WELCOME TO MNT 5G SEMINAR TOUR US

WELCOME TO MNT 5G SEMINAR TOUR US

ROHDE & SCHWARZ MOBILE NETWORK TESTING

Arnd Sibila

Technology Marketing

[email protected]

mailto:[email protected]

Rohde & Schwarz

AGENDA

Mar 2019 Evolving Technologies Overview2

Time Topic

08:30 Registration and Continental Breakfast

09:00 Welcome and logistics

09:10 5G Technology Introduction

10:30 Coffee Break

10:45 Spectrum Clearance in a 5G Environment

11:15 Challenges of 5G site testing

12:00 Lunch provided by Rohde & Schwarz

13:00 Data Analytics for Benchmarking & Optimization

14:00 5G Real-World Use Case

14:30 Coffee Break

14:45 Ensuring QoE in 5G

15:30 Closing Remarks/Adjourn

Rohde & Schwarz

INTRODUCTIONARND SIBILA

► Master’s degree in Electrical Engineering (Communication Technology, RF Technology),

Ruhr-University of Bochum, Germany

► Technology Marketing Manager for Wireless Technologies at Rohde & Schwarz

since 2012 (led the Infrastructure Global Key Account Manager group in 2014 and 2015)

► Technology Marketing in the Mobile Network Testing market segment since January 2016

► 20+ years in Siemens Communications and Nokia Siemens Networks (technical and

management roles in PM, PLM, System Architecture, CTO, BD, Portfolio Management,

Product Qualification) strong focus on new technologies (LTE-Advanced, LTE,

WCDMA/HSPA, WiMAX, etc.)

Mar 2019 Evolving Technologies Overview3

5G NR TECHNOLOGY INTRODUCTION

Rohde & Schwarz Mobile Network Testing

Arnd Sibila

Technology Marketing

Rohde & Schwarz

CONTENTS

Nov 2019 5G MNT technology introduction5

ı 5G market drivers and key challenges

ı 5G use cases

ı 5G NR technology and standardization

ı 5G network test solutions

ı Conclusion

Rohde & Schwarz

THE STATUS OF COMMERCIAL AND LIMITED 5G NR AVAILABILITY

Nov 20196

Source: Ookla 5G map

5G rollouts in cities

across the globe

Weekly update from

verified public sources

and Ookla data

Korea and US might not

be properly covered

Status: December 2nd, 2019

5G MNT technology introduction

Rohde & Schwarz

SOUTH KOREA – 5G STATUS


SKT:

► SK Telecom (#1 in Korea) reached 1.5 million 5G subscriber by end of September 2019

► SKT’s 5G subscribers represent nearly 44% of Korea’s 5G subscriber base

► SK Telecom targets 2 million 5G subs by end of 2019 (7 million by end of 2020)

KT:

► KT (#2 in Korea with 31% market share) targets 1.5 million 5G subscribers by end of 2019

► 85% of 5G customers signed up for the top-tier unlimited plans ( higher ARPU)

► First year-on-year increase in revenue in 7 quarters due to rapid adoption of 5G services

► Launched commercial 5G services April 2019

LG Uplus

► LG Uplus (#3 in South Korea) reported 540,000 5G subscribers end of August

► 50,000 5G base stations today, target is 80,000 by end of 2019 (90% of population)

Spectrum: 280 MHz in 3.5 GHz band and 2,400 MHz in 28 GHz band

Source: RCR Wireless News, November 11, 2019

Rohde & Schwarz

MOBILE DATA TRAFFIC GROWTH: IT IS HAPPENING!


ı Absolute amount of data: 3-fold in 3 years!

ı Operators have to invest for higher capacity

Ref: Cisco VNI mobile, 2017

68%

Data traffic growth: 68%

from Q3 2018 to Q3 2019

Voice does not include VoIP. Traffic does not include DVB-H, Wi-Fi, or Mobile WiMAX.

Reality surpassed

forecast!

Rohde & Schwarz9

5G IS ALREADY GLOBALLY PRESENTCOMMERCIAL SERVICES ARE LAUNCHED

Source: GSA report: Evolution from LTE to 5G: Global Market Status, October 2019

►328 operators in 109 countries are active in 5G (launches, demos, trials)

►50 operators in 27 countries announced 3GPP-compatible 5G

service launches (62 operators in 34 countries activated 5G

sites within their live commercial networks)

► Just the October 2019 snapshot:

figures are growing constantly

Nov 2019 5G MNT technology introduction

Rohde & Schwarz

4G TODAY AND 5G TECHNOLOGY FORECAST

GSA Reports (October ‘19):

► 777 commercially launched LTE / LTE-

Advanced networks in 228 countries

(36 networks with Gbps speeds)

► 328 operators in 109 countries

are active in 5G (launches, demos, trials)

► 50 operators in 27 countries announced

3GPP-compatible 5G service launches

(62 operators in 34 countries activated

commercial 5G sites)


Source: GSA Evolution from LTE to 5G report, October 2019

GSA Press Release November 22nd, 2019

Source: Ericsson Mobility Report Nov 2019

Rohde & Schwarz

FREQUENCY TRENDS FOR 5G


NR frequency range 1

reserved numbers 65-256

Downlink Uplink

… … …

n77 3.3 – 4.2 GHz 3.3 – 4.2 GHz

n78 3.3 – 3.8 GHz 3.3 – 3.8 GHz

n79 4.4 – 5.0 GHz 4.4 – 5.0 GHz

… … …

NR frequency range 2

Reserved numbers 257-512

Downlink Uplink

n257 26.5 – 29.5 GHz 26.5 – 29.5 GHz

n258 24.25 – 27.5 GHz 24.25 – 27.5 GHz

n259 39.5-43.5 GHz 39.5-43.5 GHz

n260 37 – 40 GHz 37 – 40 GHz

Rohde & Schwarz

KEY CHALLENGES RELATED TO 5G NR RAN


New spectrum

ı Even 3.5 GHz is different from today’s frequencies

ı What about coverage?

ı Spectrum clearance?

Beamforming for Synch.

and Broadcast Signals

ı How does beamforming work?

Flexibility of air interface

and gNB configuration

ı Bandwidth: 5, 10, 15, 20, 25, 30, 40, 50, 60, 80, 100 MHz (FR1)50, 100, 200, 400 MHz (FR2)

ı Subcarrier Spacing:15, 30, 60 kHz (FR1)60, 120, (240) kHz (FR2)

ı Mapping onto antenna ports: single beam / multi beam sweeping

New technology elements drive the need for (and complexity of)

5G NR network measurements

Rohde & Schwarz

CONTENTS



ı 5G use cases



ı Conclusion

Rohde & Schwarz

REVIEW OF 5G USE CASESeMBB REMAINS PRIORITY 1 BUT …


eMBB – the known playground

ı Established ecosystem (operators, manufacturers,

certification of devices)

ı Evolution from existing technologies and revolutionary

additions (cm- / mm-wave)

ı It’s all about data (speed and capacity)

ı Realizing and facing the challenges of cm-wave

spectrum and OTA testing; 3.5GHz is important!

URLLC

ı A significantly enhanced and

diverse ecosystem (operators (?),

manufacturers, verticals,

certification not existing (yet))

ı Principal support with high SCS

and self-contained slots

ı It’s all about reliability and security

(data and capacity)

massive Machine

Type Communication

Ultra reliable &

low latency

communication

enhanced Mobile

Broadband

eMBB

mMTC URLLC

Massive IoTı A diverse ecosystem

(operators, manufacturers,

local authorities, certification

only for some technologies)

ı Mix of technologies

(GSM, Lora, Zigbee, WLAN,

Bluetooth, Cat M, NB-IoT,…)

ı It’s all about cost efficiency

and massive connectivity

ı 3GPP: No NR based solution;

will be addressed by evolving

LTE-M (eMTC) and NB-IoT

Rohde & Schwarz

CONTENTS



ı 5G use cases



ı Conclusion

Rohde & Schwarz

201920182017 2020 2021

3GPP RAN NR STANDARDIZATION OVERVIEWREL-15 … REL-17 TIMELINE

16

Rel-15

Nov 2019

Rel-15 NSA Option 3

SA Option 2 & 5

Late-Drop

for Option 4, 7

RAN #80

June 2018

RAN #84

June 2019

Rel-16 Study-Item / Work-Item phase

RAN #87

March 2020

RAN #88

June 2020

Rel-17

Rel-17 Kick-Off

Workshop

RAN #84

June 2019

RAN #86

Dec 2019 June 2021

E-mail discussion

of work areas

Approval of

Rel-17 Study-Items /

Work-Items

Study-Item / Work-Item phase

Rel-15 core specs

completed

Rel-16 core specifications completed

Rel-17

core

specs

compl’d

Source: RP-190563

RAN #86

Dec 2019

Rel-15 test specifications completed

RAN #80

June 2018

PHY specs frozen ASN.1 specs frozen

Sep 2021

PHY specs frozen

ASN.1 specs frozen

RAN #85

Sep 2019


Rohde & Schwarz

5G NEW RADIO (NR) OFFERS A FLEXIBLE AIR INTERFACE SUMMARY OF KEY PARAMETERS

Parameter FR1 FR2

Carrier aggregation Up to 16 carriers

Bandwidth per carrier 5, 10, 15, 20, 25, 30, 40, 50, 60, 80, 90, 100MHz 50, 100, 200, 400 MHz

Subcarrier spacing 15, 30, 60 kHz 60, 120, 240 (not for data) kHz

Max. number of subcarriers 3300 (FFT4096 mandatory)

Modulation scheme QPSK, 16QAM, 64QAM, 256QAM; uplink also supports π/2-BPSK (only DFT-s-OFDM)

Radio frame length 10ms

Subframe duration 1 ms (alignment at symbol boundaries every 1 ms)

MIMO scheme Max. 2 codewords mapped to max 8 layers in downlink and to max 4 layers in uplink

Duplex mode TDD, FDD TDD

Access scheme DL: CP-OFDM; UL: CP-OFDM, DFT-s-OFDM


Rohde & Schwarz

ARCHITECTURE OPTIONSOPTION 3 IS PRIORITY 1 IN 3GPP, FOLLOWED BY OPTION 2


EPC

eNB

(LTE)

gNB

(5G)

MME SGW

Option 3:DC EN: E-UTRA-NR

Data

Control

Option 2: Standalone

NGC

AMF UPF

gNBeNB is the

Master Node

MME = Mobility Management Entity

S-GW = Serving Gateway

AMF = Access and Mobility Management Function

UPF = User Plane Function

gNB is the

Secondary Node

Rohde & Schwarz

MAXIMUM 5G NR DATA RATE PER LAYER

Frequency

Range

SCS Bandwidth DL UL Efficiency DL Efficiency UL

FR1 15 kHz 50 MHz 288.9 Mbps 309.1 Mbps 5.78 bps/Hz 6.18 bps/Hz

FR1 30 kHz 100 MHz 584.3 Mbps 625 Mbps 5.84 bps/Hz 6.25 bps/Hz

FR1 60 kHz 100 MHz 577.8 Mbps 618.1 Mbps 5.78 bps/Hz 6.18 bps/Hz

FR2 60 kHz 200 MHz 1.08 Gbps 1.18 Gbps 5.40 bps/Hz 5.90 bps/Hz

FR2 120 kHz 400 MHz 2.15 Gbps 2.37 Gbps 5.38 bps/Hz 5.93 bps/Hz

Compare to

LTE

15 kHz 20 MHz 100 Mbps 100 Mbps 5.00 bps/Hz 5.00 bps/Hz


Rohde & Schwarz

NR PHYSICAL LAYER DETAILSCYCLIC PREFIX (CP) STRUCTURE IDENTICAL IN EACH SUBFRAME


CP

insertionIFFT

0 … 7 … 13

1 2 3 10

f = 2

15

[kHz]

Slots /

frame

Slots /

subframe

0 15 10 1

1 30 20 2

2 60 40 4

3 120 80 8

4 240 160 16

Symbol length = 66.67 µs

1 subframe = 1 ms

= 1 Slot

10 slots per frame

0 … 28 … 55

Symbol length = 16,67µs

1 2 3 404

15 kHz subcarrier spacing (LTE like)

1 subframe = 1 ms

= 4 slots

40 slots per frame

60 kHz subcarrier spacing

Rohde & Schwarz

HOW CAN A UE IDENTIFY A 5G CARRIER?


Carrier BW

BWP 1 BWP 2 BWP 3

SS

B

SS

B

SSB = SS/PBCH block

First action of UE looking for 5G cell: search for Synchronization Signals

ı One SSB is always transmitted the only Always-On signal in 5G NR!

ı The 5G NR UE uses the SSB for Synchronization

System information (MIB/SIB)

Cell and Beam quality measurements

frequency

BWP: BandWidth Part:

contiguous subset of physical resource

blocks within the overall carrier bandwidth

of a certain frequency spectrum

Rohde & Schwarz

BANDWIDTH PARTS (BWP)

Motivation: Provide a flexible method to assign various numerologies to a device, thereby

adapting to different QoS requirements.


Up to four BWPs in DL/UL per UE:

ı Single BWP at a given time

(active BWP)

ı No reception of PDSCH or

PDCCH outside DL BWP

ı No Transmission of PUSCH

or PUCCH outside UL BWP

ı BWPs can be switched by RRC

(slow), DCI (fast) or based on

timers

Rohde & Schwarz

SS/PBCH BLOCKS = SSB

► Time domain:

SSB consists of 4 OFDM symbols, where

PSS, SSS and PBCH with associated

DM-RS occupy different symbols

► Frequency domain:

SSB consists of 240 contiguous

subcarriers

► Like in LTE the Cell ID can be determined

from the used PSS/SSS sequences

Nov 201923

Synchronization Signal Block = SSB

PSS: Primary Synchronization Signal SSS: Secondary Synchronization Signal

PBCH: Physical Broadcast Channel DM-RS: DeModulation Reference Signal

239

. . . . . .

192

. . . . .

182

. . . . .

56

. . . . .

47

. . . . .

9

5

1

0

DM-RS


Rohde & Schwarz

…

SSBOCCURRENCE IN THE FRAME: CASE A, B AND C


…

…

…

…

…

5ms

3.6MHz

5ms

7.2MHz

Case A (15kHz)

f 3GHz (L=4)

3 f 6GHz (L=8)

Case B (30kHz)

f 3GHz (L=4)

3 f 6GHz (L=8)

Case C (30kHz)

f 3GHz (L=4)

3 f 6GHz (L=8)

0 1 2 3 4 5 6 7 Block index 0…Lmax-1

Rohde & Schwarz

SSB AND DIFFERENT BEAMS – „BEAMFORMING“

► Demodulation of the PBCH determines the SSB index and

distinguishes between the periodically broadcasted SSBs

► Each SSB uses different DM-RS embedded in the PBCH (FR1: PBCH in 3 OFDM symbols,

in each symbol PBCH DMRS sequence is initialized differently 23 = 8 options)

► Example: Case A with subcarrier spacing of 15 kHz and 8 SSB indices


…

Case A (15 kHz)

3 f 6 GHz (L=8)

0 1 2 3 4 5 6 7 Block index 0…Lmax-1

5 ms

Different beams / SSB indices

Beamforming of synchronization signals and broadcast information via 5G NR SSBs

Rohde & Schwarz

SSB – IN SINGLE BEAM OR MULTI BEAM CONFIGURATION

► SSB index is used to separate SSB

transmission on different beams

(encoded in the MIB)

► Mapping of antenna ports and

physical beams to the SSB index can

differ between infrastructure suppliers

► SS Bursts can also be repeated

(periodicity is given in MIB)


Single Beam

Multi Beam sweeping

… …

… …

SSB

0

SSB

1

SSB

2

SSB

3

SSB

m… SSB

0

SSB

1

SSB

2

SSB

3

SSB

m……

SS burst 0 SS burst 1

time

5G NR network measurements need to cope with high flexibility and configurability

Rohde & Schwarz

5G NR: SIMPLE BEAMFORMING


Same PCI, different SSB indices

gNB uses SSBs to be mapped on

„static“ beams. PDSCH & PUSCH will

also follow SSB beam concept

Rohde & Schwarz

5G NR: ENHANCED (UE SPECIFIC) BEAMFORMING



+ UE specific CSI-RS for

beamforming support

gNB uses SSBs to be mapped on

„static“ beams.

CRI feedback

PDSCH & PUSCH will be on UE

specific beams. CSI-RS and reporting

needed to support beam adjustment

Rohde & Schwarz

5G NR AND NEXTGEN CORE: NETWORK SLICING


source: Nokia

Network Slice: a network customized to provide an optimized solution for a specific

market scenario which demands specific requirements with end to end scope

Rohde & Schwarz

CONTENTS



ı 5G use cases



ı Conclusion

Rohde & Schwarz

R&S TEST SOLUTIONS TO DEPLOY 5G NR NETWORKS


R&S®ROMES4: 5G NR Software for network engineering, analysis and

optimization

R&S®TSME6 R&S®TSMA6

5G NR network measurement solution

Backpack for mmwaveShoulder bag

Passive measurements Active measurements

5G Router

QualiPoc Android ready for 5G

5G smartphones

Spectr. Clearance / Interfer. Hunting Data Analytics

R&S®FPH 31GHz

R&S®MNT100&PR200 R&S®MobileLocator

R&S®TSMA6 R&S®FSH

SmartAnalytics Scene

SmartAnalytics

Scene - NPS

TDD gated trigger

Site Acceptance

R&S®TSMA6QualiPoc Android

(ready for 5G)

5G NR

Serving Cell

5G NR

Uplink

5G NR

Downlink

5G NR Cell

History

5G NR Cell

Quality

RSRP,

RSRQ

Tx Power

DL Thp

Rohde & Schwarz

DIFFERENCE BETWEEN SCANNER AND MOBILE PHONE MEASUREMENTS


Measurement device

Measurement modePassive: just receiving,

no SIM required

Active: SIM-based connection to

its operator

Measurement accuracy Accurate (+/- 1dB) +/- 6dB

Measured cellsAll receivable cells (all operators,

all configured frequency bands)

Connected cell and neighbors

(limited), own operator

Measurement speed / frequency + -

Use case Reference RF measurement Real world, comparability

Solution: Scanner controlled

by QualiPoc Android

Rohde & Schwarz

DIFFERENCE BETWEEN SCANNER AND MOBILE PHONE: THE “dB” LESSON


“1 dB is nothing, 2 dB is a lot!”

The decibel (symbol: dB) is a unit of measurement used to express the ratio of one

value of a power quantity to another on a logarithmic scale. It is called the power level.

𝐿𝑝 = 10 log10𝑃𝑎𝑃𝑏

𝑑𝐵

Ratio in dB Ratio in abs. power

1 1.26

2 1.6

3 2

6 4

10 10

20 100

30 1000

(Wikipedia.com)

PA = 4 mW

PH = 16 mW

PL = 1 mW

± 6 dB

Rohde & Schwarz

DIFFERENCE BETWEEN SCANNER AND MOBILE PHONE: MEASUREMENT SPEED


LTE RSRP measurements of a smartphone:

Serving cell

+ neighbor cells sporadically

(from own operator, 1 band)

LTE RSRP measurements of a scanner:

All cells

(from all operators, 1 band)

Just 10 cells were configured here. Serving Cell

9 measurements in 25 seconds

60 seconds

60 seconds

Rohde & Schwarz

5G NR NETWORK MEASUREMENT SOLUTION


ROMES4: 5G NR Software for network

engineering, analysis and optimization

(running on laptop or NUC PC in TSMA6)

For comfortable

walk tests

Industry’s first commercially available 5G NR network measurement

solution launched by Rohde & Schwarz Mobile Network Testing

TSME6: Ultra-compact network scanner

TSMA6: Autonomous network scanner

plus downconverter for 28 / 39 GHz frequency bands

Rohde & Schwarz

5GNR „BEAMFORMING“ FOR SYNCHRONIZATION SIGNALSAND BROADCAST CHANNEL INFORMATIONExample: Case A with subcarrier spacing of 15 kHz (3.6 MHz bandwidth) and 8 SSB indices

► Each block uses different DM-RS embedded in the PBCH

Scanner TSME6 / TSMA6 performs measurements per beam

Scanner TSME6 / TSMA6 and ROMES support 5GNR beamforming from day 1


…

Case A (15kHz)

3 f 6GHz (L=8)0 1 2 3 4 5 6 7 Block index 0…Lmax-1

5ms

Rohde & Schwarz

BANDWIDTH OF NETWORK SCANNER (THE 100 MHz QUESTION)


20 MHz – the most efficient choice for RF frontend

ı 5G NR offers higher bandwidths, but: ı All SSB below 6 GHz fit into 20 MHz bandwidth

ı There is no other always-on signal in 5G NR downlink than the SSB

ı Spectrum measurements over the whole frequency range (spectrum scan,

Automatic Channel Detection) are done with 20 MHz frontend since years

ı SSB measurement in mmWave frequencies (120 and 240 kHz subcarrier spacing)

with one 20 MHz scanner frontend using fast frequency hopping

ı Better noise figure than 100 MHz frontend

ı Better receiver sensitivity

ı Best approach for multi-technology measurements (2G, 3G, 4G, 5G)

All important 5G NR network measurements are done using a 20 MHz scanner frontend

€ $

Rohde & Schwarz

5GNR SSB

HOW TO FIND THE SSB EASILY? 5G NR SCANNER – AUTOMATIC CHANNEL DETECTION (ACD)Often the SSB frequency is

not exactly known before

executing 5G NR

measurements.

The 5G NR ACD automatically finds the SSB by detecting:

ı SS-Ref frequency of 5G NR cell-defining SSBs following GSCN raster (3GPP compliant)

ı Cell-defining SSBs which are apart from the GSCN channel raster

ı The transmission case (number of SSBs) is determined by the SS-Ref


Rohde & Schwarz

SCANNER-BASED 5G NR MEASUREMENTS: MULTI BEAM EXAMPLE IN ROMES


Cell Color by PCI

Beam Color by SSB Index

… …

Rohde & Schwarz

MAIN TAKE-AWAY –COVERAGE

► Expected UE sensitivity:

~ -120 dBm (SS-RSRP)

► Suburban area (3.7 GHz)

► Surprisingly good SSB

coverage

► Static SSB beamforming

allows for long radio range


-125dBm SS-RSRP

~ 6.5km distance

gNodeB

-110dBm SS-RSRP

-90dBm SS-RSRP

-100dBm SS-RSRP

Operators can try to reuse

site grid ?

Rohde & Schwarz

QUESTIONS: CAN WE MAP THE SSB INDICES ON BEAMS? HOW DOES BEAMFORMING WORK?

► First approach:

Assumption: Each SSB index can be

mapped to a certain beam

► How to analyze that?

Use the ROMES4 map feature and

display the strongest SSB index on a map


Beam switch PCI switch

Heat map

(e.g. SS-RSRP)

Strongest SSB index is shown

PCI

Rohde & Schwarz

SSB / BEAMFORMINGVERIFICATION



► Best received SSB index /

beam visualized on the map

► Surprisingly good match with

horizontal “micro sectors”

(SSB beam indices)

► 3.7 GHz, sub-urban

environment

gNodeB

Rohde & Schwarz

MILLIMETER WAVE NETWORKS - BEAMFORMING AT ITS BEST

43

63

4 5 6 7 12 13 14 15 20 21 22 23 28 29 30 31

Closer to gNB

Less gain, wider beam

e.g. 25° downtiltMore gain, narrow beams

e.g. 10° downtilt

Can go down to a few meters

► Massive number of antenna elements („massive MIMO“) max. 64 SSB beams

► Ultra precise beamforming with flexible beam width for FR2

► SW controlled phased array antenna

Nov 2019

High gain, pencil beam

e.g. 0° downtilt


Rohde & Schwarz

TRIAL NETWORK 28GHz

44 Nov 2019 5G MNT technology introduction

Rohde & Schwarz

PCI / CELL COVERAGE EVALUATION IN THE FIELD

► Focus on PCI

45 Nov 2019 5G MNT technology introduction

Rohde & Schwarz

„Massive beamforming“

can be evaluated

in the field

BEAMFORMING EVALUATION IN THE FIELD (28 GHz)

► One PCI

► Focus on best beam

(SSB index)

46 Nov 2019

For more info please

visit demo 1 and 2


Rohde & Schwarz

FIRST UE-BASED 5G NR MEASUREMENTS


ROMES4 measuring on 5G mobile device

https://www.linkedin.com/feed/update/urn:li:activity:6488431089424564224

5G NR

Serving Cell

5G NR

Uplink

5G NR

Downlink

5G NR Cell

History

5G NR Cell

Quality

RSRP,

RSRQ

Tx Power

DL Thp

https://www.linkedin.com/feed/update/urn:li:activity:6488431089424564224

Rohde & Schwarz

FIRST UE-BASED 5G NR MEASUREMENTS ► NR Serving cell information:

NR DL ARFCN

PCI

SSB Index ► L1 RSRP / RSRQ

► L2 PDSCH, PDCP, PUSCH information

► LTE-NR EN-DC L3 signaling

► Application layer info


5G NR measurement in

QualiPoc Android *)

5G NR RRC Layer 3

signaling

*) Beta Release 19.0

Rohde & Schwarz

BLOCK DIAGRAM: MM-WAVE/SUB 6 GHz MEASUREMENT SETUPINCLUDING TSME6 / TSMA6, SIMULTANEOUS MEASUREMENTS


Sub 6 / IFReal-timeswitching

TSME30DC

5GNR

mm-waveRF

LTE

sub-6 GHzRF

PC including

R&S®ROMES4

Drive Test Software

HW control

Downconverter

Local oscillator

R&S®TSME6

Ultra Compact

Drive Test Scanner

Downconverter

IF

TSME30DC

5GNR

Local oscillator

RF

LTE RF

HW control

High performance setup

Standard performance setup

R&S®TSME6

R&S®TSME6

Alternative with R&S®TSMA6

and tablet for control

Rohde & Schwarz

CONTENTS



ı 5G use cases



ı Conclusion

Rohde & Schwarz

CONCLUSION


Rohde & Schwarz MNT is committed to support the industry with network test

solutions from early trial phase to network optimization and benchmarking

Commercial 5G NR network measurement solution available by Rohde & Schwarz

5G NR network measurements need to cope with high flexibility, configurability and

complexity of new technology elements

Verification of coverage and SSB beamforming in many networks with R&S

5G NR commercial rollout running now – many pre-commercial trials!

Commercial 5G NR smartphones available on the market

https://www.rohde-schwarz.com/MNT-5G

https://blog.mobile-network-testing.com/

https://www.rohde-schwarz.com/MNT-5G

https://blog.mobile-network-testing.com/

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