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Regarding 5G, what is Accenture's biggest advantage?

Accenture's most significant advantage is its vast experience in handling disruptive technology. Applications can be developed and operated elastically with the aid of edge computing technologies. A distributed computing paradigm is called edge computing. Option 2 is therefore the right one.

Why is mmWave relevant?

This is among the explanations for why mmWave is regarded as a pivotal technology and essential element that renders 5G network performance revolutionary. Mobile network providers stand to gain from utilizing millimeter-wave (mmWave) anywhere extremely high throughput is required, both indoors and outdoors, due to its capacity to carry vast amounts of data.

Where is the 5G mmWave deployed?

5G mmWave is being deployed by mobile operators in densely populated urban areas, including stadiums, arenas, concerts, airports, and other large venues. With a frequency range of 24 GHz and above, 5G Frequency Range 2 (FR2) networks can provide multi-gigabit data rates with extremely low latency.

Why is 5G prohibited in the US?

Fears that 5G infrastructure could be exploited as instruments for malicious actions have been voiced by nations including Australia and the United States. The underlying concern with 5G networks is their increased number of networked devices, which increases their vulnerability to cyberattacks.

What consequences does mmWave have?

warmth-related consequences. There are two categories of millimeter wave biological effects on living things: thermal and non-thermal. A living body can experience a thermal effect that raises the body's temperature locally or globally when specific electromagnetic wave frequencies and intensities are applied to it.

Which mobiles are mmWave compatible?

Frequently searched for mobile phonesThe following smartphones are available: Samsung Galaxy S22 Ultra, Redmi Note 11 Pro, Unlocked Cell Phones, Samsung Galaxy S23 Ultra, iPhone 15 Pro Max, and iPhone 13.Additional things...

Does rain impact 5G?

Signal loss and decreased performance can result from heavy rain and dense fog, which can absorb and disperse the higher-frequency 5G signals. Rain and fog can also impact 4G transmissions, but because 4G operates at lower frequencies than 5G, it is more durable.

What are the S band's benefits and drawbacks?

Because S-band radar can see through severe weather, it is important for both military and commercial aircraft navigation. Both close-in and distant weather observations can benefit from it. The following are some S-band radar drawbacks: S-band radar is capable of supporting lesser throughput.

Which nations are making use of mmWave 5G?

Thus far, ten nations-Australia, Denmark, Germany, Greece, Japan, Hong Kong, Finland, Sweden, South Korea, and the United Kingdom-have reserved mmWave spectrum for commercial use. A private 5G network utilizing 28 GHz and 4.7 GHz SA was implemented by Japanese company Fujitsu.

How is 5G mmWave implemented?

A wireless communication method called mmWave (millimeter wave) makes use of high-frequency electromagnetic waves that span from 30 to 300 GHz. 5G technology uses waves to carry our data, and the frequency of those waves controls how quickly our data travels.