Nanotronix Profile

Introduction to NanoTronix

CONFIDENTIAL

THIS DOCUMENT AND ALL INFORMATION CONTAINED HEREIN IS PROPRIETARY TO NANOTRONIX CO., LTD
AND IS NOT TO BE DISCLOSED WITHOUT THE EXPRESS WRITTEN PERMISSION OF NANOTRONIX CO., LTD

www.nano-tronix.com

CONTENT

I. Company Overview

Ⅱ. Products - TDR

Ⅲ. Products- VSAT

Ⅳ. Contact

I. Company Overview

1. Company Overview
2. Company Milestones
3. Organization Chart
4. Business Scope

Ⅰ. Company Overview

1. Company Overview
Nanotronix Co.,Ltd. was established in March of 2000 by several distinguished
Seoul National University Ph.D. students and internationally recognized Professor of
Electronics Engineering at the same Univ.

Nanotronix become a marketleader in testing and monitoring solution equipments
industries for metallic/optic cable networks and has launched various products such
as Module of Oscilloscope, Motorola 68040 CPU board, Module for Optic Time
Domain Reflectometers (OTDR) and Metallic Time Domain Reflectometers (TDR),
1. Company Overview
that analyze the reflection of electric signals and time of such reflection to detect
2. Company Milestones exact fault locations of damaged voice and/or data traffic found in all metropolitan
networks either optic fiber or metallic cables.
4. Business Scope Nanotronix is also a VSAT provider of high-performance, standard-protocol based
satellite network systems for mobile and fixed-line IP-based telephony, data and
multimedia applications used by enterprises, governments, telecommunications
providers and system integrators.
Nanotronix has been focusing on the research, development, manufacture and
deployment of industry standards-based VSATs with MF-TDMA technology and has
been certified by SatLabs of the European Space Agency as compliant with the
DVB-RCS industry standard, naming it as Open-RCS.
All terminal models are available in various transmit/receive frequency bands
(Ku/Ku, Ka/Ku, etc). With these leading products, Nanotronix serves customers who
need cost-effective huge networks with full hub redundancy serving thousands of
VSATs for massive geographic coverage and capacity, on star topology.
Today, Nanotronix is shipping Open-RCS units to worldwide.

Nanotronix Co.,Ltd. remains dedicated to our customers.


1. Company Overview

 Company Name NanoTronix Co.,Ltd.

 CEO Jinho Han

 Paid in capital U$6.5M

1. Company Overview  Home page www.nano-tronix.com

2. Company Milestones  No. of employee 39
4. Business Scope  Main Products 2-way High speed internet solution via satellite
Test & Measurement Instruments for cables

 Address

5Fl., Sehwa Bldg., 66-9, Nonhyen-dong,
Gangnam-gu, Seoul 135-010, Korea
TEL: +82-2-467-3535
FAX: +82-2-3446-9900
Contact : sales@nano-tronix.com



2000 Mar NanoTronix Co., Ltd established in Seoul, Korea
May Developed & released standard numeric metallic TDR (mTDR-010)
Designated as a “Promising Venture Company” by venture incubating
company
Jun Developed & released LAN Cable Tester (mTDR-020)

Jul Registered as a “Venture Company” by the ministry of small & medium
1. Company Overview industry
Designated as a “Military Service Exemption Company” by the Ministry of
2. Company Milestones Dec Manpower Administration
3. Organization Chart Developed core module of mini-OTDR
4. Business Scope 2001 Jan Developed “DVB-RCS” solution with ETRI

Apr Developed “Glass Antenna & Preamplifier” for vehicle with Hyundai Motor
Co./Korea

April Contracted “Development & supply of OTDR module” with one of NASDAQ
listed U.S.A company
Sep Developed “ Glass Antenna System for vehicle”
2002 Jan Began to export mTDR products
May Developed & released “Taxi Meter” for Korean Taxi company
Aug Developed “CAN-based Integrated vehicle electrical/electronic systems
Sep Developed & released “Waveform TDR”(mTDR-070)
Dec Manufactured the first “DVB-RCS” system



Appointed as a “Promising Venture Company for Export Assistance”
2003 Feb by the Ministry of Small & medium industry
Began to export “DVB-RCS” products
May Contracted “DVB-RCS” with Datamark in Japan

July Appointed as an Export-promising , and INNO-Biz Company
by the Ministry of Small & medium industry
Sep CE & FCC certified for all products
1. Company Overview
Appointed as a “Promising Venture Company for Technological Innovation” by
2004 Mar the Ministry of Small & medium industry
3. Organization Chart Contracted “DVB-RCS” with MMAA in Korea
Began to new business “2-way high speed internet solution via satellite”
4. Business Scope Contracted Advanced Waveform TDR with Powercom in Korea
Apr Contracted “DVB-RCS” with PCF in MiddleEast

May Contracted Advanced Waveform TDR with Pakistan Telecommunication Ltd
(PTCL)
Aug Contracted “DVB-RCS” with Sinatel in German

Oct Contracted “Specific Automotive wiring simulation tool”
with Hyundai Motor Co in Korea
Nov Contracted “DVB-RCS” with PCF in MiddleEast (2nd)
Won the 2nd bid for supplying of Advanced Waveform TDR from Pakistan
2005 Jan Telecommunication Ltd (PTCL)
Contracted “DVB-RCS” with Newtec in Belgium (OEM)
Sep Contracted “DVB-RCS” with Sinatel in German
Nov Contracted “DVB-RCS” with Korea Coast Guard in Korea



2006 Jan Launched new concept of high accuracy Combi TDR for Optic Fiber &
Metallic Cables(OMTDR-1000)
Mar Participated in Cebit 2006 Hannover, Germany
May Developed a new MTDR with low insulation testing feature
Jun Contracted “DVB-RCS” with PCF in MiddleEast (3rd)
Aug Contracted “DVB-RCS” with KCG in Korea (2nd)
1. Company Overview Approved “NEP(New Excellent Product” of Combi TDR
Sep by Ministry of Commerce, Industry & Energy
2. Company Milestones Nov
3. Organization Chart Set up NanoTronix U.S.A Inc
2007 Jan Developed “NV MOST(Media Oriented System Transport)”
4. Business Scope
Mar Developed mini OTDR
Participated in Cebit 2007 Hannover, Germany
Contracted “DVB-RCS” with KCG in Korea (3rd)
Participated in OFC 2007 Anaheim, U.S.A
Jun Participated in Communic Asia 2007, Singapore
Oct Contracted “DVB-RCS” HUB with KCG in Korea

2008 Jan Launched new concept of high accuracy Combi TDR for Optic Fiber &
Metallic Cables(OMTDR-1000)
Mar Participated in Cebit 2008 Hannover, Germany

May Developed a new MTDR with low insulation testing feature
Contracted “DVB-RCS” with KCG in Korea (4th)
Jun Participated in Communic Asia 2008, Singapore


Total: 35
3.1 Management Part

President & CEO
Han, JinHo

1. Company Overview
2. Company Milestones R & D Lab
3. Organization Chart Prof. Park, J.H.
4. Business Scope

Planning & Admin. Sales & Marketing Digital Multimedia V.P. / R & D Lab
M.Dir. Mitchell No M.Dir. Tony Hahm Dir. Oh, E.J. PhD. Kim, Y.M.


Total: 22
3.2 R&D Part PhD: 3
Mst: 5
Bch: 13
Vice President
PhD. Kim, Y.M.

1. Company Overview
R & D Manager R & D Manager
4. Business Scope (SAT.Div.) (TDR.Div.)
Kim, B.G. Hong, S.R.

H/W S/W H/W S/W
Kim, T.S. Yang, S.W. Park, S.A. Sung, J.H.


4. Business Scope

4-1 Divisions

VSAT Satellite Network
Solution Provider

1. Company Overview
3. Organization Chart TDC & Electrical
Automotive Electronics
Instruments
4. Business Scope Provider
Manufacturer NANOTRONIX

Digital Multimedia-
Distributions


4. Business Scope

4-2. TDC & Electrical Instruments Manufacturer

NanoTronix TDC has 20ps resolution: It can make a distinction of very short time, 20 Pico
seconds (one over 5 billions seconds), the time for light to propagate only 6mm in the air.
This technology can be applied to the fields that require very accurate measurement of
time such as digital communication, high-speed data acquisition, nuclear science, etc. The
1. Company Overview NanoTronix TDC can enhance the performance of the instruments by accurate and stable
operation. Among the various application fields of the TDC, NanoTronix developed the
2. Company Milestones high performance MTDR devices with unique convenient functions and easy interface.
3. Organization Chart The NanoTronix‟ TDR are essential hand-held instrument to install and maintain
telephone, communication (UTP cable), and power cables etc.
4. Business Scope

• Electric Leakage TDR
• MTDR
• TDR based Multi-function Cable Fault Locator
• OTDR
• OMTDR
• Optical Channel Selector

Hand-held Numeric Hand-held Numeric Hand-held Numeric Hand-held Numeric
Numeric TDR Numeric TDR Numeric TDR Numeric TDR


4. Business Scope

4-3. VSAT Satellite Network Solution Provider

NanoTronix provides Total Solutions for VSAT Satellite Communication Systems. With
this systems, any IP application can be supported including data communications
(IP connection), VPN & LAN data, and VolP.

• Internet/Intranet access
1. Company Overview • E-mail
2. Company Milestones • File transfer
• Video Conferencing application
3. Organization Chart • Voice using VOIP
4. Business Scope • Broadcast applications
• Multicast applications
• Video Multicast from Remote Terminal

Further, specialized application area includes Telemetry/ Telecontrol for

•Monitoring
• Voltage level monitoring of rail & road networks
• Water resource observation (Purity, Water levels etc)
• Motorway & Express-way traffic monitoring
• Weather observation
• Flood observation
• Seismic observation


4. Business Scope

4-4. Automotive Electronics Provider

After 1990‟s, the needs for electronic convenience and safety systems in automobiles
have been increased. Furthermore, for efficient transportation control, many countries are
planning to import the ITS (Intelligent Transport Systems). In these fields, not only the high
level of circuit design technique but also the profound knowledge on the electrical
characteristics of automobile is required with a plenty of research experience, the
1. Company Overview
company introduces more powerful and lower-in-price electronic systems to help you to
2. Company Milestones lower cost of production.
• Automotive Glass Antenna with Amplifier
4. Business Scope • CAN-Based Power Distribution Module
• Taxi Fare Management System
• Automotive Electrical/Electronic Simulation System
• Automotive Fault Diagnostic System TV-Tuner
• Smart Junction Box
• MOST (Media Oriented Systems Transport) MOST-Bus
Sound System User Interface

Display


4. Business Scope

4-5. Digital Multimedia-Distributions

• PMP (Portable Multimedia Player)
• Advanced Taxi Meter
• Digital Multimedia Dictionary
• MP3 Player

1. Company Overview
4. Business Scope

PMP(Portable Digital Multimedia
MP3 Player
Multimedia Player) Dictionary

Digital Taxi Meter

Ⅱ. Products - TDR

1. Metallic Network Devices
- Physical layer
- Logical layer
2. Optical Network Devices
- OTDR
- Optical power meter/NOFL

3. TDR Applications

Ⅱ. Products - TDR

1. Metallic Network Devices / Physical layer
1-1. Numeric Cable Fault Locator (Model No.: mTDR-010)

NanoTronix' Numeric Cable Fault Locator (Model No.:mTDR-010) is a most suitable & low-p
rice instrument in locating a fault, open or short along with metallic cable using Time
Domain Reflectometery. This instrument is applicable for any cable consisting of at least do
uble insulated metallic elements like a coaxial cable and telephone cable at very low cost.

- Physical layer  Low cost numeric cable length meter / TDR Cable Fault Locator
- Logical layer  Full auto ranging for measuring the length of coaxial cables

2. Optical Network Devices  High resolution and high accuracy
- OTDR
-.Resolution: 50cm(20 in)
- Optical power meter/NOFL -.Accuracy: ± 2% of reading + 50cm (20 in) < 100m (300ft)
± 2% of reading > 100m (300ft)
3. TDR Applications
 Extra-large backlit (icon type 7 segment) LCD
 Overload voltage detection : displays “OUCH” alert message
with sound when line voltage exceeds 6.5V
 Internal VOP library for 39 standard cable types
 20 additional library memory spaces for new V.O.P settings
 Automatic output impedance control of 25Ω, 50Ω,75Ω, 100Ω,
125Ω, or 150Ω
 Safety protection (up to 250V RMS)
 FCC & CE Certified

Ⅱ. Products - TDR

1-2. LAN Cable Tester (Model No.:mTDR-020)

General Description
 NanoTronix‟s LAN cable tester(Model No.:mTDR-020) is a pocket-sized cable test tool
designed to check cabling integrity:
 Is there continuity? Is it wired properly? Where are the faults? NanoTronix‟s LAN cable
tester (Model No.:mTDR-020) is fast, easy-to-use and affordable!
 NanoTronix designed a LAN cable tester(mTDR-020) to solve these and other common
- Physical layer cabling problems. When you need to save time and money, choose mTDR-020 to
- Logical layer confirm continuity, wiring configuration and the location of cable faults. mTDR-020 's
2. Optical Network Devices Wiretap function verifies that your LAN Network, Token Ring and other twisted-pair
cabling is wired properly. If the wiring is faulty, mTDR-020 's Wiretap will identify the
- OTDR
problem and the faulty pair. Not only does mTDR-020 's length function measure the full
length of a cable to determine whether the cable is open or shorted, it pinpoints reversed
3. TDR Applications or crossed pairs and also identifies split pairs. NanoTronix‟ LAN cable tester(mTDR-020)
displays individual pair lengths and tells you if the cable is connected to a hub.
 By using Time Domain Reflectometry (TDR), NanoTronix‟s LAN cable tester (Model
No.:mTDR-020) gives you the most accurate length measurements, and can be
calibrated for a specific cable's Nominal Velocity of Propagation (NVP). mTDR-020 also
offers the Office Identifier function, which allows you to find the termination of an office
cable drop in the wiring closet (optional Office Identifier plugs required).
 mTDR-020 's Tone generating function & included free inductive probe allows you to
verify continuity and trace a cable through walls, floors and ceilings. Rugged and
Affordable NanoTronix‟s LAN cable tester (Model No.:mTDR-020) is the ideal tool for
on-the-spot cable testing. It's comfortable in your grip and small enough to fit in your
pocket. It's the all-in-one tester that's built to last and priced to fit the needs of every
cable contractor, installer and technician.

Ⅱ. Products - TDR

1-2. LAN Cable Tester (Model No.:mTDR-020)

 Low cost numeric LAN Cable Tester
 High resolution and high accuracy
-.Resolution: 5cm (2 in)
-.Accuracy: ±1% of reading ± 10cm (4 in)
 LAN cable fault detection for open, shorted, crossed, split
- Physical layer
and reversed pair
- Logical layer
 Overload voltage protection: displays "OUCH" alert
2. Optical Network Devices message with sound when line voltage exceeds 6.5V
- OTDR  Internal VOP library 39 standard cable types
 Built-in tone generator for cable tracing & identification
3. TDR Applications (oscillating 910 to 1100 Hz with 5V peak to peak)
 20 additional library memory spaces for new VOP settings
 Automatic VOP calculation
 Free standalone inductive probe
 One remote identifier for wiremapping
 Safety protection (up to 250V RMS)
 FCC & CE Certified

Ⅱ. Products - TDR

1-3. Advanced Waveform TDR (Model No: mTDR-070)

The Advanced Waveform TDR (Model No.: mTDR-070) is a high-end instrument capable of
identifying a wide range of cable faults using Time Domain Reflectometry, designed to meet
today‟s most demanding network cabling problems.

Keeping to its traditional ways, the Advanced Waveform TDR (Model No.: mTDR-070)
displays the actual waveform or signature of the cable thereby enabling engineers and
technicians to pinpoint any impedance changes along the length of the cable.
- Physical layer
- Logical layer NanoTronix‟ Advanced Waveform TDR (Model No.: mTDR-070) is suitable for use on
2. Optical Network Devices installation, maintenance or fault finding(complete open & short, partial open & short,
loading coils, loose connection, broken lines etc..) along with any type of metallic cables
- OTDR
such as CATV,CCTV,Coaxial cables, Power cable, Telephone line, UTP cables whatever
consists of at least 2 metallic conductors.
3. TDR Applications
NanoTronix‟ Advanced Waveform TDR (Model No.: mTDR-070) has been using by many
industrial sites wherever any kinds of metallic cables are installed and need to be
maintained such as Telephone company, ISP, CATV company, HFC network maintenance
company, LAN installer or maintenance company, Power plant company, Chemical
company, Ship-builder, Communication unit in military, Large-sized factory and Subway
station etc.

Ⅱ. Products - TDR


NanoTronix‟s advanced Waveform Analyze Cable Fault Locator(mTDR-070) is a cable fault
locator designed to be an excellent and highly accurate hand-held measuring instrument
which measures or tests a variety of line (cable) conditions to, from a remote distance,
determine a wide range of line (cable) problems, fault status and the type of equipment
installed along the line, providing critical information for the line
installation/maintenance/repair crew.
- Physical layer The instrument automatically analyzes the physical characteristics,
- Logical layer including faulty conditions like open circuit, short circuit,
faulty impedance etc., of the metal conductor and displays
2. Optical Network Devices the measurement/test results in the graphic and tabular forms
- OTDR for the user through a graphic LCD display screen with
- Optical power meter/NOFL 320x240 pixel resolution.
The instrument design allows the user to easily determine the
3. TDR Applications conditions of the (cable) being measured/tested.

Ⅱ. Products - TDR


With NanoTronix‟s advanced Waveform Analyze Cable Fault Locator(mTDR-070) maximum
measurement range of 20km(Maximum testable cable length will vary with pulse width and
cable type), the instrument can effectively be utilized in a variety of the cable environments
wherever any cables consisting of at least 2 insulated metallic conductors, such as telephone
lines, high-speed communication lines, CATV lines, power distribution lines, LAN cables(it is
necessary to use an optional accessory :Male BNC to female RJ45 adapter, to measure LAN
1. Metallic Network Devices cables) etc. With the maximum horizontal resolution of 10cm and the maximum measurement
- Physical layer accuracy of 0.01%, the instrument is designed to accurately check out various cables‟
- Logical layer operating conditions.
2. Optical Network Devices By providing separate keys for frequently used functions and incorporating intuitively easy-to-
- OTDR use menus for other functions, the instrument can be used by any user without much difficulty.
- Optical power meter/NOFL With large internal memory, in which up to maximum 100 waveforms/signals can be stored,
and with a serial communication port and a especially designed, dedicated PC software
3. TDR Applications program, the instrument can effectively and conveniently store and later analyze the
measurement/test results obtained from the field in the PC.

With high accuracy and the user-friendly features, NanoTronix‟s advanced Waveform Analyze
Cable Fault Locator(mTDR-070) is an excellent instrument for the line installation/
maintenance/repair crew, no matter what kind of the installation environment the metal
conductor based cables are in.

Ⅱ. Products - TDR


 Suitable for use on Coaxial, Telephone, CATV, CCTV, Power
cable & UTP cable etc.
 Maximum Range : 3.2m ~ 20,000m (10.4ft ~65,000ft) for Coaxial
cable
(*Maximum testable cable length will vary with pulse width and
cable type)
 Two active cursors with individual control
- Physical layer
 Changeable zero point
- Logical layer
 Ease of use : single key functions
2. Optical Network Devices  Non-volatile memory for storing measurement data up to 100
- OTDR waveform
- Optical power meter/NOFL  Built-in library of 77 cables for fast and easy selection of VOP
 Useable battery time display
3. TDR Applications
 Waveform zoom capabilities
 Waveform trace and diagnosis
 Automatic event search
 Low power consumption
 Efficient power management
 Windows S/W : NanoWaveTM
 Rugged and waterproof packing
 Optional spare battery double operating time
 CE & FCC certified

Ⅱ. Products - TDR


The Advanced Waveform TDR (Model: mTDR-070) is suitable for use on installation,
maintenance or fault finding (complete open & short, partial open & short, loading coils,
loose connection, broken lines etc..) along with any type of metallic cables such as CATV,
CCTV, Coaxial cables, Power cable, Telephone line, UTP cables whatever consists of at
least two metallic conductors.
- Physical layer
Applicable for many kinds of cable
- Logical layer
 Coaxial cable network maintenance
- OTDR
 CATV Network maintenance
 Electric power cable maintenance
3. TDR Applications  Telephony Network maintenance
 LAN Network maintenance To be used in many industrial sites
 Security cable maintenance
Telephone company, ISP, CATV company,
HFC network maintenance company,
LAN installer or maintenance company,
Power plant company, Chemical company,
Ship-builder, Communication unit in military,
Large-sized factory and Subway station etc
wherever there are any metallic cables
installed and need to be maintained

Ⅱ. Products - TDR

1-3. Multi-Function Cable Fault Locator(Model No: NCM-1000)

NanoTronix's Multi-function cable fault locator (Model No.: NCM-1000) is an excellent and
highly accurate portable measuring instrument to check problem and distance to events on
cable using three testing methods: Metallic Time-Domain Reflectometer(MTDR),
Resistance Fault Locator(RFL) and Open mode.It also provides additional three functions,
found in DMMs (Digital Multi-Meters): DC voltage measurement, resistance measurement
and capacitance measurement.
- Physical layer
- Logical layer The MTDR shows the continuity of characteristic impedance along the cable under test
2. Optical Network Devices applying electrical pulses, which is ideal for checking faults (such as complete open & short,
- OTDR partial open & short, loose connection, broken lines, loading coil etc.) on any cables which
- Optical power meter/NOFL consist of at least two metallic conductors (such as telephone lines, power lines, UTP
3. TDR Applications networks, CATV or CCTV, lines etc.).

The RFL figures out the total length and distance to the insulation resistance reduction point
on clables with three metallic conductors. It calculates the distance and insulation
resistance with high accuracy via Murray Loop Testing method.

The Open mode calculates the total length or distance to an open circuit of extremely long
cables up to 100km. It measures the total capacitance of the cable under test and converts
it to distance based on the information about capacitance per unit length of the cable.

Ⅱ. Products - TDR

1-3. Multi-Function Cable Fault Locator(Model No: NCM-1000)

NCM-1000 performs all the measurement process automatically and displays the results in
the graphic and tabular forms through a color graphic TFT LCD screen with 640x480 pixel
resolution. The instrument design allows the user to easily determine the conditions of the
cable being measured.

1. Metallic Network Devices NCM-1000 is an excellent instrument for the cable installation, maintenance, repair after
- Physical layer fault finding regardless of the cable installation environment.
- Logical layer
2. Optical Network Devices  TDR mode
- OTDR  RFL mode
- Optical power meter/NOFL  Open mode
 Capacitance measurement
3. TDR Applications
 DC Voltage measurement
 Resistance measurement
 Easy to use, lightweight and compact
 6.4” TFT Color LCD display
 RS-232C upload port
 LCD indicator for battery time
 PC software for further analyzing, reporting and printing
 Selectable auto-off time
 Optional spare battery for double operating time

Ⅱ. Products - TDR

1. Metallic Network Devices / Logical layer
1-4. LAN Cable Testerpius (Model No.:mTDR-030)

NanoTronix LAN Cable TesterPlus (Model No.: mTDR-030) is a combination unit that
utilizes MTDR(Metallic Time-Domain Reflectometry) technology used in measuring
cable distance and TCP/IP protocol analyzer for examining internal conditions of LAN
communication lines.

To improve the efficiency on LAN cable management, LAN Cable TesterPlus also has
a pairing check function used for pinpointing the ill connection of LAN connectors
- Physical layer (open, short, reversed, crossed and splitted) and a tone probing function used for
- Logical layer tracing cable in the walls, floors and ceilings.
LAN Cable TesterPlus is ideally suited for work on installation of networks and for
- OTDR ongoing maintenance and service to any type of paired (shielded or twisted) metallic
- Optical power meter/NOFL cables such as category 5/6 UTP cables, Telephone lines, Coaxial cables and LAN
3. TDR Applications systems. Its' all-in-one testing capabilities meets the needs of every cable
contractors, installers and technicians at lowest cost.

LAN Cable TesterPlus is housed in a rugged ABS enclosure designed to deliver water-
resistant performance and provides technicians with the added convenience of being
hand-held. It is powered by four AA(NEDA 15A or LR6) batteries, which are stored in a
compartment on its back.

Ⅱ. Products - TDR


 Low cost numeric LAN Cable Tester
 High resolution and high accuracy
- Resolution: 5cm (2 in)
- Accuracy: ±1% of reading ± 10cm (4 in)
1. Metallic Network Devices  TCP/IP protocol analysis
- Physical layer - Service of the environment of static IP address or DHCP
- Logical layer (Dynamic Host Configuration Protocol)
- Service of assigning MAC address by itself
- OTDR  LAN cable fault detection for open, shorted, crossed, split and
reversed pair
 Built-in tone generator for cable tracing & identification
3. TDR Applications
(oscillating 910 to 1100 Hz with 5V peak to peak)
 Auto fitting function for the various cable measurement
 Easy-to-use test modules
 20 additional library memory spaces for new VOP settings
 Overload voltage protection: displays "OUCH" alert message
with sound when line voltage exceeds 6.5V
 Low power consumption with long battery life : 5,000 tests

Ⅱ. Products - TDR


Specifications

UTP Cable( CAT 3,4,5,5e & CAT 6 ),
Measurable Cable
Coaxial and Telephone cable
Minimum display resolution 5cm
Accuracy ±1% of reading ±10cm(4in)
Measurement range 600m
- Physical layer
Service of the environment of static IP address or
- Logical layer
TCP/IP protocol analysis DHCP (Dynamic Host Configuration Protocol)
2. Optical Network Devices Service of assigning MAC address by itself
- OTDR Performance LAN pair check Open, Short, Crossed, Split, Reversed pair
- Optical power meter/NOFL 20 additional ibrary memory spaces for new VOP
Additional library
settings
3. TDR Applications VOP Adjustable from 1.0% to 99.9% ( in 0.1% step
1kHz, 5V pulse
Free inductive probe allows you to verify cable‟s
Tone Generation
continuity and trace the cable in walls, floors and
ceilings
Automatic power off Upon 10 minutes of inactivity
Connector type RJ45 & BNC
Interface
LCD display Extra-large backlit(ICON type 7 segment) LCD
Battery 4AA(LR6)
Power Supply
Battery life Approx. 5,000 tests
EMC BS/EN 61326-1
Safety
Safety Complies with IEC 61010-1

Ⅱ. Products - TDR


Specifications

Operating temperature -18°C ~ +60°C
Environment Storage temperature -20°C ~ 70°C
Humidity 85% at 35°C
1. Metallic Network Devices Height 235mm
- Physical layer Depth 44mm
Dimensions
- Logical layer Width 100mm
Net Weight 450g
- OTDR
- Optical power meter/NOFL Applications
3. TDR Applications
 UTP Cable(CAT3,4,5 ,5e & CAT6)
 Telephone line & Coaxial cable
 Any double insulated metallic cable

NanoTronix LAN Cable TesterPlus (Model No.: mTDR-030) is primarily designed for LAN
installer, cable wholesalers, retailers, contractors, electricians, cable installers and alarm
installers needing to troubleshoot and measure individual line faults (open and short),
pairings, and their distances.

Ⅱ. Products - TDR

1-5. Cable Expert™ (Model No.:CE-1000)

NanoTronix Cable Expert™ (Model No.: CE-1000) is the all-in-one and easy-to-use
network qualification unit measuring logical network performance and physical
condition of network cables.

It allows network engineers to install and maintain efficiently local area networks (LAN)
1. Metallic Network Devices with 10BASE-T and 100BASE-TX based on the
Ethernet protocol.
- Physical layer
For measuring logical network performance,
- Logical layer it provides the round-trip time (RTT) testing to
2. Optical Network Devices measure network speed under dynamic and static
- OTDR configuration protocol and the IP scanning to show
the information on all the terminals connected into
the local network.
3. TDR Applications It can also evaluate the capability of link partners such as
supported network speed (10BASE-T or 100BASE-TX)
and duplexity (half- or full- duplex).

Ⅱ. Products - TDR

1-4. Cable Expert™ (Model No.:CE-1000))

Specifications

- Graphic TDR / Numeric TDR (Optional)
- Minimum Display resolution : 10Cm @ VOP 66.7%
COAX Measurement
- Measurement range : up to 1km (Graphic), 5m to 500m (Numeric)
1. Metallic Network Devices - Distance Accuracy : ±4% of reading or 0.5m

- Physical layer
- graphic, numeric TDR / graphic TDX
- Logical layer Distance - Minimum Display resolution : 10Cm @ VOP 66.7%
2. Optical Network Devices Measurement - Measurement range : up to 300m (Graphic), 5m to 300m (Numeric)
- Distance Accuracy : ±4% of reading or 0.5m
- OTDR LAN
- Optical power meter/NOFL Measurement Crosstalk - crosstalk test per 10 base-T, 100 base-TX, 1000 base-T
3. TDR Applications Wiremap - open, short, reverse, cross, split fault test
Impedance - Graphic display for an approximate impedance
Continuity - Measurement of continuity lines

- Carrying out sequentially the following tests to collect network‟s
physical information
Aotomatic Measurement
- 1000, 100, 10base T, Wiremap only
- Length, Wiremap, Signal performance (crosstalk)

- Measuring round-trip time
Network Analysis - Link partner ability test (10M half, 10M full, 100M half, 100 full)
- Support 10M half, 10M full, 100M half, 100 full, duplex
- IP scan (IP/MAC-address/netbios name)

Ⅱ. Products - TDR

1-4. Cable Expert™ (Model No.:CE-1000))

Specifications

Storage - 100ea (Aotomatic test output), Over 20ea (TDR waveform)
Tone generation - 1kHz analog tone signal output
Display - 2.5" (128 x 64) mono graphic LCD
1. Metallic Network Devices - 11.1V (Li-polymer, 1800mAh)
- Physical layer Power - 15V/1A AC-Dc adapter
- Logical layer - Operating time /6hours, Recharge time /4hours
External Interface - USB ( Offered USB-only cable )
- Operating temperature : -15℃ ~ +55℃
- OTDR Environment - Storage temperature : -20℃ ~ +70℃
- Optical power meter/NOFL - Humidity : 95%
3. TDR Applications Safety - EM61010-1 overvoltage CAT II, CAT III

Ⅱ. Products - TDR

2. Optical Network Devices / OTDR
2-1. Combi TDR for both optic fiber & metallic cable (Model No: OMTDR-1000)

mini OTDR

Optical Time Domain Reflectometer
- Physical layer
- Logical layer
- OTDR
MTDR
3. TDR Applications Metallic Time Domain Reflectometer

Combi TDR

Ⅱ. Products - TDR


Portable mini OTDR (Optic Time Domain Reflectometer)

Subscriber
1310 nm
PSTN Telephone Office
1. Metallic Network Devices ONT
Class 5 Switch POTS
- Physical layer T1-DS-3 TDM
- Logical layer Twisted pair
WDM
Internet ONT
2. Optical Network Devices OC-3/OC-12 Splitter 10/100-Base-T
OLT Ethernet
- OTDR ATM/Etherner
1P Swich
Coax. cable
Data
3. TDR Applications VOD
Digital
Server Video Setup
storage Video EDFA
Box
RF Modulators Optical broadcast
Optical Video
Videl Transmettier Coax. cable
Analog
Digital MTDR
Video (Metallic Time Domain
Local TV
Broad cast Satellite Reflectometer)
TV signals RF Modulators
Signals

Ⅱ. Products - TDR


In today‟s complicated network of optical cable mixed with copper cable, it is vital to conduct
accurate fault locating and analyzing when installing, checking for faults and maintaining
either optical fiber cables or metallic cables such as Telephone line, CATV ,UTP (Cat 5e,
Cat 6), Power cable and any Coaxial cable network.

1. Metallic Network Devices With the new concept of “Two in One” (Optical and metallic TDR in one instrument)- series
- Physical layer from NanoTronix, you meet the right instruments to precisely detect and analyze any events
- Logical layer of either optical cable or metallic cable by one multi-purpose TDR, such as fiber splices,
connectors, breaks and other events along a fiber link in addition to traditional fault finding
2. Optical Network Devices (complete open & short, partial open & short, loading coils, loose connection, broken lines
- OTDR etc..) along a copper cable like Coaxial cables for CCTV or CATV, Power cable, Telephone
- Optical power meter/NOFL line, UTP cables whatever consists of at least 2 metallic conductors.
3. TDR Applications
NanoTronix Combi TDR (Model No.: OMTDR-1000) is a compact and lightweight handheld
Optical Time Domain Reflectometer (OTDR) with Metallic Time Domain Reflectometer
(MTDR) integrated in one unit to be used for either optic fiber or metallic cable network.
The OTDR mode can be used for analyzing the physical condition of optical fibers in the
installation and maintenance of optical communication networks. It provides users with the
complete information on the attenuation and reflective or non-reflective loss of optical fibers
so as to locate faults, connectors and splices along the fibers.

Ⅱ. Products - TDR


The MTDR mode is suitable for installation, maintenance and fault-finding (complete open &
short, partial open & short, loading coils, loose connection, broken lines etc.) of metallic
cables such as CATV, CCTV, Coaxial cables, Power cable, Telephone line and UTP cable
whatever consists of at least two conductors.
NanoTronix Combi TDR (Model No.: OMTDR-1000) will provide network installers and
1. Metallic Network Devices maintenance personnel with a complete solution for testing, troubleshooting, certifying and
documenting the mixed network (especially LAN, CATV, HFC and FTTx networks) in any
- Physical layer
industrial sites.
- Logical layer
- OTDR
3. TDR Applications

Ⅱ. Products - TDR


 Two in one Combi TDR (mini OTDR + MTDR)
 Extremely economical multi purpose TDR for both optic cable and copper cable
 Easy to use, Lightweight and compact
 6.4” TFT Color LCD display
1. Metallic Network Devices  RS-232C upload port
- Physical layer  LCD indicator for battery time
- Logical layer  PC software for further analyzing, reporting and printing
 Selectable auto-off time
- OTDR
 Optional spare battery double operating time
3. TDR Applications  Suitable for FTTx network
 Installation or maintenance of both metallic and
optic cable
 Coaxial cable network maintenance
 CATV Network maintenance
 Electric power distribution maintenance
 Telephony Network maintenance
 LAN Network maintenance

Ⅱ. Products - TDR


The Combi TDR can be applicable for both optic and metallic cable
by interchanging of OTDR mode or MTDR mode

1. Metallic Network Devices OTDR mode Optical cables : FTTx and HFC MTDR mode Metallic cables
- Physical layer - Fiber-to-the-Curb(FTTC) - Coaxial cable
- Logical layer - Fiber-to-the-Home(FTTH) - Telephone cable
- Fiber-to-the-Premises(FTTP) - UTP cable
2. Optical Network Devices - Fiber-to-the-Office(FTTO) - Electric power cable
- OTDR
3. TDR Applications The Combi TDR for optic and metallic cable (Model: OMTDR-1000) is hand-held, compact
and easy-to-use and much economical instrument that can be used for measurements to :
locating optical cable, optical fiber fault, connector and break; describing the loss curves of
optical cable and fiber ; measuring length of optical cable and fiber, distance, loss and
attenuation data between any two given points, reflection loss of optical cable and fiber as
well as the mTDR functions that are suitable for use on installation, maintenance or fault
finding (complete open & short, partial open & short, loading coils, loose connection, broken
lines etc..) along with any type of metallic cables such as CATV, CCTV, Coaxial cables,
Power cable, Telephone line, UTP cables whatever consists of at least two conductors. Thus
the Multi TDR for optic and metallic cable (Model: OMTDR-1000) is very suitable for
installation, testing and maintenance of any FTTx network .

Ⅱ. Products - TDR


Applicable for both optic and copper cable

 Installation or maintenance of both
1. Metallic Network Devices metallic and optic cable
- Physical layer  Coaxial cable network maintenance
- Logical layer  CATV Network maintenance
 Electric power distribution maintenance
 Telephony Network maintenance
- OTDR
 LAN Network maintenance To be used in many industrial sites
3. TDR Applications
Optic cable installation or maintenance company
Telephone company, ISP, CATV company,
HFC network maintenance company,
LAN installer or maintenance company,
Power plant company, Chemical company,
Ship-builder, Communication unit in military,
Large-sized factory and Subway station etc
wherever there are any optical fiber cable
or metallic cables
installed and need to be maintained

Ⅱ. Products - TDR

2. Optical Network Devices / Optical power meter/NOFL
2-2. Optical Power Meter with High Power VFL(Model No.:NOPM-500FL)

NOPM-500FL is an optical power meter that measures the
power level of laser and is equipped with high power VFL
(Visual Fault Locator).

Portable size and easy manipulation makes it suitable for
installation, maintenance of optical communication network.
- Physical layer Measuring power level of optical device and fiber user can
- Logical layer determine the quality of the network.
The application covers SMF (Single Mode Fiber) which is
- OTDR
commonly used in communication network. Supported
- Optical power meter/NOFL wavelengths are 1310nm, 1490nm, 1550nm, 1625nm, and
3. TDR Applications any other user defined wavelengths in the range between
1250nm and 1650nm.

Wide measurable power range from -55dBm to +10dBm
supports most of the optical applications.

Interchangeable connector adhered to the front end of the
product can be connected to FC/SC/ST adaptors to
measure the various fibers. Optional VFL (Visual Fault
Locator) helps user to check the fault location on the fiber
with unaided eyes.

Ⅱ. Products - TDR


Specifications
Measurable Wavelength 1250 ~ 1650nm
Calibrated Wavelength 1310nm, 1490nm, 1550nm, 1625nm
Measurable Range +10 ~ -55dBm
1. Metallic Network Devices Accuracy ±5% or 0.2dB
- Physical layer Resolution 0.01dB
- Logical layer Display Unit dB/dBm/mW
2. Optical Network Devices Optical Connector FC/ST/SC interchangeable Connector
- OTDR Auto Power Off 5 min / 10 min / 30 min / 1 hour / Off
- Optical power meter/NOFL Wavelength 660 ± 10 nm
3. TDR Applications Peak Output
More than 50mW & less than 100mW
Power
Visual Fault Average Output
5 steps selectable (about 0.2mW to 25mW)
Locator Power
Measurable Range Up to 15km
Optical Connector FC/UPC
Auto Power Off 30min (typ.) / 10min (max. output power)
Power Li-Ion Rechargeable Battery inside (7.4 V DC / 4000 mAh) 85% at 35°C
Operating Time 50 hours
Charging Time 6 hours

Ⅱ. Products - TDR


Specifications

Dimension 100 mm(W) × 200 mm(L) × 40 mm(H)
Weight 800g

Operating Temperature -5℃ ~ 50℃
- Physical layer Storage Temperature -15℃ ~ 70℃
- Logical layer
IN AC 110 ~ 240 V / 50~60 Hz
2. Optical Network Devices Adaptor
OUT DC 15 V / 1 A
- OTDR
3. TDR Applications

Ⅱ. Products - TDR

2-3. High Power Visual Fault Locator (Model No: NOFL-500)

NOFL-500 is an optical instrumentation device that
identifies faults along the optical fiber under test (FUT).

Emitting visible high-powered laser (red) of over 50 mW into
the FUT, it helps the users identify the FUT at opposite
position or detect faults through the light emitting from the
- Physical layer end of the FUT or fault positions up to 15 km in case of SMF
- Logical layer (Single Mode Fiber).
Portable size and easy manipulation makes it suitable for
- OTDR
installation and maintenance of optical network.
- Optical power meter/NOFL The features of the device are as follows:
3. TDR Applications
- For longer use time with high-powered laser source, it
provides Li-Ion chargeable battery inside so that it is not
required to replace batteries.
- The users can control the output power of the laser
source in five steps (from sub-mW to tens mW); it makes
the battery use time longer and keep the users‟ eye from
damage.

Ⅱ. Products - TDR

2-3. High Power Visual Fault Locator (Model No: NOFL-500)

Specifications

Wavelength 660 ± 10 nm
Peak Output Power More than 50mW & less than 100mW
Average Output Power 5 steps selectable (about 0.2mW to 25mW)
Visual Fault Locator
1. Metallic Network Devices Measurable Range Up to 15km
- Physical layer Optical Connector FC/UPC
- Logical layer Auto Power Off 30min (typ.) / 10min (max. output power)
2. Optical Network Devices Power Li-Ion Rechargeable Battery inside (7.4 V DC / 4000 mAh) 85% at 35°C
- OTDR Operating Time 50 hours
- Optical power meter/NOFL Charging Time 6 hours
3. TDR Applications Dimension 100 mm(W) × 200 mm(L) × 40 mm(H)

Weight 800g
Operating Temperature -5℃ ~ 50℃
Storage Temperature -15℃ ~ 70℃
IN AC 110 ~ 240 V / 50~60 Hz
Adaptor
OUT DC 15 V / 1 A

Ⅱ. Products - TDR

3. TDR Applications

- Physical layer
- Logical layer To find any problem on the To find any problem on the
optical cable FTTx telephone line or optical cable in the
2. Optical Network Devices or HFC network wall, ceiling or underground
- OTDR
3. TDR Applications

To identify alive cable modem To find any problem on the power,
users without visiting each home in telephone , optical cable or UTP cable
the CATV network in the wall or ceiling in the subway or
railway stations etc..

Ⅱ. Products - TDR

3. TDR Applications

- Physical layer
- Logical layer To find any problem on optical To find any problem on the optic
cable, emergency telephone line or cable, emergency telephone line,
2. Optical Network Devices power cable installed in the bridge heating cable or power cable
- OTDR or highway etc.. installed in the tunnel etc..
3. TDR Applications

To find any problem on any cable To find any problem on optical cable,
including optical cable installed the telephone line, UTP cable or power
along with the pipe line etc.. cable installed in the large-sized factory,
power plant or water purification plant
etc..

Ⅱ. Products - TDR

3. TDR Applications

- Physical layer
- Logical layer To find any problem on the To find any problem on the
emergency communication cable emergency telephone line or power
2. Optical Network Devices or power cable installed in the cable temporarily installed in the
- OTDR underground tunnel etc.. construction or engineering work
- Optical power meter/NOFL sites etc..
3. TDR Applications

To find any problem on optical To find any problem on the heating
cable, any type of communication cable installed in the sauna or snow
cable or power cable installed in melting sites etc..
large-sized vessel or warship,
submarine etc..

Ⅱ. Products - TDR

3. TDR Applications

- Physical layer
- Logical layer To find any problem on optical cable, To find any problem on the power
communication cable or data cable installed in the underground
2. Optical Network Devices transmission cable between radar such as cables for street light etc..
- OTDR station and headquarter or among
- Optical power meter/NOFL communication units in military etc..
3. TDR Applications

To find any problem on optical To find any problem on the optical
cable or coaxial cable for CCTV or cable, power, telephone or UTP cable
security camera etc.. in the wall or ceiling at the airport
building etc..

1. VSAT Satellite Network Systems
Ⅲ. Products - VSAT
2. Products for DVB-RCS HUB &
Terminal Systems
3. VSAT Applications
4. Case Study – Operation in
Korea Coast Guard
5. Other Solutions – Marine VSAT
Services
6. Future R&D Projects


1-1. Advantages of Satellite Network Systems

Rapid Deployment & Geographic Coverage.
Satellite coverage reaches any location within
Expansion. the satellite footprint, regardless of national
A typical installation of many sites can be boundaries. IP VSAT is the most cost-
accomplished in a week versus the months or effective solution to broad geographic
years required for a cable network upgrade. coverage as lower network cost is gained
Unlike terrestrial services, which basically come using a network with no terrestrial barriers.
1. VSAT Satellite Network Systems in small, medium and large, VSAT IP can be IP VSAT is ideal for areas that are remote or
2. Products for DVB-RCS scales up continuously in small increments. difficult to access and where the terrestrial
Adding more users is simply a question of adding fees are too costly.
3. VSAT Applications terminals anywhere, anytime.

Dynamic Disaster-Free &
Korea Coast Guard
Bandwidth. Independent.
Satellite bandwidth is
IP VSAT solutions are
Services allocated dynamically
disaster-free and completely
and all customers share
6. Future R&D Projects independent of technologically
a single, large pipe. Satellite Solution fragmented and sluggish
It is much more efficient
terrestrial services.
than terrestrial solutions
which are fixed .
IP Multicast. Low
IP multicast is unique to broadcast networks.
On top of traditional unicast, multicast Initial Investment.
allows to distribute software updates of IP Since IP VSAT does not require hardwired
video streams to any number of terminals infrastructure, it can provide new broadband pipes
through a single pipe. Multicasting allows faster, and at far lower costs compared with cable
the very same pipe to be used to broadcast or ADSL which require extensive, long term
to any number of sites simultaneously. investments in infrastructure.


1-2. VSAT (Very Small Aperture Terminal)

VSAT (Very Small Aperture Terminal) solution is the most reliable and easy solution to
provide high speed internet service via satellite which offers distinct advantages over
terrestrial based services, the ability to deploy quickly, scale easily and deliver professional
broadband services cost-effectively. It converts the traditional land / marine communication
sites into a network that can be efficient nodes by offering value-added, online services that
1. VSAT Satellite Network Systems were previously unavailable.
2. Products for DVB-RCS
VSATs are broadband enabled satellite units that are simply installed and support all your
data, video, audio and voice communication needs over a single integrated platform. They
4. Case Study – Operation in provide ubiquitous coverage, always-on connectivity and superior performance for all the
Korea Coast Guard networked sites – regardless of their location.

5. Other Solutions – Marine VSAT Its solutions are designed to meet the demands of any ultra competitive industry; shorter
Services transaction times, greater customer satisfaction, improved cost control, better employee
6. Future R&D Projects management, improved corporate communication and access to emerging applications.

•Core of an Efficient Communication

•Cost Effective

•Always-on Networks

•Gathering Data & Monitoring the status of all its Networks in Real-Time


1-3. Trend of VSAT Satellite Network System

• VSAT (Very Small Aperture Terminal) solution converts the traditional land/marine
communication sites into a network that can be efficient nodes by offering value-added, online
services that were previously unavailable.
• It comprises the core of an efficient, cost effective and always-on satellite network, linking all the
sites – no matter how geographically remote they are from one another.
1. VSAT Satellite Network Systems VSAT is ideal for quick & efficient communication, gathering data and monitoring the status of all its
networked sites in real-time
Technical Trend of VSAT  DVB-RCS

4. Case Study – Operation in Private Tech Open Tech (DVB-RCS)
Korea Coast Guard
Looks but can’t be proven Easy access by any 3rd party
Services by any 3rd party, other than by itself - Shared tech => Fast progress
6. Future R&D Projects - Closed tech -Backup vendor available
-Nobody else
Multiple vendors
Once a hub chosen, become captive => Competition
technically & commercially => Bidding, when expanding
=> No Bidding, when expanding
=> So, governments do not like

• DVB-RCS was initiated by ESA (European Space Agency).
•Even though half of leading vendors are in USA such as ViaSat, STM and Advantech, however
their own private techs are not compatible with other vendors.


1-4. DVB-RCS (Digital Video Broadcasting – Return Channel via Satellite)

DVB-RCS is a technical standard, designed by the DVB Project that defines a complete
air interface specification for two-way satellite broadband VSAT systems. Low cost VSAT
equipment can provide highly dynamic, demand-assigned transmission capacity to
residential and commercial/institutional users.

1. VSAT Satellite Network Systems DVB-RCS provides users with the equivalent of an ADSL or cable Internet connection, with
2. Products for DVB-RCS out the need for local terrestrial infrastructure.
Today there are several vendors of DVB-RCS standard compliant systems as well as
4. Case Study – Operation in proprietary VSAT systems that provide services of the same general nature as DVB-RCS,
Korea Coast Guard but without full compliance with the standard.
DVB-RCS was developed in response to a request from several satellite and network
5. Other Solutions – Marine VSAT operators who wanted to embark on large-scale deployment of such systems considering it
Services essential to have an open standard in order to mitigate the risks associated with being tied
to a single vendor.

NanoTronix developed DVB-RCS solutions with ETRI and named it “Open-RCS”.

•Satellite Link Budgets
Outbound Link: Up to 60 Mbps to each Terminal
Inbound Link: Up to 2 Mbps or more from each Terminal

•Global Contributions & Open Frameworks

•NanoTronix is the 1st and only in Asia, the 4th in world certified by ESA


1-5. Total Solutions Provider for Satellite Network Systems

• ACU
• BUC
• LNB
• Provide all components in order to build
3. VSAT Applications • Antenna VSAT Satellite Network Systems for • Modulator
4. Case Study – Operation in Earth Station Hubs and Terminals
Korea Coast Guard
Services
• Switch
Total Solutio
n Provider
• Antenna Radome

• IP Encapsulator

• Computer
• Video VoIP
• System Units Rack


1-6. “Open-RCS” Configurations for HUB and Terminal
Ka/Ku/C Band

Open-RCS System
OUD IDU

Forward-link Receiver Module (FRM)
2. Products for DVB-RCS MPEG-2
A/V Source
Encoder
DVB-S
3. VSAT Applications M Demodulator EMUX
IP Over MPEG-2 U
4. Case Study – Operation in X
DVB-S Tx IF Module
Korea Coast Guard TTP Modulator
NMS (TIFM)
5. Other Solutions – Marine VSAT MF-TDMA Data Processing
RSMS Tx Module Module
Services (TTM) (DPM)
Server
RPP

Router
IFM
MCD RCST

HUB
INTERNET


1-7. DVB-RCS Network Configurations

DVB-RCS Networks

INTERNET

2. Products for DVB-RCS Router
3. VSAT Applications IP
4. Case Study – Operation in Ships
Korea Coast Guard Backbone
Network LAN
5. Other Solutions – Marine VSAT DVB-RCS HUB BackUp
Services

Vehicles
NMS Subscriber
Server

2 Way-Communications Control Center
• Wireless
• Video Conference Video
• VoIP Conference
• Broadcasting


2-1. DVB-RCS HUB System (Model : Open-RCS 10000)

 VSAT standardization, with DVB-RCS has been established. This will
stimulate competition and enable the VSAT market to expand rapidly.

 As the system is based on open standard technology of DVB-RCS,
NanoTronix named its brand as “Open-RCSTM”
 Open-RCS Hub receives data from each terminal and sends control
2. Products for DVB-RCS signals to each terminal. This control signal is then used to control the satellite
3. VSAT Applications resource of each terminal. (STAR network)
 Open-RCS Hub is compatible with the DVB-RCS standard can support
Korea Coast Guard connectivity of several thousand terminals. The forward link carries up to 80
5. Other Solutions – Marine VSAT MB/s in DVB/Mpeg-2 format, and the return link allows up to 2 Mbps in ATM
format.
Services
6. Future R&D Projects  NanoTronix passed the qualification test of SatLabs,
and became a member of SatLabs Group.
(www.satlabs.org)

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