LOOP — Investor Presentation 2021

Nov 11, 2021

www.looptelecom.com
Loop Telecommunication Int‘l, Inc.
Investors’ Conference

Nov. 11, 2021

Dr. Mawlin Yeh

1

Disclaimer Concerning Expectations

Certain of statements given herein, verbal or written, are expectations, which are best estimates of our future performance. Actual results may differ significantly due to many uncertainties.
Examples of such uncertainties include but not limited to (a) local and global regulations, (b) market demands, and (c) competitive landscape.
Such changes in expectation may not result in any notice on our part.
2

Agenda
3

Loop Telecom Highlights

Established in 1991, IPO (TSEC) in 2002
Headquarters: Hsinchu Science Park, Hsinchu, Taiwan
Products & Technologies
Network Managements
Universal Access Aggression Multiplexer
Multi-Services Cross Connect
SDH/SONET-MPLS Hybrid Transport
L2/CE/L3/MPLS Packet Transport Networks (PTN)
TDM over Ethernet (TDMoE)
3G/4G/5G First Mile Solutions
Next Generation Office Networks
Video Surveillance Solutions
Cyber Security
IIoT

Mainly for MCC Solutions
Mainly for TDM to Packet Conversion Solutions
Mainly for Cellular Base Station Optical Connections
Mainly for Enterprise NG Office Secured Networking Solutions
4

Loop Telecom Headquarter

Design Center
Factory

EMC Chamber
Network Emulation Beta Testing Facility
5

Factory Audits ?by Large Telecom Companies

US Companies: November 2001, September 2007, ?February 2011, February 2012
Finland Company: August 2004
French Companies: July 2004, July 2005
Japanese Companies: December 2008, February 2009

6

Agenda
7

Loop Telecom
- Consolidated income statement -
110/1/1~110/9/30

8

Loop Telecom

• Consolidated balance sheet -
  110/9/30

9

Agenda

10

Loop’s Total Solution ?60 Products in Portfolio

Multi-language
Management
(EMS/NMS)

AI
ISS2180
1G ~ 25G
SFP
WDM1800
CCTV0710
IOT0510

G7800
SDH/SONET,
GbE, E1/T1
G7860A
O9500R
E1/T1/E3/T3, FE/GbE, FOM
SDH/SONET, FXS/FXO/E&M
RS232/V.35/X.21, C37.94/G.703…

E1/T1/E3/T3
FE/GbE, FOM
SDH/SONET
O9400R

Eth
IP6818
Eth
IP6828
Eth
IP7930
Eth
IP6340
IP6820
Eth, DTE
IP6608
Eth, GbE
G7820
Eth, IP, MPLS-TP
IP6618
Eth, GbE, 10GbE
TDM over Ethernet
Ethernet Access
IIoT
ISS
S D H / S O N E T
WDM
Multi-service
m P T N
Power Utility
Transportation
Carriers & Mobile Backhaul
Government
Oil & Gas
Military
We focus on Mission Critical Communication Networking Solutions

E1/T1
Ethernet
FXS/FXO/E&M
RS232/RS485
O9170
O9150
E1/T1
Ethernet

SDH/SONET/GbE
With Transport
SDH/SONET/GbE
With Transport
AM3440
E1/T1
E3/T3
SDH/SONET
V4150
IP6702A
Eth, E1/T1, DTE
IP6704A
E1/T1, FXS/FXO/E&M
RS232/V.35/X.21
IP6750
E1/T1, FE/GbE
11

International Standards

Compliances
ISO-9001 company since 1995
ISO-14001 company since 2004
TL9000 since 2011
RoHS 1 and 2 Compliant
ANSI/ESD S20.20 2007
Auditor: BSI

Certifications
FCC, UL, NEBS, DOC/CSA, JITC, TUV, BABT, 3C, Taiwan CHT, CE, CB, Pan European, BZT, ETS, Thailand, Indian, AT&T, Korea, Ecuador, Colombia, SEC/NG, ……
12

EMC/EMI	FCC15, EN55032, EN55024/EN55035
Safety	UL60950-1/UL62368-1, EN62368-1, IEC62368-1 (CB)
Network	FCC68, CS-03
Environment	EN300 019-2-1, EN300 019-2-2, EN300 019-2-3
Railway	EN50121-4
Substation	IEC61850-3/IEEE1613
ITU-T	G.664, G.703, G.704, G.705, G.706, G.707, G.732, G.736, G.747, G.775, G.783, G.806, G.826, G.823, G.824, G.826, G.7041/Y.1303, G.7042/Y.1305, G.7043/Y.1343, G.8021 /Y.1341, G,8040/Y.1340,O.151, V.11, V.28, V.54, G.991.2 (G.SHDSL.bis Annex F) and G.994.1, Y.1731, Y.1563, X.86
---	---
ITU-R	F.385-9, F.386-8 Annex6, F386-8 Annex 2, F.387-10, F.636, ?Brazil Norma 15/96, F.637-3 Annex 1
ATIS/ANSI	T1.105, T1.107
IEEE	802.3, 802.1q (VLAN), 802.1d, 802.1p, 802.3ah, 802.1w (RSTP), 802.1ad (Stack VLAN), 802.3u, 802.3z, 802.3x (Flow control), 802.1s (MSTP), 802.1ag, 1613
IETF	RFC1661, RFC1213 (SNMPv1), RFC2571 to 2575 (SNMP v.3), RIP1 (RFC1058), RIP2, RFC4805 (E1) (RFC1389), RFC5087 (TDMoE), RFC4553 (SAToP), RFC5086 (CESoPSN), RFC 1213, RFC 1493, RFC 2819 (RMON), RFC 2674, RFC 1305, RFC 2131, RFC2236 (IGMP Snooping)
IEC	61000-4-5 Class 3
13

12 Networking Solutions

Communication between?MCC’s Stations
14

Network Architecture #1

Transport Clouds

Transport

Transport
Access
Access
RTU
RTU
RTU
RTU
Network Architecture: Transport Units + Access Aggregation Units + RTUs
Transport Layer: SDH/SONET, L3, MPLS; O9400, O9500, G7800
Access Aggregation Layer: Ethernet, SDH/SONET; TDM, Voices, Applications; AM3440, IP6704, G7820, G7860
RTU Layer: Customers’ Equipment

15

Mission Critical Communication Solutions?Market Opportunities & Network Models

Adding Access Aggregation Mux to Existing Transport Clouds
Adding Access Aggregation Mux to Dual Transport Clouds
Constructing a New Backbone with Access Units Including Simple Transport Uplinks
Constructing a New Backbone with SDH/SONET
L2/L3 Packet Networks
Two Independent MPLS-TP Ring Networks
Need a MPLS-TP Backbone Network
Need a New Hybrid Backbone for Replacing Aged SDH Backbone
Need Isolated Transport Networks
16

Transport

O9400R ?Transport Unit

Transport
Access
RTU
RTU

Connector Board
In/Out Alarm
In/Out Clk
IEEE 1588
RS232 Console

Dual AC/DC Power

Dual uplink Slots
4STM-16/4/1
(OC-48/12/3)
610G PTN10G
Left 4 Slots Tributary
252E1/T1
12E3/T3 (M13)
32FE/GE
8STM-1 or 2STM-1/4
610GE or 161GE PTN10G
210G or 201GE PTNext
Right 4 Slots Tributary
252E1/T1
12E3/T3 (M13)
32FE/GE
8STM-1 or 2STM-4
17

AM3440 Hybrid Access Aggregation Unit

Transport
Access
RTU
RTU

Access

E1/T1
Network

Ethernet/IP

SDH/SONET

AM3440

AM3440
AM3440

STM-1/4
OC-3/12
Protections: 1+1; SNCP
TDM Interfaces
E1/T1/FOM…
Protections:
1:1/1+1; E1-SPRING; DS0-SNCP
TDM via CCPB
Protections:
1+1; Zero Packet Loss

DS0 Circuit Protection
Used in Power Company in UK
Digital Data Bridge
Used in Power Companies in USA

Dry Contact
Analog/ Data Bridge
E1/T1
G.SHDSL
G.703
FOM
OCU-DP
E&M
FXS/FXO
Magneto
RS232
DTE
Router
TDMoE
C37.94
TTA
ECA
VoIPGA

Through-Clock Mode used in Radar Applications

Analog Data Bridge
Used in Power Companies in U.S.

Multi-Services: 50+ Application Interface cards with 70+ features
18

Notes:

Connector Board
In/Out Alarm
In/Out Clk
IEEE 1588
RS232 Console
O9500R Transport/Access Unit

Transport
Access
RTU
RTU

Transport
Access

Dual uplink 2 Slots
4STM-16/4/1
(OC-48/12/3)
610G PTN10G

Right LS tributary 6 Slots
Single Slot Cards
48B/R Ethernet Ports
24E1/T1
12G.SHDSL(2 pairs)
24G.SHDSL(1 pairs)
48G.703(Codir-64kbps)
48G.703 (Contra-64kbps)
72FXS/FXO
24C37.94(LS optical)
48RS232/V.24
48RS232/RS422/RS485
48Dry Contact I/O type B
482W/4W E&M
24V35/V36/X21
24EIA530/RS449
24RS422
48Data Bridge
48OCUDP
24TDMoE

Dual Slot Cards
12*TTA

Transport
Access

Left HS tributary 4 Slots
252E1/T1
12E3/T3 (M13)
32FE/GE
8STM-1 or 4STM-4
610GE/16GE
210GE/20*GE

Dual DC Power
19

Dual DC Power

G7800 ?Transport/Access Unit

6 Mini Slots for LS tributary modules

Mini LS tributary Modules
24E1/T1 ports
16B/R Ethernet Ports
24FXS/FXO
242W/4W E&M
6C37.94
6OCUDP
6RS232/X.21/V.35
6FOM
6ECA
6ABRA

Transport
Access

Transport
Access
RTU
RTU

Connector Board
Alarm In/Out
Clk In/Out
RS232 Console

Access

Dual uplink Slots
4100G ports
2410G ports
32*1G ports
10 Single Slots for a mix of HS and LS tributary modules

HS tributary Modules
Up to 480E1/T1 ports
Up to 160DS3 ports
Up to 100FE Base-T
40STM-1(OC-3) or 10STM-4(OC-12) ports
16STM-1(OC-3) or 4STM-4 (OC-12) ports
PTNext1:
110G ports
101G ports
PTNext2:
910G ports
LS tributary Modules
80B/R Ethernet Ports
40E1/T1
120FXS/FXO
80RS232/V.24
80RS232/RS422/RS485
80Dry Contact I/O type
802W/4W E&M
40V35/V36/X21
40EIA530/RS449
40RS422
80*Data Bridge

Transport
Access
20

Other Major Access Products

Access

Loop-G7820-24S
Loop-G7860A

Loop-G7820-48T

Loop-IP6704A
21

Network Architecture #2

OTN Clouds
OTN
OTN

Transport

Transport
Access
Access
RTU
RTU
RTU
RTU
Network Architecture: OTN Units + Transport Units + Access Aggregation Units + RTUs
OTN Layer: Optical Wavelength Switch/Transport; WDM1800
Transport Layer: SDH/SONET, L3, MPLS; O9400, O9500, G7800
Access Aggregation Layer: Ethernet, SDH/SONET, TDM, Voices, Applications; AM3440, IP6704A, G7820, G7860A
RTU Layer: Customers’ Equipment

22

Notes:

Mission Critical Communication Solutions?Market Opportunities & Network Models

Adding Access Aggregation Mux to Existing Transport Clouds
Adding Access Aggregation Mux to Dual Transport Clouds
Constructing a New Backbone with Access Units Including Simple Transport Uplinks
Constructing a New Backbone with SDH/SONET
L2/L3 Packet Networks
Two Independent MPLS-TP Ring Networks
Need a MPLS-TP Backbone Network
Need a New Hybrid Backbone for Replacing Aged SDH Backbone
Need Isolated Transport Networks
Need Multiple Optical Wavelength Multiplexer
Need OTN, Transport and Access a Total New Backbone
23

WDM1800

OTN

Transport
Access
RTU
RTU
WDM1800-CHAa (5U)
Up to 20 Slots (CHAa)
2 x Controller Slots
2 x Power Slots
1 x FAN Slot
15 x Tributary Slots
Dual Controller Redundancy
Dual Power (DC)
WDM1800-CHBa (2U)
Up to 11 Slots (CHBa)
2 x Controller Slots
2 x Power Slots
1 x FAN Slot
6 x Tributary Slots
Dual Controller Redundancy
Dual Power (DC or AC)

5U

2U

24

Network Architecture #3

5G Clouds
Transport
Transport

Access
Access
RTU
RTU
RTU
RTU
Network Architecture: Transport Units + Access Aggregation Units + RTUs
Transport Layer: 5G Cloud with URLLC
Access Aggregation Layer: 5G Access; W8510
RTU Layer: Customers’ Equipment

25

Notes:

Mission Critical Communication Solutions?Market Opportunities & Network Models

Adding Access Aggregation Mux to Existing Transport Clouds
Adding Access Aggregation Mux to Dual Transport Clouds
Constructing a New Backbone with Access Units Including Simple Transport Uplinks
Constructing a New Backbone with SDH/SONET
L2/L3 Packet Networks
Two Independent MPLS-TP Ring Networks
Need a MPLS-TP Backbone Network
Need a New Hybrid Backbone for Replacing Aged SDH Backbone
Need Isolated Transport Networks
Need Multiple Optical Wavelength Multiplexer
Need OTN, Transport and Access a Total New Backbone
Need 5G-URLLC Access to Existing 5G Transport Cloud
26

W8510
Transport
Access
RTU
RTU

27

Network Architectures

OTN Clouds

Transport Clouds

5G Clouds
OTN
OTN

Transport

Transport
Transport
Transport

Transport

Transport
Access
Access
Access
Access
RTU
RTU
RTU
RTU
RTU
RTU
RTU
RTU
Access
Access
RTU
RTU
RTU
RTU
Fiber Transport Clouds: for small to medium size MCC networks
OTN Clouds: for big size networks
5G Clouds: for connecting to RTUs via wireless-5G
28

Agenda
29

MCC Markets
Utilities
Transportation
Oil & gas
Government:
Public Safety/Homeland Security/911
Military & Defense
Police Networks
Aviation/Airport
Educations
Marine
…
Mining
…
30

Notes:

Successful Power Cases

Asia: 54
Bahrain: 1
Bangladesh: 2
Bhutan: 1
Cambodia : 1
India: 18
Indonesia: 2
Kuwait: 1
Laos: 1
Lebanon: 1
Malaysia: 3
Myanmar: 1
Nepal: 1
Pakistan: 1
Philippine: 6
Qatar: 1
Saudi Arabia: 1
Singapore : 1
Taiwan: 1
Thailand: 2
UAE: 1
Vietnam: 5
Yemen: 2
American: 62
Argentina: 3
Bolivia: 1
Brazil: 9
Canada: 4
Chile: 3
Colombia: 6
Costa Rica: 1
El Salvador: 3
Equador: 1
Guatemala: 1
Guyana: 1
Mexico: 4
Panama: 1
Peru: 5
USA: 15
Uraguay: 1
Venezuela: 3
Europe: 35
Armenia: 1
Azerbaijan: 1
Belgium: 2
France: 1
Greece: 1
Kazakhstan: 1
Kosovo: 1
Norway: 10
Poland: 3
Portugal: 1
Spain: 2
Sweden: 2
Switzerland: 5
Tajikistan: 1
UK: 3
Oceania: 12
Australia: 9
New Zealand: 3
Africa: 21
Algeria: 1
Benin: 1
Burkina Faso: 1
Burundi: 1
Congo: 2
Djibouti: 1
Egypt: 2
Ethiopia: 1
Gabon: 1
Kenya: 2
Mali: 1
Mauritius: 1
Mozambique: 1
Senegal: 1
Tanzania: 1
Togo: 1
Tunisia: 2

We have 180+ successful cases
31

Successful Transportation Network Cases
Europe: 20
France: 3
Greece: 2
Italy: 5
Lithuania: 1
Poland: 1
Portugal: 3
Switzerland: 1
UK: 4
American: 9
Brzail: 1
Canada: 1
Colombia: 1
Panama: 1
USA: 5
Africa: 3
Egypt: 1
Morocco: 2
Oceania: 1
Australia: 1

Asia: 15
India: 4
Indonesia: 3
Mongolia: 1
Singapore: 1
Taiwan: 3
Thailand: 1
Turkey: 2

We have 45+ successful cases
32

Successful Oil & Gas Cases
Europe: 7
American: 2
Africa: 1
Asia: 8
| Egypt | 1 |
| --- | --- |
| India | 1 |
| --- | --- |
| Indonesia | 1 |
| Malaysia | 3 |
| Pakistan | 1 |
| Thailand | 1 |
| UAE | 1 |
| Canada | 1 |
| --- | --- |
| Mexico | 1 |
| France | 1 |
| --- | --- |
| Norway | 4 |
| UK | 2 |

We have 15+ successful cases
33

Successful Government Network Cases
American: 33
Argentina: 2
Brzail: 5
Canada: 3
Chile: 1
Colombia: 4
Equador: 1
Mexico: 1
Paraguay: 1
Peru: 4
U.S: 10
Uraguay: 1
Africa: 7
Algeria: 2
Egypt: 1
Libya: 1
Mali: 1
Morocco: 1
South Africa: 1

Europe: 24
Belgium: 3
France: 4
Germany: 2
Italy: 2
Norway: 2
Poland: 1
Portugal: 2
Sweden: 1
Spain: 2
UK: 5
Asia: 23
India: 5
Indonesia: 1
Jordan: 1
Malaysia: 1
Mongolia: 2
Myanmar: 1
Pakistan: 1
Saudi Arabia: 2
Singapore: 1
S. Korea: 2
Taiwan: 4
Vietnam: 1
UAE: 1
Oceania: 3
Australia: 1
New Zealand: 2

We have 90+ successful cases
34

MCC Market Forecast:
Global Utility Communication Markets:
The global utility communication market size is projected to reach USD 23.2 billion by 2026, at a CAGR of 4.4%, from an estimated USD 18.7 billion in 2021. (MarketsAndMarkets)
Global Transportation Communication Markets:
The global smart transportation market size is expected to grow from USD 94.5 billion in 2020 to USD 156.5 billion by 2025, at a Compound Annual Growth Rate (CAGR) of 10.6%. (MarketsAndMarkets)
Global O&G Communication Markets:
The oilfield communications market is projected to grow from USD 3.4 billion in 2020 to USD 4.5 billion by 2025, at a CAGR of 5.5%. (MarketsAndMarkets)
Global Military Communication Markets:
The global Military Communications market size to grow from USD 33.4 billion in 2020 to USD 40.6 billion by 2025, at a Compound Annual Growth Rate (CAGR) of 4.0%. (MarketsAndMarkets)
35

Agenda
36

Conclusion

MCC Markets are big and requiring total solutions with customizations. Many major countries initiate special bills for major infrastructure constructions such as USA and India
To Become an One-Stop-Shopping MCC Networking Solution Provider with a Single Management System
To develop Cost Effective All-in-One Solutions to reduce cost, space & energy requirements.
Marketing Development Approaches:
Loop-Webinar via Cloud
Loop-Training via Cloud
e-Marketing via Internet
Frontend Presentations (FE-1, FE-2) via Loop Telecom Marketing & Sales Forces
Loop-TAC’s Regional Technical Supports
Expanding PoP (Point of Presence) worldwide to Grab MCC End-Customers’ Aged SDH/SONET Backbone Replacement Tide
37

www.looptelecom.com

Multi-language Website

38

Agenda
39

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