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www.quopin.com

Company Introduction

2019

QUPIN CO., LTD.

1

The Network Processor Professional

MonaLisa® : Ultra Low Latency ALL-IP Video Network

5G Connected

Confidential


www.quopin.com 2

I. BUSINESS

II. COMPANY

Contents

2 Confidential

Appendix : 5G Product Details


www.quopin.com 3

I. Business

II. Company

Contents

3 Confidential



www.quopin.com 4

1. Business Overview

Ultra Low Latency Video Transmission System/Module Products

And ASIC Technology on Hybrid of “Network Processor” & “Multimedia”

Drone

Cloud Computing Telemedicine

VR / AR

5G Service & 4th Industry Applicable to Various Market

ASIC

development

(MonaLisa-II)

Network Processor

(TCP/IP)

(Proprietary Technology)

Multimedia CODEC

(H.264, H.265)

Biz Overview

ULL Video Transmission Products

Video transmission device and module development and

sales

5G ULLC video transmission device development & provision (on FPGA, July ~ Dec. 2018)

– Field Pilot-Tested, ASIC production planned

Remote control of heavy

industry machine

Confidential

I. Business

Autopilot


www.quopin.com 5

4G → 5G Service

Migration

4G 5G Remarks

Ultra Low Latency 10 msec 1 msec 10 times short

Max Speed 1 Gbps 20 Gbps 20 times fast

Confidential

2. Market Change

• Video encoding/decoding, packetization, and network loading time is not included.

Ultra low latency video transmission technology &

products are demanded.

Quopin Products /

Technology (World 1st

implementation over 5G)

The era of ultra low latency & real-time

video transmission started (April 2019 ~ )

If 5G URLLC video transmission is

implemented

Real-time bidirectional visionary control is

realized in life.

4G 5G

Streaming service

(Buffering) Real-time service

(Non-buffering) <5G services upcoming!>

Autopilot / heavy machinery (1)RC /

Drone (2)FPV / VR-AR / Telemedicine /

Real-time broadcasting Uni-direction Bi-direction (remote control)

• Ultra low latency: 20~40msec (FHD@60fps)

• Bit-rate: 10 Mbps (CBR, configurable)

• Standard compliance: Video over IP

• USB over IP: remote control

I. Business

(1) RC: remote control; (2) FPV: first-person view


www.quopin.com 6

3. Tech Evolvement :

General Purpose CPU → Network Processor (1/4)

Legacy: general CPU

Degradation of processing speed

owing to high bit-rate video IP packet

processing demands

high capacity CPU

High capacity CPU causes serious

heat with high power consumption

due to high speed clock operation.

ISSUE #1 ISSUE #2

General CPU (by software)

Limited performance with respect to real-time

video IP packet processing Software

CPU capacity

Power / heat

• Exclusive IP packet processing;

• Hardwire processing

• Concurrent distributed processing

With 5G service, high compression and minimization of IP packetizing is inevitable.

• Legacy: Processing on general CPU by software

• Quopin: NP adopted as the professional packet processor

– Hardwire processing, concurrent distributed processing

General CPU vs. Network Processor (NP)

Confidential

General

CPU

NP

Ultra-Low-Latency A/V transmission demanded

Quopin : Network Processor

I. Business


www.quopin.com 7

Network Processor Distinction

• Hardware engine developed for exclusive IP packet processing

• Higher throughput against general purpose CPU about IP packet processing

• Programmability

• Optimal adaptation to low latency video transmission/receive

Pro

gra

mm

abili

ty

Throughput

General

Processor

일반

ASIC(*)

Network

Processor

(*) ASIC (Application Specific Integrated Circuit)

Professional IP packet processing engine

Simultaneous up to 5-instruction processing

in a cycle – 5-times faster

NP 200MHz comparable to RISC CPU 1GHz

- More than 50% power reduction

Flexible programmability

High functional integration

High throughput

< Concurrent multi-instruction processing >

Network Processor Merits

Confidential

3. Technology Evolvement:

Distinctive Network Processor Unit (NPU) Features (2/4)

I. Business


www.quopin.com 8

5G Network Characteristics Role of Quopin Network Processor

• Quopin NP is prominent in ‘Video/Audio over IP’ with 5G network service of that demands:

– URLLC (ultra reliable low latency communication)

– Higher data rate

– Massive connectivity

Higher Data Rate - 20 times throughput over 4G

Ultra Low Latency - Propagation delay : 1msec

- 10 times fast over LTE

Low Latency - Portable Device

Massive Device

Connectivity - IoT, M2M devices

• 5 times fast processing with video

packetization - 5-instruction executed per cycle: 5-times fast

- Ultra low latency over 5G: 20~40msec (FHD)

20~50msec (4K UHD)

- Concurrent distributed processing of 4 Network

Processors

• Low Bitrate - FHD: 10Mbps

- 4K UHD: 20~30 Mbps

• Low clocking, low heat - Low clocking is enough due to up to 5-

instruction execution per cycle:

1 fifth clocking compared with RISC processor;

NP 200MHz comparable to general CPU 1GHz

• Low power consumption about 50%

Confidential

3. Technology Evolvement:

NP Role for 5G Service (3/4)

I. Business


www.quopin.com 9

1. Authentic Network Processor 2. Optimal Hybrid of NP & Multimedia

5 instructions per cycle for IP packets

• 5-times fast over general CPU

• NP 200MHz comparable to RISC CPU 1GHz

URLLC A/V transmission technology over 5G;

In-house ASIC-based module/device

development;

Video / Audio / USB over TCP/IP Network

(Wire/Wireless)

Low latency video/audio transmission: FHD 20~40msec

/4K 20~50msec

- Competitors (S* telecom) : 1,000~3,000msec (end to end)

Low Bitrate : 10~30Mbps (FHD / 4K)

Flexible adaptation to application by virtue of firmware

programming

4. Field Test/Proof in 5G (LGU+)

Proprietary authentic Network Processor technology

- Quopin (Korea) / AMCC / Agere / Ezchip

Network Processor

(TCP/IP)

Communication

Multimedia

CODEC

(H.264, H.265)

Confidential

3. Field/Market Proven Technology/Products

(thru a project with LGU+)

Low latency video transmission device is under field test

- 7 tests: Heavy machinery remote control, autopilot, drone,

robot

- 3 tests in plan: port container control, remote multi musical

instrument concert

ASIC under development for 5G service and 4th industry

- Engineering sample in Dec 2019

- Mass production in Jun 2020

4. Technologies (1/2) I. Business


www.quopin.com 10

5. 5G ULLC Transmission of High Quality Video

• Hybrid integration of CODEC & NP for ULLC video transmission

• Professional IP packet processor – NP – for video data transformation into IP packet and vice versa

• Despite 5G fast communication speed, non-real-time processing against IP

packetizing/depacketizing/parsing make ULLC unreliable.

[Transmitter]

Importance

Technology

High quality video

(Full HD, 4K)

Fast compression of

massive video

[5G Network] [Receiver]

High quality video

(Full HD, 4K)

Fast decoding and

display

Confidential

Real-time IP Packetization/

Depacketization

Integration of CODEC & NP

• Distributed multi-NP

architecture

• 5-times fast performance

In-line IP packet processing

• Packetization/Depacketization

Tx-Rx Synchronization

QUOPIN: 20~40msec (World 1st and shortest through 5G)

Latency Korea Mobile : 1,000 ~ 3,000 msec

4. Technologies (2/2)

Integration of CODEC & NP

• Distributed multi-NP

architecture

• 5-times fast performance

I. Business


www.quopin.com 11

• 5G service started since April 2019.

In relation to 4th Industry,

URLLC support video transmission module/device will be the main stream in 5G era since 2020.

5G

Autopilot

VR AI

since Apr 2019

Robot

Drone

Telemedicine

Heavy machinery,

Farming Tractor,

Port container/crane

▶ Autopiolot

▶ Disaster relief activity

▶ UAV (drone) drive

▶ Unmanned heavy machinery control

▶ Robot vision transmission & control

▶ Telemedicine – operation &

monitoring

▶ 360 VR broadcasting

▶ VR-HMD (head-mount display)

▶ Real time CCTV

▶ Concert performance with remote

instruments

▶ Intelligent CCTV

Application: 5G Killer App/Service

- URLLC Market Intelligent CCTV

Simultaneous

Local & Remote

Music Concer

Dynamic Map

LGU+ demonstration test: 8

Planned demonstration test: 2

Confidential

5. Market – 5G Service, 4th Industry (1/3) I. Business


www.quopin.com 12

• 5G market will reach $1,159B, 50% of all mobile market in 2026.

• In Korea, 5G will take 60% $38B in 2026 from 5% in 2020.

• Commercialized 5G services will drive the growth of 4th industry since 2020.

4G vs. 5G

10ms

Max. data speed

Latency

(URLLC) 4G

5G 1ms

20Gbps

1Gbps

Max. number of

connected devices 106/km2

105/km2

User experienced speed

(Mbps)

4G

5G Radio frequency

efficiency

Moving velocity

(km/h)

Propagation latency

(ms)

Max. connected

devices

(No./km2)

Highest speed

(Gbps)

Processing

Capacity per m2

(Mbps/m2)

Network energy

efficiency

5G Market Size (in $Bn)

Korea 5G Market

2.7

15

38

54 59

63

+11%

+34% 60%

5%

4G

5G

Source : ETRI(2018) Source : ITU(2015)

2020년 2023년 2026년

World 5G Market

38

356

1,159

1,888 2,097

2,318

Total Market

5G

+15%

+33%

2%

50%

2020년 2023년 2026년

26%

Confidential



www.quopin.com 13

Market by Applications (E)

Global Telemedicine Global Industry Robot

Global VR/AR Global Autopilot

410

'15 '21

CAGR 29.3%

180

908

'16 '21

CAGR 95.0%

32

12,000

'20 '25

CAGR 43.0%

2,000

338

'16 '25

CAGR 12%

123

Source : Statista(2018) Source : Loup Ventures(2016)

Source : Navigant Research(2018) Source : Convergence Policy Research Center (2018)

(in $100M)

Confidential



www.quopin.com 14

• LGU+ demonstrated Quopin’s 5G URLLC video transmission solution with DOOSAN Infracore, heavy

machinery maker for remote control of construction excavator.

- BAUMA Shanghai 2018 – construction machinery exhibition, Nov 28~30, 2018

- BAUMA Munchen 2019, Apr 8~14, 2019

Remote control at Shanghai – the excavator 880Km away

located in Incheon, Korea

World 1st Real machinery control in far distance over the country,

not virtual simulator nor near distance control

5G Remote Control of Construction Excavator

5G

5G is enabled to operate

remotely through vision URLLC

transmission

Shanghai, China – URLLC video receive

(remote operation of unmanned machine)

5G video

transmission

devices installed

5G video receiver

devices connected to

display equipment

Confidential

6. Reference – 1) Excavator / Tractor Remote Control

I. Business


www.quopin.com 15

• Autopilot driving tested over LGU 5G network in collaboration with Hanyang University

- Quopin’s URLLC video transmission solution (Dec 18 2018, Mar 11 2019)

Autopilot over 5G network

As 2 cameras installed in autopilot car take video of

driving view and moving route, Quopin’s 5G URLLC

video solution compresses the video in high efficiency

and low latency and send it to Hanyang University

laboratory.

Driving for 25 minutes over 7km

5G video

transmission

device installed

5G Base

Station

Remote control

monitoring

5G video

receiver device

installed

Autopilot car

Real-time monitoring of

driving & remote control While auto-driving, 5G

media service watched

Video

Transmission

Video

Receiving

Confidential

6. Reference – 2) Autopilot Demonstration Test

I. Business


www.quopin.com 16

• 5G network-based smart factory robot control demonstrated by LGU+ at MWC Barcelona,

Feb 25 ~ 28, 2019

• Quopin’s URLLC video transmission solution is expected to be deployed for the smart factory market.

Vision transmission & remote control of smart

factory robot over 5G network

5G

Robot RC and ULLC video transmission are realized.

LGE smart factory robot in Pyung-Taik, Korea

Quopin’s ULLC devices

are geared onto the

robot in LGE Pyung-

Taik factory.

Real-time video

receive and remote

control

Connecting Barcelona and Korea

Mobile manipulator robot for logistics among equipment,

autopilot, monitoring of temperature and humidity affecting

precision machining.

World first demonstration over the globe distance via 5G

network.

6. Reference – 3) Technology proven in RC* of industry robot

RC* : remote control

I. Business


www.quopin.com 17 17

Heavy PC

Cumbersome drag

As of now (HDMI cable) To be (no HDMI cable)

MonaLisa

Tx w/ WLAN

Game server

Wireless

MonaLisa Rx

VR HMD

6. Reference – 4) Wireless VR (w/o HDMI cable)

• Wireless VR HMD : Implemented on FPGA, 4K UHD @ 30/60 fps, ultra low latency

• Devices for the head-mount display (HMD) of HTC VIVE or Odyssey are ready to be

released in Q2, and commercialized in Q3 2019.

I. Business


www.quopin.com 18

I. Business

II. Company

Contents

Confidential



www.quopin.com 19

Overview Business

Organization September 2004

CEO Sang-Hoon Lee

Capital $1.4Mn

No. of Employees

12 (R&D 9)

Patents 20 (14 registered, 6 filed)

Technology

• Network Processor (NP) proprietary • In-house ASIC development • CODEC+NP hybrid integration • Low latency video over TCP/IP

5G Network • Home gateway development

Business Area

• TCP/IP semiconductor development

• ASIC/module/system development

• IoT: Home gateway, wall pad

• OEM/ODM

- Customization

Major Products

• Video transmission ASIC/device - MonaLisa II ASIC - MonaLisa II system device - 5G 서비스용 Ultra-low latency

device for 5G video service - 4K UHD transmitter/receiver • Home gateway

Target Market

• Digital signage - TCP/IP network

video transmission (wire/wireless)

• Cloud computing

- Zero-client, IP-KVM

• Low-latency 5G video service

- Remote control of heavy

machinery, drone, robot, autopilot,

VR, telemedicine etc.

• IoT: Home gateway, wall pad

1. Company Overview

II. Company


www.quopin.com 20

• 5G ultra low latency video/audio transmission (20-40msec) development w/ a 5G mobile

service provider, July~Dec., 2018)

• Demonstration proof of ultra low latency video transmission over 5G network

- BAUMA exhibition in Shanghai, connecting to an excavator in Incheon, Nov. 28, 2018

• 4K@60fps video module developed on FPGA - Wireless VR / Digital Signage

• Market release of MonaLisa® -WING, wireless video extender

• All-IP VMS (video management system) developed – ‘Mango’

• PLC SoC released

• Pony & Link – Real-time video/audio/USB IP-extender products release

• Special Prize awarded at Interop Tokyo 2016 for Zero-Client System

• Development of zero-client PC solution in consortium with KT

• MonaLisa II semiconductor (QIM3000) release, 2015

• MonaLisa I release (the world 1st multimedia & network hybrid IC : 2012)

• <Network Processor + CODEC > convergence SoC development start

• RGW (residential gateway) deployed to nationwide apartment via Samsung SDS, Kocom

• Supply of ORG400 for VoIP gateway - LG Dacom via LG Electronics

• Supply of QOP500 for Home gateway for IPTV of SK Broadband via S-Infotech

• Certified as “NEP” (New Excellent Product) by government

• Home gateway switch SoC release – ORG800/1600/400

• Switch SoC release – QOP500, QOP515

• BcN (Broadband Convergence Network) SoC development with KT (‘OctaveRG chip’)

• Foundation of Quopin Co., Ltd. (2004.09)

2018

2017

2015 ~ 2016

2010 ~ 2014

2008 ~ 2009

2004 ~ 2009

2. Chronicle

Confidential

II. Company


www.quopin.com 21

• Module & system for 5G ultra low latency (ULL) video service (FHD@60fps on FPGA for service provider) : under

commercialization field proof as of the 1st half of 2019

• ASIC production of ULL video/audio ASIC (MonaLisa III) to be released in Q2 2020

• 4K UHD ULL module developed on FPGA: to be commercialized in May 2019, targeting at VR, Digital Signage

• Upgrade to 8K ULL solution to be releases in 2021~

Roadmap

Evolution

Step

HD (~ 2015)

Product

Applications

(Module/

System)

• Link/Wing Series

• Cloud Computing

• Drone FPV

• DID, Digital Signage

SoC / ASIC

(Solution)

FHD (2016~2017)

5G FHD / 4K UHD (2018 ~ 2019)

5G 4K UHD (2020~)

MonaLisa I

• Virtual Computer (FHD)

• HDMI IP-Extender

MonaLisa II

[AVC(H.264), FHD]

MonaLisa III

[5G 4K ASIC SoC]

MonaLisa IV

[8K ASIC SoC]

• Virtual Computer(4K FPGA)

• Wireless 4K / VR (FPGA)

• 5G Service Platform(FPGA)

(Latency : <20-40ms)

• HDMI IP-Extender (4K)

• 5G Service ASIC for

Device

(MoanLisa III)

• Wireless 8K

• HDMI IP-Extender (8K)

3. Product Roadmap

Confidential

II. Company


www.quopin.com 22

ASIC SoC

(MonaLisa II)

TCP/IP network video transmission products Home IoT

PONY (1 kind) LINK (2 kinds) WING (2 kinds) 5G URLLC* video

transmission (FHD)

UHD 4K video

transmission Home gateway

Network Processor

+

H.264 Codec

5G video device

- 5G service

- 4th industry

UHD video

over LAN/WiFi

- 4K@60fps

- Wireless VR/AR

- Digital Signage

(Transmitter)

(Receiver)

HDMI IP EXTENDER

- 1:N multicasting

- Digital signage

(Transmitter)

(Receiver)

IP-KVM

- Remote control

- Cloud computing

virtual desktop

Home gateway

- LAN 8/12/16-port

- Home IoT

network Wireless video

transmission

- WLAN 802.11n

- Distance ~200m

• Video/audio network transmission products

- SoC ASIC (MonaLisa II); Devices (3 families) – PONY, LINK, WING: Full-HD, latency 50~80msec;

- 5G ultra low latency video communication devices – Full-HD, latency : 20~40msec

- UHD video transmission devices over network - UHD, latency 20~30msec over LAN/WLAN

• Home gateway for home IoT network: LAN 8/12/16-port)

4. Products

II. Company

*URLLC: ultra-reliable low latency communications

(Transmitter)

(Receiver)

(Transmitter)

(Receiver)

(Transmitter)

(Receiver)


www.quopin.com 23

Video

Audio (PCM)

PS2 UART / Local

BUS

USB

CODEC

(H.264)

Peripheral

Interface

Network

Processor

x 4

MAC

GMAC #0

GMAC #1 2 X GMII

QoS Control SPI for CPU

32 bit

24bit RGB

I2S

ULPI

MonaLisa II (Tx)

Frame Buffer

(DRAM)

2 X GMII

SPI for CPU

Display

Audio

PS2 UART / Local

BUS

USB

CODEC

(H.264)

Peripheral

Interface

Network

Processor

x 4

MAC

GMAC #0

GMAC #1

QoS Control

Frame Buffer

(DRAM)

32 bit

24bit RGB

I2S

ULPI

Video Buffer

(DRAM) MonaLisa II (Rx)

Frame Buffer

(DRAM)

32 bit

32 bit

Ethernet /

WiFi

MonaLisa II ASIC Semiconductor -

<Network Processor + Multimedia CODEC> hybrid integration

• Full hardware real-time CODEC (AVC, h.264) supporting

• Network Processor based packet processing

• Latency : 30~80msec

• Support variable in/out video resolutions up to WUXGA (1920*1200), Full-HD (1920*1080p)

• Digital RGB single / dual video interface

• Rate control algorithm to balance throughput and video quality.

• 2-Port 10/100/1000Mbps full/half duplex

• Network QoS : Filtering/Scheduling/Shaping

• I2S for audio signal and USB/PS2 for keyboard/mouse Semiconductor • Local bus/SPI/UART interface ( ASIC )


www.quopin.com 24

NPU Players QUOPIN AMCC Ezchip Agere

Networking Ethernet 1G~ 10G~100G 10G~100G 1G~

Market Video IP Network Data Center Data Center VoIP, ATM

Programmability Good Excellent Good Enough Good

QoS Excellent Good Good Good

Biz

Sector

Remarks

Mid-to-high scale network

equipment for IDC

(Internet data center)

10GE TCP/IP offload

solution for Internet data

center

Mid-size ATM equipment

Acquired by MACOM in

Jan 2017 - $770Mn

Acquired by Mellanox of

Israel in 2016 - $810Mn Acquired by LSI in 2007

and LSI by Avago in 2014

AMCC Ezchip Agere

ⓐ Architecture proof: over 1 year

ⓑ CODEC and NPU integration development: 1~2 years

ⓒ Field proof with optimization for 5G ultra-low latency: about 1 year

Overwhole 3~4 years is estimated as the entry barriers.

• Global players are applying NP technology to their own market segments.

Quopin is uniquely has specialized it to the video-over-IP market since 2010 with differentiated value.

• 3~4 years is estimated for new player to prove and accomplish the video-over-IP technology and products.

5. Technology Comparison – Network Processor (NP) (1/3)

Confidential

II. Company


www.quopin.com 25

Division QUOPIN

(Korea)

T*******

(Canada)

A****

(Taiwan)

CODEC H.264 H.264 M-JPEG

Bit-rate 5~30 Mbps 20~90 Mbps ~90 Mbps

End-to-end

latency 50~80msec 80msec~ 80msec~

Power

consumption

2~3Watt

(IP-KVM) Hight > 10Watt

6.3~6.6Watt

(IP-KVM)

Network USB O O O

Wireless

support (WiFi) Wireless / Wire Wire Wire

Application

Digital signage;

5G video service;

VR, drone, autopilot

B2B Virtual desktop

infrastructure (VDI) Digital signage

Full-HD video-over-IP products comparison

• Quopin’s products are prominent in regard of latency, power consumption, and wireless

feasibility.

Confidential

5. Products Comparison – FHD video-over-IP products (2/3)

II. Company


www.quopin.com 26

Division QUOPIN

(Korea)

S********

(Japan)

A***

(Taiwan)

CODEC H.264/265 H.264/265 Non-standard

(Algorithm)

Bit-rate

(4K@30fps) 20~40Mbps 50~120 Mbps 700 Mbps

End-to-end

latency 20~50msec 100msec ~ 50msec ~

Power

consumption ASIC 3Watt (Est) 7Watt (Est) 5Watt (Est)

Network USB O X X

Wireless

support (WiFi) Wireless / Wire Wire Wire

Application

Digital signage;

5G video service;

VR, drone, autopilot

Broadcast equipment –

video camera Digital signage

4K UHD ASIC comparison

• Quopin’s products are prominent in regard of latency, power consumption, and wireless

feasibility.

• Unique feature with USB over TCP/IP network

Confidential

5. Products Comparison – UHD video-over-IP products (3/3)

II. Company


www.quopin.com 27

Projects Field Ea. Licensed Remarks

Patents

Network Processor 2 - 2ea for US

QoS 5 -

Network 5 -

Cloud computing 2 2 (ETRI)

Sub-total 14 2

Filed

Multimedia 5 -

PLC 1 -

Sub-total 6 -

Total 20 2

6. Patents

• 14 registered patents, 6 filed

• Patents are mainly in the network technology,

and recently created in combination with multimedia.

Confidential

II. Company


www.quopin.com 28

• Domestic 3 distributors for video-over-IP products

• Domestic customers: Kocom, Skymoons, LH, kt, Inchoen Transportation, ADT Caps,

Viaco, LGU

• In Japan, 4 distributors (2 are market-registered)

7. Customers & Reference

Confidential

II. 회사 소개

Country Distributors Customers Remarks

Korea

Japan

China, Hong

Kong, Taiwan

• Digital Signage

• Security

• IP KVM

• Broadcasting

• Heavy Industrial Machine

• Digital Signage

• Drone

• Audio Broadcasting

• Medical Equipment

• Network Monitor

• Beam Projector

• Digital Signage

• Broadcasting

• IP-KVM

USEN

南京恩擎电子科技有限公司

深圳市视品数字技术有限公司


www.quopin.com 29

I. Business

II. Company

Contents

Confidential



www.quopin.com

LOOKA for 5G/LTE

(ULLC Multimedia Transmission solution for 5G/LTE Service)

2019

QUOPIN CO., LTD.

Confidential


www.quopin.com 31

I. Products at A Glance

II. LOOKA 5G Connection

III. LOOKA Character & Performance

IV. Field Test References

Contents

Confidential


www.quopin.com 32

Picture

I. Products at A Glance

[ Transmitter ] [ Receiver ]

Features

Composed of transmitter & transmitter

Ultra low latency (end-to-end): 20~40msec

Field proven over 5G network

USB over TCP/IP

Resolution: up to Full-HD (1920x1080p), 60fps

Bitrate: constant bit rate (CBR, default 10-Mbps)

Size: 151 mm(W) x 91mm(H) x 37.5mm (L) – Aluminum case

Confidential


www.quopin.com 33

II. LOOKA 5G Connection

▶ Field proven in cooperation with L** 5G mobile service provider

▶ Running with RTSP server/client developed by L**

Ultra low latency video/audio transmission

[LOOKA Transmitter] [LOOKA Receiver]

5G/LTE/

Ethernet

/WiFi

Display

Camera

- Drone

- CCTV

- Excavator

- Robot

RTSP

Client

/Server

Modem Modem


www.quopin.com 34

Characters

III. LOOKA Character & Performance

[Transmitter] [Receiver]

Confidential

FPGA implementation:

H.264 (AVC) CODEC

+ Network Processor

+ USB over TCP/IP

Complies with customer’s RTSP server

Configuration management tool (UI Program) support

Division Performance

Video H.264 Hardwired CODEC

Low latency Full-HD: 20-40msec

Communication protocol Standard TCP/IP Ethernet

High-compression FHD: 10Mbps

Network 5G / LTE / WiFi

Power consumption 10Watt (Min) - 15Watt (Max)

TX-RX connection Via RTSP server of the customer

LOOKA


www.quopin.com 35

Drone, CCTV camera,

excavator, robot,

PC, and etc.

Display

Receiver (FPGA)

5G/

LTE/

WLAN Eth

FHD

60fps HDMI

Tx

Network

Processor

(FPGA)

Decoder

(H.264,

FPGA)

Eth

Audio

IP

packet

Transmitter (FPGA)

5G/

LTE/

WLAN Eth

FHD 60fps/

4K 30fps HDMI

Rx

Network

Processor

(FPGA)

Encoder

(H.264,

FPGA)

Eth

IP

packet Audio

Video

HDMI

Rx Eth

RTSP Server/Client

LOOKA Implementation Structure


www.quopin.com 36


Confidential

Field Tests

Finished

over 5G

Network

1. Heavy machine (excavator) remote control:

Shanghai BAUMA exhibition, Nov 2018 (L***, Doosan Inforacore)

2. Autopilot: Highway test, Seoul, Dec 2018, Mar 2019 (L***, Hanyang Univ.)

3. Dynamic map creation: Magok, Seoul, Dec 2018 (L***)

4. Drone flight: Drone Test Arena, Daejeon, Jan 2019 (L***, Beyless)

5. Farm tractor remote control: Pyeong-Taek-to-Seoul, Jan 2019 (L*** + LS Mtron)

- Demonstrated before the ministers of Korea government

6. MWC Barecelona exhibition, Feb 2019

1) Remote control of smart factory robot from Barcelona to Korea

2) CCTV camera video transmission in ultra low latency

7. BAUMA Munchen 2019 – heavy machinery exhibition: remote control, April 8 ~12

Planned

Test over

5G Network

1. Harbor container crane remote control

2. Remote music instrument concert

Reference Summary


www.quopin.com 37

Remote control of heavy machinery


Camera (Upper)

Camera (Center)

Camera (Lower)

Camera (L)

Camera (R)

Control module

Video Tx

Device

Video Rx

Device

Up

C

Lo

L R

Controller

Video path Control path

Under 55msec

HDMI HDMI

Network

5G Remote control server

Ethernet-to-Ethernet Ethernet-to-Ethernet CAN2Ethernet CAN2Ethernet

1. Construction Machinery Test over 5G (Excavator )

Video transmitters (Tx) Video receivers (RX)

Controller Displays

Test Date: Nov 28~30, 2018 at BAUMA exhibition held in Shanghai, China Connection: Excavator (Incheon, Korea) – Remote control (Shanghai), 880km distance Consortium

- Remote control: Doosan Infracore - 5G operator: LGU+ - ULL video transmission device: QUOPIN

Confidential


www.quopin.com 38 Confidential

BAUMA heavy machinery exhibition in Shanghai, China, 2018 (Nov 27~30, 2018) – Press published


www.quopin.com 39 Confidential


2. Autopilot Field Test (Dec 17, 2018; Mar 11, 2019)

• Autopilot driving tested over LGU 5G network in collaboration with Hanyang University

- Quopin’s URLLC video transmission solution (Dec 18 2018, Mar 11 2019)

Autopilot over 5G network

5G video

transmission

device installed

5G Base

Station

Remote control

monitoring

5G video

receiver device

installed

Autopilot car

Real-time monitoring of

driving & remote control While auto-driving, 5G

media service watched

Video

Transmission

Video

Receiving

As 2 cameras installed in autopilot car take video of

driving view and moving route, Quopin’s 5G URLLC

video solution compresses the video in high efficiency

and low latency and send it to Hanyang University

laboratory.

Driving for 25 minutes over 7km


www.quopin.com 40

Farm tractor remote control


3. Farm Tractor Remote Control over 5G

Test Date: Jan 22, 2019

Connection: Farm tractor (Daejeon, Korea) – Remote control (Magok, Seoul, Korea), 150Km distance

Consortium

- Remote control: LS Mtron - 5G operator: LGU+ - ULL video transmission device: QUOPIN

Camera (Upper)

Camera (Center)

Camera (Lower)

Camera (L)

Camera (R)

Control module

Video Tx

Device

Video Rx

Device

Up

C

Lo

L R

Controller

Video path Control path

Under 55msec

HDMI HDMI

Network

5G Remote control server

Ethernet-to-Ethernet Ethernet-to-Ethernet CAN2Ethernet CAN2Ethernet

Video transmitters (Tx) Video receivers (RX)

Confidential


www.quopin.com 41


4. Drone FPV Driving

FC

mdoule

Camear

Video Tx

device

Video Rx

device

Network

5G

50msec~ UART-to-Ethernet

HDMI

UART

HDMI

Ethernet-to-UART

Under 95msec

UART

Crack monitoring Map generation

Disaster relief

Test Date: Jan 15, 2019

Connection: LGU+ Magok R&D Test Center, Seoul

Consortium

- Remote control: Beyless

- 5G operator: LGU+

- ULL video transmission device: QUOPIN

Confidential

Video path Drone control path


www.quopin.com 42


5. Dynamic Map Creation

Road data

gathering (camera)

AI video

awareness

(Video→info)

Dynamic map

creation

Static

Map

Precision map

update

③ Mobile edge

computing

Outer data,

accidents,

traffic,

construction,

weather, traffic

sign info,…

Video Tx

device Network

5G

Video path Dynamic map control path

• Car

① Communications

• Autopilot

② Video

transmission

⑤ Distribution

platform

(Best drive info)

④ Information gathering

/integration platform

Download

Test Date: Dec 20, 2018

Connection: Magok, Seoul Consortium

- Dynamic map creation: LGU+

- 5G operator: LGU+

- ULL video transmission device: QUOPIN

Confidential


www.quopin.com 43

Quopin. Co. Ltd Quopin B/D, 26, Saenari-ro,

Bundang-Gu, Seongnam, Kyungki-Do, 463-816, Korea

Tel : +82-70-8677-5544 Fax : +82-31-705-0702

E-mail : [email protected] http://www.quopin.com

No.1 Video/Audio over IP Network in the world

Confidential

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