Challenges and possible solutions of testing 5G network that provides connectivity over millimeter wave spectrum. Read the slide for the range of 5G testing equipment.

1. 5G Technology & Testing
Challenges
In Pursuit of Super Fast Networks

2. 2
1. What is 5G technology?
2. Benefits of 5G technology
3. Data usage trends
4. Evolution of 5G technology
5. 5G testing challenges and trials
6. 5G testing equipment samples
7. Top manufacturers of 5G testing equipment
What You Will Learn About
5G Technology & Testing
Image Source: ieee.org

3. 3
What is 5G Technology?
1. Helps in network slicing enabling operators to create
multiple virtual networks within a single 5G network.
2. In contrast to the 4G network which requires large
towers, 5G uses the large number of small cell stations
located in places like light poles and roofs.
3. 5G uses millimeter wave spectrum (30 GHz – 300 GHz)
to attain high speeds.

4. 4
Benefits of 5G Technology
1. Estimated 10 Gbps broadband speeds with peaks of 20 Gbps.
2. Automate many network behaviors.
3. Unite wireless, wireline and satellite services under the common
structure.
4. Offer platform-enabling services for vertical markets.
5. Accelerate service delivery at lower cost.
6. Use network slicing to deploy multiple virtual 5G networks on
common infrastructure.
“Smaller and Better Connected World”

5. Data Usage Trends
0
8
16
24
2014 2015 2016 2017 2018 2019
ExabytesperMonth
2 - 2.5G
3 - 3.5G
4G
40%
10%
50%
2%
30%
68%

6. 6
Evolution of 5G Technology
2017 – 3GPP approves 5G NSA standards.
2018 – First 5G FWA commercial implementations occur.
2019 – First 5G compatible smart phones will be commercially available.
2018 – 3GPP approves 5G SA standards.
2020 - 2025 – 5G use cases will begin to emerge.

7. Quick Fact – Once implemented, 5G will bring faster and more reliable connections for users and extra bandwidth for IoT (Internet of Things) such as
robots, cars, and all sensor equipped products.
5G Testing Challenges and Trials
1. 5G has the ability to run multiple types of waveforms in a single
channel, which requires new ways of testing the network.
2. 5G is a larger generational leap than 4G because it uses new
technology and new bands at mm-wave frequencies.
3. 5G Deployment Challenges - Designing and building networks over
mm-wave for real-life applications require a better understanding of the
spectrum, and thus needs extensive trials.
4. 5G Speed Test - Testing 5G network in both obstructive and bad
weather environments.
5. Measure things such as angle of arrival and reflections in real time.
6. The challenge of testing 5G antenna performance.
“You need the Latest Test Devices at an optimal cost!”

8. Vector Signal Generator – Generates complex, digitally modulated signals
of high quality.
Key Facts
1. Options for all important digital communications.
2. Optional integrated fading simulator with up to 160 MHz bandwidth.
3. Support of all key MIMO modes including 3x3, 4x4, 8x4, 4x8 and 4x2x2.
Signal and Spectrum Analyzer – Offers low phase noise, wide analysis bandwidth,
and straightforward and intuitive operation.
Key Facts
1. Frequencies range from 2 Hz to 8/13.6/26.5/43.5/50/67/85/90 GHz.
2. The Low phase noise of -137 dBc (1 Hz) at 10 KHz offset (1 GHz carrier).
3. Up to 5 GHz analysis bandwidth.
Image: www.trsrentelco.com
Image: www.trsrentelco.com
5G Testing Equipment Samples

9. Quick Fact – TRS-RenTelco offers a range of 5G testing equipment by leading manufacturers. These devices are available for rent or for sale with 24/7
365 customer support.
Top Manufacturers of 5G Testing Equipment

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