Sun Tk300 U Fiber Connector Termination Tool KitVillat2012
SUN-TK300U fiber optic stripping, polishing and termination tool kits contain all of the latest popular fiber
optic tools and consumable material necessary for connector terminations (SC/ST/FC/ LC connectors).
This document provides information about the SUN-ODN-K Terminal Box used in fiber optic networks. It has 16 ports, supports up to 16 drop cables, and is wall or pole mountable. Made of high impact plastic, it is IP65 rated and resistant to UV and rainfall. The box is commonly used in FTTH, telecom, CATV, and LAN networks to accommodate fiber optic splitters and distribute signals to end connections.
FTTX FTTH Triple Play Solution Sun-GE9100Villat2012
SUN Telecom’s SUN-GE9100 series OLT featured with high reliability, flexible, easy maintain. It
can support 8 GEPON PON ports and connect 512 remote ONU mostly (by 1:64 splitter), and
provides 8 GE optical/electrical uplink interfaces. SUN-GE9100 OLT is an idea device applied to
FTTB/FTTP/FTTH access solutions.
The document discusses considerations for designing an EPON network. It covers bandwidth requirements, splitting architecture options including 1-stage and 2-stage splitting, maximum transmission distances depending on splitting ratios, calculating the optical power budget, services that can be provided over EPON including FTTH and FTTB/C, upgrading existing networks, required network nodes and equipment, and cable types.
This document summarizes the key components and purpose of a fiber optic project's as-built drawing. The as-built drawing contains information on the actual implemented fiber route, including manhole locations, distances, terrain details, site coordinates, and landmarks. It has three main sections - the project area drawing on the left, project information in the top right, and a legend below. The as-built drawing is an important handover document for maintenance teams to familiarize themselves with the implemented fiber route and network.
Rebuttal to Lippis Consulting "GPON vs Gigabit Ethernet in Campus Networks". You make decisions every day. The Game has Changed for decisions regarding campus networks and you can continue to do what you have done and expect different results .. or .. you can consider a future that sets your business apart from the competition.
This document discusses GPON (Gigabit Passive Optical Network) technology. It provides details on GPON network architecture and components like the OLT and ONT. It then analyzes competition between major GPON equipment vendors like Alcatel-Lucent, Huawei, ZTE, and Ericsson. Their key GPON products are described and example deployments listed. Finally, the document shows Huawei, ZTE, and Alcatel-Lucent have the largest shares of the global GPON market, together commanding over half of all GPON lines.
Sun Tk300 U Fiber Connector Termination Tool KitVillat2012
SUN-TK300U fiber optic stripping, polishing and termination tool kits contain all of the latest popular fiber
optic tools and consumable material necessary for connector terminations (SC/ST/FC/ LC connectors).
This document provides information about the SUN-ODN-K Terminal Box used in fiber optic networks. It has 16 ports, supports up to 16 drop cables, and is wall or pole mountable. Made of high impact plastic, it is IP65 rated and resistant to UV and rainfall. The box is commonly used in FTTH, telecom, CATV, and LAN networks to accommodate fiber optic splitters and distribute signals to end connections.
FTTX FTTH Triple Play Solution Sun-GE9100Villat2012
SUN Telecom’s SUN-GE9100 series OLT featured with high reliability, flexible, easy maintain. It
can support 8 GEPON PON ports and connect 512 remote ONU mostly (by 1:64 splitter), and
provides 8 GE optical/electrical uplink interfaces. SUN-GE9100 OLT is an idea device applied to
FTTB/FTTP/FTTH access solutions.
The document discusses considerations for designing an EPON network. It covers bandwidth requirements, splitting architecture options including 1-stage and 2-stage splitting, maximum transmission distances depending on splitting ratios, calculating the optical power budget, services that can be provided over EPON including FTTH and FTTB/C, upgrading existing networks, required network nodes and equipment, and cable types.
This document summarizes the key components and purpose of a fiber optic project's as-built drawing. The as-built drawing contains information on the actual implemented fiber route, including manhole locations, distances, terrain details, site coordinates, and landmarks. It has three main sections - the project area drawing on the left, project information in the top right, and a legend below. The as-built drawing is an important handover document for maintenance teams to familiarize themselves with the implemented fiber route and network.
Rebuttal to Lippis Consulting "GPON vs Gigabit Ethernet in Campus Networks". You make decisions every day. The Game has Changed for decisions regarding campus networks and you can continue to do what you have done and expect different results .. or .. you can consider a future that sets your business apart from the competition.
This document discusses GPON (Gigabit Passive Optical Network) technology. It provides details on GPON network architecture and components like the OLT and ONT. It then analyzes competition between major GPON equipment vendors like Alcatel-Lucent, Huawei, ZTE, and Ericsson. Their key GPON products are described and example deployments listed. Finally, the document shows Huawei, ZTE, and Alcatel-Lucent have the largest shares of the global GPON market, together commanding over half of all GPON lines.
The document discusses fiber optic cable types and designs. It describes the various construction elements that make up fiber optic cables, including the fiber buffer, cable core, sheath, armor, and other protective elements. It also outlines the different cable construction types for outdoor, indoor, and special use cables. Finally, it provides details on the fiber optic cable production process and specifications.
The document provides an overview of an ONT portfolio, including:
1. Data only ONTs that provide Ethernet interfaces for internet access.
2. Data and voice ONTs that provide both Ethernet and POTS interfaces to support internet, phone, and TV services to residential users.
3. Wireless ONTs that integrate WiFi access point functionality to provide wireless internet in addition to wired Ethernet and phone interfaces.
4. MDU ONTs designed for multi-dwelling units like apartments, providing VDSL interfaces over existing in-building copper wiring to multiple residential units.
Fibre optic FTTH FTTX network design, engineering and planning solutions,van den Dool Dick
Fibre optic FTTH FTTX network software solutions to design, engineer & plan FTTH / FTTX networks cost optimized automatically. Shows the required input, design phase and output to Autocad etc.
The document provides an overview of Passive Optical Networking (PON) and GPON fundamentals. It begins with the objectives of the course and describes the basic components and properties of a PON network, including optical fibers, splitters, transmitters, receivers, and wavelength usage. It then focuses on GPON specifics such as downstream and upstream data transmission using time-division multiple access, the 125us frame format, and how bandwidth allocation maps are used to assign timeslots to different ONTs.
This document discusses fiber to the home (FTTH) networks. It begins by providing background on communications service providers and the evolution of access networks from copper wire to newer fiber optic technologies. Fiber access networks like passive optical networks (PON) are described as offering higher speeds and bandwidth. FTTH networks provide an ultimate network capacity and allow for new experiences like high definition TV, 3D content, and high-speed internet. The conclusion is that FTTH using optical fiber is a future-proof solution. The document is authored by Eng. Anuradha Udunuwara, an engineer with experience in telecommunications network strategy, architecture, and design.
Huawei - Access failures troubleshooting work shopnavaidkhan
This document provides information on troubleshooting access failures in mobile networks, including:
1. It describes the general call setup procedure and potential points of failure, such as RRC, paging, and RACH access failures.
2. Common causes of access failures are discussed, like RF issues, radio parameter problems, and other miscellaneous causes.
3. Guidance is given on how to identify and resolve different types of failures, including steps to troubleshoot RRC access failures through analyzing configuration, alarms, traffic patterns, and radio parameters.
FTTX FTTH Triple Play Solution Sun-GE9100Villat2012
The document describes SUN Telecom's SUN-GE9100 series OLT, which features high reliability and flexibility. It can support up to 8 GEPON ports connecting 512 remote ONUs, and provides 8 Gigabit Ethernet uplink interfaces. The SUN-GE9100 OLT is suitable for FTTx applications including FTTB, FTTP, and FTTH. It supports Ethernet, VoIP, and CATV triple-play solutions over fiber.
The document describes two types of visual fault locators for optical fibers: 1) Pen-design locators that are small, battery-powered devices in a pen form factor for locating breaks in fibers, and 2) Handheld locators that are larger battery-powered devices for efficiently checking fibers for breaks and high loss areas. Both use a visible red laser to locate faults and are compatible with multimode and singlemode fibers.
SUN Telecom’s SUN-OT5000-plus Series handheld OTDR, featuring compact design, excellent stability,
user-friendliness and cost-effectiveness, is the newest instrument for testing FTTx network. The hotkeys
enable convenient events review and analysis. With TraceManager software, you can save and transfer
test data from OTDR to PC for further analysis, reporting and printing.
SUN Telecom’s SUN-FOSC-J5S01 series Fiber Optic Splitter Closure is newly developed FTTx cable
management equipment. It can install fiber splitters and pigtails in advance to facilitate the cable
connection in the field, which will shorten the construction time and improve work efficiency. Beside it,
this series of splicing closures adopt modified plastic with high strength and corrosion resistance; the
longer life time and excellent sealing performance make it especially designed for fiber to the home
(FTTH) application.
Sun Fosc G Series Fiber Optic Splice ClosureVillat2012
The document describes five fiber optic splice closure models from SUN-FOSC-G Series. Each model features a high-strength plastic shell that provides protection from harsh environments. The models vary in sealing method, capacity, dimensions, and packaging quantity. All models are designed for easy installation and universal usage for aerial, buried, wall-mounted, or duct applications.
The SUN-FI316 Optical Fiber Identifier is a handheld device that can identify single-mode optical fibers without damage by detecting optical signals. It displays the core power level and identifies frequency tones without interrupting fiber network services. It comes with interchangeable adapter heads that fit various fiber sizes and allows identification of fibers in both directions.
SUN Telecom’s PLC splitters divide a single/dual optical input(s) into multiple optical outputs uniformly,
and offer superior optical performance, high stability and high reliability to meet various application
requirements. Our standard PLC Splitter modules include “Cassette” and “Rack Mount” two types. We
also provide customized products.
SUN Telecom’s SUN-OT4900 series of handheld Optical Time Domain Reflector (OTDR) is a high
performance and cost-effective optical network analysis tester, with the features of lightweight, easy to
use, highly intelligent and having a hotkey for automatic rapid testing.
Optical Insert Loss&Return Loss Test SetVillat2012
SUN-OTRL-13/15 series is based on our many years experience in production and testing
passive fiber optical communication devices and instrument. We learn from the advantages
of the instruments abroad and domestic customer demand to make this high precise
instrument. It is widely used in testing insertion loss and return loss of optical fiber cable,
optical fiber, optical passive devices, optical communication and so on. It is a basic and
ideal test equipment for production of testing, research and development, construction and
maintenance of the vast number manufacturers, research agencies and operators.
MPO panels are designed to enable a fiber net work to be installed and commissioned in the short
possible time. All the components are pre-assembled and easy to be installed to the shelf. It is a perfect
solution for optical fiber installations and management.
SUN Telecom’s SUN-LS200 series Handheld Optical Fiber Output Power Variable Light Source emits
excellent stability laser for fiber optic measurement. This Light Source is able to offer wavelength and
frequency identification information, which is widely applied with SUN Telecom’s SUN-OPM200 series
Power Meter for testing the optical loss of both single mode (SM) and multimode (MM) fiber optic cable.
FTTX FTTH Triple Play Solution Sun GE9100Villat2012
SUN Telecom’s SUN-GE9100 series OLT featured with high reliability, flexible, easy maintain. It
can support 8 GEPON PON ports and connect 512 remote ONU mostly (by 1:64 splitter), and
provides 8 GE optical/electrical uplink interfaces. SUN-GE9100 OLT is an idea device applied to
FTTB/FTTP/FTTH access solutions.
MPO panels are designed to enable a fiber net work to be installed and commissioned in the short
possible time. All the components are pre-assembled and easy to be installed to the shelf. It is a perfect
solution for optical fiber installations and management.
SUN Telecom’s SUN-LS200 series Handheld Optical Fiber Output Power Variable Light Source emits
excellent stability laser for fiber optic measurement. This Light Source is able to offer wavelength and
frequency identification information, which is widely applied with SUN Telecom’s SUN-OPM200 series
Power Meter for testing the optical loss of both single mode (SM) and multimode (MM) fiber optic cable.
The document discusses fiber optic cable types and designs. It describes the various construction elements that make up fiber optic cables, including the fiber buffer, cable core, sheath, armor, and other protective elements. It also outlines the different cable construction types for outdoor, indoor, and special use cables. Finally, it provides details on the fiber optic cable production process and specifications.
The document provides an overview of an ONT portfolio, including:
1. Data only ONTs that provide Ethernet interfaces for internet access.
2. Data and voice ONTs that provide both Ethernet and POTS interfaces to support internet, phone, and TV services to residential users.
3. Wireless ONTs that integrate WiFi access point functionality to provide wireless internet in addition to wired Ethernet and phone interfaces.
4. MDU ONTs designed for multi-dwelling units like apartments, providing VDSL interfaces over existing in-building copper wiring to multiple residential units.
Fibre optic FTTH FTTX network design, engineering and planning solutions,van den Dool Dick
Fibre optic FTTH FTTX network software solutions to design, engineer & plan FTTH / FTTX networks cost optimized automatically. Shows the required input, design phase and output to Autocad etc.
The document provides an overview of Passive Optical Networking (PON) and GPON fundamentals. It begins with the objectives of the course and describes the basic components and properties of a PON network, including optical fibers, splitters, transmitters, receivers, and wavelength usage. It then focuses on GPON specifics such as downstream and upstream data transmission using time-division multiple access, the 125us frame format, and how bandwidth allocation maps are used to assign timeslots to different ONTs.
This document discusses fiber to the home (FTTH) networks. It begins by providing background on communications service providers and the evolution of access networks from copper wire to newer fiber optic technologies. Fiber access networks like passive optical networks (PON) are described as offering higher speeds and bandwidth. FTTH networks provide an ultimate network capacity and allow for new experiences like high definition TV, 3D content, and high-speed internet. The conclusion is that FTTH using optical fiber is a future-proof solution. The document is authored by Eng. Anuradha Udunuwara, an engineer with experience in telecommunications network strategy, architecture, and design.
Huawei - Access failures troubleshooting work shopnavaidkhan
This document provides information on troubleshooting access failures in mobile networks, including:
1. It describes the general call setup procedure and potential points of failure, such as RRC, paging, and RACH access failures.
2. Common causes of access failures are discussed, like RF issues, radio parameter problems, and other miscellaneous causes.
3. Guidance is given on how to identify and resolve different types of failures, including steps to troubleshoot RRC access failures through analyzing configuration, alarms, traffic patterns, and radio parameters.
FTTX FTTH Triple Play Solution Sun-GE9100Villat2012
The document describes SUN Telecom's SUN-GE9100 series OLT, which features high reliability and flexibility. It can support up to 8 GEPON ports connecting 512 remote ONUs, and provides 8 Gigabit Ethernet uplink interfaces. The SUN-GE9100 OLT is suitable for FTTx applications including FTTB, FTTP, and FTTH. It supports Ethernet, VoIP, and CATV triple-play solutions over fiber.
The document describes two types of visual fault locators for optical fibers: 1) Pen-design locators that are small, battery-powered devices in a pen form factor for locating breaks in fibers, and 2) Handheld locators that are larger battery-powered devices for efficiently checking fibers for breaks and high loss areas. Both use a visible red laser to locate faults and are compatible with multimode and singlemode fibers.
SUN Telecom’s SUN-OT5000-plus Series handheld OTDR, featuring compact design, excellent stability,
user-friendliness and cost-effectiveness, is the newest instrument for testing FTTx network. The hotkeys
enable convenient events review and analysis. With TraceManager software, you can save and transfer
test data from OTDR to PC for further analysis, reporting and printing.
SUN Telecom’s SUN-FOSC-J5S01 series Fiber Optic Splitter Closure is newly developed FTTx cable
management equipment. It can install fiber splitters and pigtails in advance to facilitate the cable
connection in the field, which will shorten the construction time and improve work efficiency. Beside it,
this series of splicing closures adopt modified plastic with high strength and corrosion resistance; the
longer life time and excellent sealing performance make it especially designed for fiber to the home
(FTTH) application.
Sun Fosc G Series Fiber Optic Splice ClosureVillat2012
The document describes five fiber optic splice closure models from SUN-FOSC-G Series. Each model features a high-strength plastic shell that provides protection from harsh environments. The models vary in sealing method, capacity, dimensions, and packaging quantity. All models are designed for easy installation and universal usage for aerial, buried, wall-mounted, or duct applications.
The SUN-FI316 Optical Fiber Identifier is a handheld device that can identify single-mode optical fibers without damage by detecting optical signals. It displays the core power level and identifies frequency tones without interrupting fiber network services. It comes with interchangeable adapter heads that fit various fiber sizes and allows identification of fibers in both directions.
SUN Telecom’s PLC splitters divide a single/dual optical input(s) into multiple optical outputs uniformly,
and offer superior optical performance, high stability and high reliability to meet various application
requirements. Our standard PLC Splitter modules include “Cassette” and “Rack Mount” two types. We
also provide customized products.
SUN Telecom’s SUN-OT4900 series of handheld Optical Time Domain Reflector (OTDR) is a high
performance and cost-effective optical network analysis tester, with the features of lightweight, easy to
use, highly intelligent and having a hotkey for automatic rapid testing.
Optical Insert Loss&Return Loss Test SetVillat2012
SUN-OTRL-13/15 series is based on our many years experience in production and testing
passive fiber optical communication devices and instrument. We learn from the advantages
of the instruments abroad and domestic customer demand to make this high precise
instrument. It is widely used in testing insertion loss and return loss of optical fiber cable,
optical fiber, optical passive devices, optical communication and so on. It is a basic and
ideal test equipment for production of testing, research and development, construction and
maintenance of the vast number manufacturers, research agencies and operators.
MPO panels are designed to enable a fiber net work to be installed and commissioned in the short
possible time. All the components are pre-assembled and easy to be installed to the shelf. It is a perfect
solution for optical fiber installations and management.
SUN Telecom’s SUN-LS200 series Handheld Optical Fiber Output Power Variable Light Source emits
excellent stability laser for fiber optic measurement. This Light Source is able to offer wavelength and
frequency identification information, which is widely applied with SUN Telecom’s SUN-OPM200 series
Power Meter for testing the optical loss of both single mode (SM) and multimode (MM) fiber optic cable.
FTTX FTTH Triple Play Solution Sun GE9100Villat2012
SUN Telecom’s SUN-GE9100 series OLT featured with high reliability, flexible, easy maintain. It
can support 8 GEPON PON ports and connect 512 remote ONU mostly (by 1:64 splitter), and
provides 8 GE optical/electrical uplink interfaces. SUN-GE9100 OLT is an idea device applied to
FTTB/FTTP/FTTH access solutions.
MPO panels are designed to enable a fiber net work to be installed and commissioned in the short
possible time. All the components are pre-assembled and easy to be installed to the shelf. It is a perfect
solution for optical fiber installations and management.
SUN Telecom’s SUN-LS200 series Handheld Optical Fiber Output Power Variable Light Source emits
excellent stability laser for fiber optic measurement. This Light Source is able to offer wavelength and
frequency identification information, which is widely applied with SUN Telecom’s SUN-OPM200 series
Power Meter for testing the optical loss of both single mode (SM) and multimode (MM) fiber optic cable.
FTTX FTTH Triple Play Solution Sun-GE9100Villat2012
SUN Telecom\'s SUN-GE9100 series OLT featured with high reliability, flexible,easy maintain. It
can support 8 GEPON PON ports and connect 512 remote ONU mostly (by 1:64 splitter), and
provides 8 GE optical/electrical uplink interfaces. SUN-GE9100 OLT is an idea device applied to
FTTB/FTTP/FTTH access solutions.
1. Fiber Optic Solutions 1/4
Fiber Optic Connector Polisher
1. SUN-PM100L
2. SUN-PM100S
3. SUN-PM1800
1. High Performance Fiber Optic Connector Polishing Machine SUN-PM100L
Feature:
High Speed Process
Huge Capacity
FC, SC, ST, LC, MU
MTP, MPO, MTRJ
UPC or APC
I. P.C. Polishing Fixtures
20 connectors: FC, SC, ST
24 connectors: LC & MU
Self Adjusting Pressure
Exceeds requirements for GR-326 End Face Geometry Uses the new I.P.C. holder
technology yields the best results in the industry.
No variability in result when polishing 1 or 20 connectors
Polishes up to 24 connectors w/MU & LC & 20 for SC, FC & ST.
Efficient and fast processes for all connector types.
Built w/ high quality, heat-treated, stainless steel for amazing precision and durability.
Specifications:
Applicable Conn.: FC, SC, ST, LC, MU, D4, E2000, MT-RJ
Weight: 23.5Kg
Dimensions: 230x230x255mm
Power: 220-240VAC 50/60Hz
Film size: 5"
www.suntelecommunication.cn • +86-21-54481280 • sales@suntelecommunication.cn
2. Fiber Optic Solutions 2/4
2. Low Volume Polishing Machine for R&D and Re-works SUN-PM100S
High performance
Extremely Portable
FC, SC, ST, MU, LC
PC or APC
Low insertion loss
Low back reflection
Up to 6 connectors
Application:
Re-work
R&D
Low volume production
Key Features:
High performance polishing for a variety of applications
Ergonomic design for ease-of-use
Extremely small-sized, for high portability in
the
laboratory or in the field
Perfect for research or low volume re-works
Short cycle times (30 sec. typical for re-works)
Comes w/ hard shell carrying case for easy
and safe
transport
Specifications:
Applicable connectors: FC, SC, ST, LC and MU
Weight: 2.85Kg
Dimensions: 128mmW×128mmD×165mmH
Power: AC110-240V /50/60Hz
Polishing time: 0-30 sec.
Polishing method: rotation & revolution
Plate size/ Film size: 70mm
www.suntelecommunication.cn • +86-21-54481280 • sales@suntelecommunication.cn
3. Fiber Optic Solutions 3/4
3. SUN-PM1800 12C Fiber Optic Connector Polisher
Features:
Designed for polish ceramic, quartz, glass, metal and plastic etc.
Set pressure and time according to your needs.
Storage, edit parameter of pressure and time.
Very expediency to load, unload and exchange polish
films.
Polishing quality is stability and low repair coefficient.
Manufacture efficiency is higher(It can make up a
production line with several polishers collocation).
Water can be used as polishing liquid, saving product
cost.
Machine Logo and plant color can be assigned.
Designed to adjust velocity, to insure polishing quality.
Atmosphere/water and power supply are designed in
respectively, to insure operation is safety.
Junction with respectively and module control to make
repair easy.
Please contact us if you need more detail.
Parameter:
Polish pad OD: 110 mm
Net weights: 28kg
Dimensions: 450Lx220Wx500H
Polish time setting: 99m59s (Max.)
Polish pad velocity: 0rpm ~ 180rpm
Loading pressure: 2.1 ~ 3.6 kgf/cm(sq)
Polish pad jumpiness: <10um
Power supply: AC220V, 50 Hz
www.suntelecommunication.cn • +86-21-54481280 • sales@suntelecommunication.cn
4. Fiber Optic Solutions 4/4
Note: For the necessity of improvement, the material contained in this document is subject to change without notice.
www.suntelecommunication.cn • +86-21-54481280 • sales@suntelecommunication.cn