5g - realisierte projekte - dihk€¦ · 02.09.2020 · standardized proposal process 4 network...

5G - Realisierte Projekte Chancen und Potentiale

Hamburg, 02.09.2020

Intro-Concern

08.09.20202 Confidentiality: Confidential | © by Lufthansa Industry Solutions

“5G schmilzt unser Gehirn”

Intro-Concern


5G Features

Agenda

08.09.2020 Confidentiality: Confidential | © by Lufthansa Industry Solutions4

1

Aktueller Status von 5G in echten Projekten2

Stakeholder Kommunikation3

5G Netz bei der Lufthansa Technik ( Messergebnisse)4

Zusammenfassung5

Überblick über Mobilfunktechnik


3G3GPP family UMTS

3GPP2 family CDMA2000 R0

3G+

3GPP familyHSPA / HSPA+

LTE

3GPP2 family CDMA2000 RA

IEEE WiMax

4G

3GPP familyLTE Advanced

LTE Advanced Pro

IEEE WiMax Pro

5G LTE-M

5G-NR

3GPP family

NB-IoT

new air interface

Families (after generation 2) Standards

Anforderung an moderne Mobilfunknetze

08.09.20206

Bedarfe decken 2020 und darüber hinaus

Confidentiality: Confidential | © by Lufthansa Industry Solutions

Extreme density

High coverage

Low complexity

Ultra low latency

Ultra high security

Guaranteed delivery

High bandwidth

Sufficient coverage802.11ax

Anforderung an moderne Mobilfunknetze

08.09.20207

Bedarfe decken 2020 und darüber hinaus


Extreme density

High coverage

Low complexity

Ultra low latency

Ultra high security

Guaranteed delivery

High bandwidth

Sufficient coverage

Extreme density

High coverage

Low complexity

eMBB

Enhanced Mobile Broadband

3GPP Release 15

URLLC

Ultra Reliable Low LatencyCommunications

3GPP Release 17 (~2022)

mMTC

Massive Machine-Type Communications

3GPP Release 16 (2020)

New Features of 5G-NR


New Frequencies

Usage of new frequencies divided into tworanges: 3.4 – 3.8 GHz and around 26 GHz enables low-interference communication

Beamforming

Enables the antenna coverage (beam) tobe changed in its direction and strength, depending on the current coverage demand

Small Cells

Enables the deployment of miniature celltowers in urban or industrial areas wherenetwork demand tends to change often

Concept of Private Networks

08.09.20209

Private networks offer all 5G features


Public Network Hybrid Network Private Network

Carrier Carrier Carrier / Hardware Provider

LHT

Public Private

5G deployment types

Public LHT Public LHT

5G operation types

◉ Antennas basedon 5G-NR

◉ Backbone isbased on 5G CoreTechnology

◉ Required forthe new 5G radio/softwarefeatures

◉ Antennas based onLTE or 5G-NR

◉ Backbone basedon 4G or 5G coretechnology

◉ Only requirementis either a 5G antenna or a 5G core

"5G"

Standalone Mode (SA)

Non-Standalone Mode (NSA)

Current project results – Current state of 5G


Release 15

(Current)

Standardization 3GPP

Results

Most features not integrated yet

Mainly bandwidth feature integrated up to 2 GBit/s

Release 16

(March 2020)

Release 17

(~ 2022)

Devices

• Android Smartphones

• WiFi Routers

Tablets(2020)

iOS Smartphones(2020)

• Currently available on Android devices only

• Other devices connectable via 5G modems

Chipsets

4G Chipsets5G Chipsets

(2021)

Only 4G industrial chipsets available

Chipset supplier are waiting for release 16 to be completed

Current Project Results – Seeing is Believing


“5G”projects visited by LH

5G fairs visited by LH Results

Mostly demonstrations what could be possible in the mid future

Gaming industry featured

4G Cases in real life production sites

Show cases for most of the projects

5G projects in research stage

Partners and Stakeholders


Equalindustrial partners

Industrial chip providerSupplier

Further

interesting players

Carrier

Chip ManufacturerNetwork Provider

Results of Supplier Evaluation


1926 1921

15511656

5G Devices used


Netz 1 funkt


Netz 2 funkt


5G Mobile Network @ Lufthansa

Pressemeldungen


Lufthansa Technik

NSP

Carrier

Resonanz


5G Proof of Concept Use Cases Hamburg

08.09.202019

New services only possible with 5G


New 5G radio features

Remote Table Inspection (PD ENG)

New Frequencies

5G requirements of LHT use cases

Small Cells

New Frequencies

Small Cells

Netz 2 Heatmap


5G Proof of Concept Use Cases Hamburg

08.09.202021

Neue services nur mit 5G möglich


New 5G radio features

Remote Table Inspection (PD ENG)

New Frequencies

Virtual ModificationAircraft Cabin

(PD VIP)

Beamforming New Frequencies

5G requirements of LHT use cases

Small Cells

New Frequencies

Beamforming

Small Cells

1

2

3

4

5

6

7

8

9

VMOD Datenrate


Lufthansa Airbus A319 (138 Seats)

Length: 33,84m

Wingspan: 34m

Height: 12m

Max. Take-off weight: 68t

Single Points[Mbit/s]:1.10002. 8303. 8004. 8005. 7806. 7007. 7308. 850

Outdoor: [Mbit/s]9. 1200

32% Loss

1

2

3

4

5

6

7

8

9

VMOD Datenrate Licht aus!


Lufthansa Airbus A319 (138 Seats)

Length: 33,84m

Wingspan: 34m

Height: 12m

Max. Take-off weight: 68t

Single Points[Mbit/s]:1. 11002. 11003. 11504. 11405. 11206. 11107. 11108. 1100

Outdoor: [Mbit/s]9. 1190

5% Loss

5G Mobile Network @ Lufthansa

VMOD Project Coverage “Heatmap”Project requirement B163 one airplane

16.Mar 2020, HAM T/TI-A, Maik Voigt & Dr. Claudius Noack

350m

VMOD Datenrate vs. 4G vs. WiFi


100%882 MBit/s

50% ??

5G PoC Measurement –Power reduction

100%882 MBit/s

50%970 Mbit/s

5G PoC Measurement –Power Reduction

100%882 MBit/s

50%970 Mbit/s

1%806 Mbit/s

10%960 Mbit/s

5G PoC Measurement –Power Reduction


5G PoC Measurement- Power reduction


688 674 691 658 497 396 423 511 452 434 461 413 420 432 362 398 401 356 365 340 328 363 351 330 330 314 350

560 593 594 565 432 430 370 432 412 388 400 362 354 320 326 353 325 298 274 262 271 263 261 261 265 285 311Difference: 16%

5G PoC Measurement- Body coverage


VTI POC Ping Tests

Max[ms] 120

Min[ms] 8

Avg[ms] 14,0

Sigma[ms] 10,0


VTI POC Ping TestsPing test to www.google.de Wifi 5G 4G

Min [ms] 11 10 28

Max [ms] 3000 126 108

Avg [ms] 72 16 35

Sigma [ms] 281 10 5


100%50%10%1%

Power 1% 10% 50% 100%

Max[ms] 18 15 15 15

Min[ms] 5 5 5 5

Avg[ms] 7,0 7,1 6,8 6,7

Sigma[ms] 1,8 1,8 1,5 1,4

5G PoC Measurement - Ping


5G PoC Measurement - Ping

5G LHIND Solution Offering – Custom tailored & End-to-End

36

In 5 Steps to your 5G Private Campus Network


1Kick-Off & Use Case Definition

☑ Use case identification☑ Potential analysis and

assessment

2Technology Fit Analysis

☑ Technology fit / gap evaluation

☑ Definition of a suitable 5G network incl. security requirements

☑ Translation to technical requirements

3Supplier Evaluation

☑ In transparent supplier landscape

☑ Supplier selection for network setup including assessment and standardized proposal process

4Network Preparation

☑ Application for applicable frequency band at BNA

☑ Test and setup of new frequencies for 5G

5Campus Rollout

☑ Hardware and network installation incl. supplier handling, testing and handover to customer

☑ Validation of network performance after rollout, preparation of network operations and supplier performance monitoring

5G LHIND Proven Track Record & Best Practice Experience

Well proven track record 5G reference pool

5G LHINDUse Case Library

Experienced 5G Network Technology and IT Experts

5G LHINDTechnology Radar

Supplier evaluation matrix Standardized RFP process

5G LHINDSupplier Evaluation

Standardized frequency ordering process (e.g. for BNA)

5G LHINDFrequency Ordering

Network setup according to rollout check list and LHIND quality standards

5G LHINDQuality & Experience

1 -3 weeks* ~ 2-8 weeks* ~ 2-6 weeks*2-4 weeks*1-3 days*

*Depending on customer requirements.

08.09.2020

Outro-Concern


„5G Strahlung ist lebensgefährlich. Das haben Wissenschaftler in den USA an Mäusen bewiesen“

NTP - Cellphone Radio Frequency Radiation Studies

Tests:

• 2G & 3G

• 9 hours / day for 2 years

• 10W / „Mice kg“ –> >600 W for a normal person

Results:

• Male mice had more tumors

Fun fact:

• The mice that were radiated, lived longer than the comparison group

Vielen Dank für Ihre Aufmerksamkeit

Dr. Claudius Noack

Mobil: +49 172 1796921E-Mail: [email protected]

5g - realisierte projekte - dihk€¦ · 02.09.2020 · standardized proposal process 4 network...

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