Dec 2023 14:10:00 -0600 en-us text/html Huawei: Why has UK not blocked Chinese firm's 5G kit?

New Zealand government's move to prevent Huawei supplying a local mobile network with 5G equipment has raised questions about why the UK appears less concerned about use of the Chinese company's technology.

A press release from Spark, the New Zealand company involved, said it had been deemed that the deployment posed "significant security risks" - a polite way of saying that Beijing might use the technology to spy on the country or disrupt its communications in a future dispute.

The US and Australia had already closed the door on Huawei's involvement in their next-generation mobile networks.

That means three members of the Five Eyes intelligence alliance have now acted against the Shenzhen-based company. And one other member, Canada, is carrying out a security review of its own.

So, there's a prospect that the UK could soon be the sole holdout, allowing Huawei to play a key role in delivering the data that everything from self-driving cars to smart city sensors will rely on.

"There are two factors at play here: 5G will be connected to everything as we go to the internet-of-things," said Ewan Lawson, from UK defence think tank Rusi.

"And concerns about foreign-sourced hardware were less intense than they are now."

For its part, Huawei has said: "[We are] aware of Spark's statement and we are looking into the situation.

"As a leading global supplier of telecoms equipment, we remain committed to developing trusted and secure solutions for our customers."

Is the UK just being complacent?

The government argues not.

"This government and British telecoms operators work with Huawei at home and abroad to ensure the UK can continue to benefit from new technology while managing cyber-security risks," a Cabinet Office spokeswoman told BBC News.

That work includes a facility nicknamed the Cell, in Banbury, Oxfordshire, where staff employed by Huawei but answering to GCHQ hunt for security flaws in the company's products.

It has not uncovered evidence of hidden backdoors or other deliberate attempts of subterfuge. But its last report did identify shortcomings that led it to warn that it could offer only "limited assurance" that the company posed no threat.

The UK government is also thought to have fired a shot across the bows last month, when it wrote to telecoms companies warning that a review of their infrastructure could lead to "changes in the current rules" that should be taken into account during "procurement decisions".

Huawei was not mentioned by name, but the Financial Times - which revealed the letter's existence - said some industry executives interpreted it to mean a ban was still possible.

But others have their doubts, noting that other political factors are at play.

"The letter did go out but the issue remains that in the absence of any definitive evidence of a problem, an unspecific security risk has to be weighed against trade opportunities," said Mr Lawson.

"If Huawei was banned, we don't know the extent to which China might well refuse to do business with us in other fields - and the timing for that would not be great with so much attention on the potential economic impacts of Brexit."

How strong are Huawei's existing UK ties?

Huawei opened its first office in the country in 2001 and soon had its equipment adopted by BT and Vodafone, which used it to support 2G, 3G and 4G mobile services as well as "superfast" fibre and other types of broadband connections to homes and businesses.

Its kit includes mobile phone radio antennas and the routers and switches found in kerbside cabinets.

Most of the country's mobile networks - Vodafone, EE and Three - are now working with Huawei to prepare their 5G offerings.

O2's parent Telefonica has also tested its new equipment elsewhere and signalled that it might use it in the UK.

In addition, Huawei says it has developed research and development partnerships with many of the country's leading academic institutions, including the Universities of Cambridge, Oxford, Cardiff and Imperial College.

Its UK board of directors includes Lord Browne, the former chief of BP, and Sir Andrew Cahn, a former high-ranking civil servant.

Does Huawei pose a real threat?

The company is keen to portray itself as a private company owned by its employees with no ties to the Chinese government beyond those of a law-abiding taxpayer.

It can also lay claim to being one of the biggest spenders on research and development - it invested more than $13.2bn (£10.3bn) last year and has said the figure will be even higher for 2018.

But critics like to point out that its media-shy founder, Ren Zhengfei, was a former engineer in the country's army and joined the Communist Party in 1978.

Furthermore, they question how free any major Chinese business can be from Beijing's influence.

"It's accepted practice in China that relationships between Chinese companies and the state have to be extremely close," said Prof Anthony Glees, director of the Buckingham University Centre for Security and Intelligence Studies.

"Many other countries have said no [to Huawei over 5G].

"We've come to the matter late as we have already let them through the door."

Another leading cyber-security expert agreed that Huawei could be co-opted into incapacitating the equipment it had sold.

"The obvious concern with 5G is whether there is a material risk of the Chinese being in a position to run a big denial-of-service attack on Britain in the event of a time of international tension," said Ross Anderson, professor of security engineering at the University of Cambridge.

"There is obviously a risk. China plays hardball and we have been hoping in vain for years that it would get nice as it got richer but that hasn't happened."

For now, Beijing has been reticent to be seen to be too forceful in leaping to Huawei's defence.

The Chinese government did warn against "protectionism" when a deal to sell Huawei's phones in the US fell through and then "discriminatory practices" when Australia banned local networks using its 5G equipment.

But Chinese officials are already preoccupied with President Trump's threats of more trade tariffs and might see any effort to try to help Huawei as likely to backfire.

Even so, eyebrows have still been raised by a decision to exclude its founder from a list of 100 key contributors to China's economy over the past 40 years recently published in the Communist Party's People's Daily newspaper.

Whether that is because Mr Ren is viewed as being too close or not close enough to the government is unclear.

Copyright 2024 BBC. All rights reserved.  The BBC is not responsible for the content of external sites. Read about our approach to external linking.

Beta Terms By using the Beta Site, you agree that such use is at your own risk and you know that the Beta Site may include known or unknown bugs or errors, that we have no obligation to make this Beta Site available with or without charge for any period of time, nor to make it available at all, and that nothing in these Beta Terms or your use of the Beta Site creates any employment relationship between you and us. The Beta Site is provided on an “as is” and “as available” basis and we make no warranty to you of any kind, express or implied.

In case of conflict between these Beta Terms and the BBC Terms of Use these Beta Terms shall prevail.

Wed, 12 Aug 2020 12:48:00 -0500 text/html Europe Becomes a Battleground Over Huawei and 5G

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Tue, 11 Feb 2020 10:00:00 -0600 en-US text/html
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Wed, 01 Jan 2020 01:03:00 -0600 en-US text/html
Huawei Mate 60 Pro Leads China's Charge In 5G Tech Self-Reliance No result found, try new keyword!Huawei Technologies Co. has unveiled considerable progress in the design and development of radio-frequency chips with its new Mate 60 Pro smartphone, surpassing U.S. suppliers in the race for 5G ... Mon, 11 Dec 2023 00:24:00 -0600 en-us text/html Huawei, ZTE banned from providing 5G tech in Australia

Huawei has been banned by the Australian Government from providing 5G technology to Australia.

The Chinese networking and telecommunications equipment provider has published the news on its Twitter account on 23 August saying that both Huawei and ZTE had been informed of the news by the government.

"This is an extremely disappointing result for consumers," the company stated. "Huawei is a world leader in 5G. Has safely and securely delivered wireless technology in Australia for close to 15 years."

According to a statement issued by the office of Senator Mitch Fifield and acting Minister for Home Affairs Scott Morrison, the government has undertaken an extensive review of the national security risks to 5G networks.

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