5G Hackathon

5G Capabilities and Use Cases

5G Architecture for field trial

LTE UE

NRLTE

S1S1-U

Uu (NR)Uu (LTE)

Uu (LTE)

X2

5G UE

Legacy eNB

New gNB

EPC+

Cloud Compute

5G CPE

NR

NG

Uu (NR)

5G UE

gNB

NGC

CloudCompute

5G CPE

NSA: Non-StandAlone SA: StandAlone

LI

LI

(Standard not

frozen yet)

5G Use cases

Entertainment Socio – Economic Surveillance &

Security

Hyper Connectivity

*: Subject to readiness of ecosystem & environment fortesting

Hyper Connectivity

eMBB & FWA

— eMBB

• Addressing services requiring high internet speeds

• Low Latency Services

• Capacity requirements for Urban/Sub-urbanAreas

— FWA

• Home and enterprise segment

• Higher throughputs at large cellranges

• Improving data speeds at Indoors

Applicability for high speed mobile subscribers

Applicability: Connect the unconnected

— Dependencies

• User Equipment/Smart Phones

• FWA CPE

Entertainment

VR Content Playback

Prerecorded Video streaming

Presentation of video stream on 42” screen

Demonstrates: virtual reality, mass throughput

Output on VR glasses, optional on 42” screen

Different 360° VR contents available:

Impressions landscape scenery

In the middle of sea

Music Video

Applicability: Media, Entertainment, Hospitality

5G Gaming : VR enabled Gaming Experience

When putting on the VR Goggles the user stands in front ofa

virtual goal

Through VR glasses he sees a virtual keeper standing in a stadium

live transmitted in stereoscopic VR 180°

When the user kicks the ball into the goal the ball is visualizedin

VR real-time rendering. All movements are tracked by a Kinect.

The virtual keeper has to catch the ball

The view on the VR Glasses can be duplicated on a separate screen

There are two modes: 4G and 5G

4G: due to the higher latency it will be much more difficult

for the virtual keeper to catch the ball

5G: Due to the shorter latency the virtual keeper will be able

to react faster and has a higher chance to get the ball

Applicability: 5G Gaming, Low Latency

Socio-Economic

Education : VR Assisted Remote Education

• Teacher Delivering Lecture in a School

• Lecture is captured Live by HD

Camera and streamed to a Remote

Location over 5G

• Students accessing the Lecture

from a Remote Location

• VR Kits enable students to feel

they are part of the Class

Applicability: Remote education, Skill Development

* Image Source: Internet

CloudPC For Rural

BusinessApplicability:

• B2B: Small enterprise can have access to 5G enabled CloudPCs at a nominal expense, for different business purposes

• B2C: local customers can access the CloudPC based on rental basis

CLOUD APPInteractive Computing

BROAD PIPEReal-time Transmission

SMART DEVICEThin Client on Terminal

Through this use case will make the users to access remote Computing based on Public /

Private cloud enabled through 5G Network in the RuralArea

• The use case is aligned with Skill India Campaign by Government of India

• Cloud PC will enable every person to have access to a powerful on demand

computer at a marginal cost compared to the cost of a high end computer

• Access to such high end computers will help developing and improving skills

thereby increasing employability

Healthcare

Remote Telemedicine & Teleconferencing

Tele-ICU has an off-site command centre in which a critical care team (intensivists and critical care

nurses) is connected with patients in distance intensive care units (ICUs) through a real-time audio, visual

and electronic means and health information is exchanged.

• Rural Area with the Telemedicine Cart

Setup in a clinic

• Various equipment are made available

for diagnostics such as BP, ECG,

Fundus etc..

• Patients visit the clinic for

teleconsultation and diagnostics

• Doctor monitoring from a hospital

• Checking the images and different

vital parameters from different

equipment such as BP, ECG, Fundus

etc..

• Doctor prescribes medication

Drone Based Intelligent Agriculture

• The camera in the drone captures high-definition photos/ videos of the farm and transmits them

back to the server in real time through 5G network.

• The farmers can perform appropriate protection and irrigation of crops through picture analysis

Core network & video analysis server

5G CPE 5G NR

Industry 4.0

— Remote Maintenance and Inspection

— Live fault finding and rectification with person in

factory wearing AR glasses and vendor siting at

remote location instructing the person to correct

the fault.

— Training in virtual environment new joiners in the

factory

— Dependencies

• Industrial Modems

• Retrofitting modems on machines

• AR/VR/MR Devices

• Development of

• App development

• Content storage on cloud/Media Server

• AI/ML servers and applications

• Setting up the connectivity with 5G trial network

* Subject to Availability of Device and partner Ecosystem

Surveillance & Security

Drone Based Smart Agriculture and Advanced Surveillance

BusinessApplicability:

• B2B: Small entrepreneurs can introduce the 5G enabled drone solution for

the purpose of surveillance in Industrial setups and agriculture purpose for

Big farm owners

• B2C: local customers / farmers can access the drones on rental basis

Relevance of Smart agriculture in India Context:

Aligned with Government of India goals of increasing farmers’income,

building farming infrastructure & boosting agriculture research and

education

Relevance of Advanced surveillance in IndiaContext:

Aerial surveillance of Industrial complexes, Power plants can be used for

routine check, efficiently detect anomalies, improve safety and prevent

hazards

Drone Technology, in partnership with

Indigenous entrepreneur

Smart Agriculture

Advanced Surveillance

Security – 16 Channel Live Broadcast

5G NR

Push Flow & Distribution Server

Core equipment room Demonstration area

5Gterminal

Video decoder

Large Screen Display

Core Network

• Multiple channels (16 video streams) of HD videos are streamed at the same time for surveillance

• The 16 video sources use video files to simulate real cameras

Thank You