Services
We provide a variety of services to suit the needs of each customer
INSTALLATION
MBDC PROJECT ACTIVITIES
Fiber optic construction work on terrestrial or terrestrial involves several important steps to ensure that the fiber optic network can function properly. Here's an explanation of the process:
1. Planning and Design :
- Conduct a site survey to determine the best route for fiber optic cables.
- Design the network taking into account factors such as population density, existing infrastructure, and user needs
2. Penggalian dan Persiapan Lokasi :
- Dig the ground to create a channel where the fiber optic cable will be laid. This can be done with heavy equipment or manually, depending on the depth and soil conditions.
- Ensuring that excavation does not damage other infrastructure such as waterways, electricity, or gas.
3. Installation of Protective Pipes :
- Install a protective pipe (duct) inside the duct that has been dug. This pipe serves to protect fiber optic cables from physical damage and environmental elements.
4. Fiber Optic Cable Pulling :
- Pull the fiber optic cable through the protective pipe that has been installed. This process must be done carefully to avoid damage to the cable.
5. Connectivity Device Installation :
- Installing connectivity devices such as connectors, splice, and terminals to connect fiber optic cables with existing networks.
6. Testing and Validation :
- Perform tests to ensure that the fiber optic cable is working properly. This includes testing for signal loss, reflection, and other parameters.
7. Location Solutions and Restoration :
- Re-closing the excavated channel and restoring the site to its original condition, including repairs to roads or disturbed areas.
The shore end work of submarine fiber optic (FO) cable construction involves several important steps to connect cables that are under the sea with infrastructure on land. Here's an explanation of the process:
1. Planning and Design :
- Conducting a feasibility study to determine the location of the cable landing on the coast.
- Design cable routes from the landing point to the ground facility, taking into account environmental and existing infrastructure factors.
2. Location Survey :
- Conducting geotechnical and hydroacoustic surveys to understand soil and seabed conditions.
- Identify potential risks such as ocean currents, waves, and geological conditions.
3. Excavation and Site Preparation :
- Digging a channel in the coastal area to place fiber optic cables. These excavations must be carried out carefully to avoid damage to other infrastructures.
- Setting up the landing area by ensuring safe access for equipment and cables.
3. Installation of Protective Pipes :
- Install a protective pipe (duct) inside the duct that has been dug. This pipe serves to protect fiber optic cables from physical damage and environmental elements.
5. Fiber Optic Cable Installation:
- Pull the fiber optic cable through the protective pipe that has been installed. This process must be done carefully to avoid damage to the cable.
- Ensure that the cable is properly and securely installed inside the protective pipe.
6. Connectivity and Splicing:
- Installing connectivity devices such as connectors, splice, and terminals to connect fiber optic cables with existing networks.
- Splicing to connect the optical fibers of the incoming cables with the optical fibers in the terrestrial network.
7. Testing and Validation :
- Perform tests to ensure that the fiber optic cable is working properly. This includes testing for signal loss, reflection, and other parameters.
8. Location Solutions and Restoration :
- Re-closing the excavated channel and restoring the site to its original condition, including repairs to roads or disturbed areas.
- Ensure that the landing area is safe and there is no risk to the user.
The Submarine Cable Communication System (SKKL) is an important infrastructure that connects communication between islands and countries.
The process of building and maintaining SKKL involves various stages that are complex and require special expertise.
The following are the general stages involved in the work of the SKKL:
- Planning and Design :
- Feasibility Study: It includes needs analysis, identification of potential routes, cost calculations, and risk and benefit analysis of the project.
- System Design: Designing network architecture, equipment selection, capacity calculation, and determination of termination points and supporting infrastructure.
- Desktop Study Cable Route Selection: Determination of optimal routes based on geographical and environmental factors, avoiding high-risk areas such as natural disaster areas or shipping routes.
- Licensing: Applying for permits to local authorities and stakeholders, Ensuring compliance with applicable regulations and standards.
- Marine Survey
- Seabed Mapping: Using sonar technology and other surveying equipment to map the topography of the seabed.
- Identify Barriers: Find out the presence of underwater mountains, ocean troughs, or other objects that could interfere with the wiring.
- Preparation, Cable and Supporting Materials Production
- Cable Selection: Choose the type of cable that is in accordance with the sea depth that has been determined during the sea survey.
- Cable Production: The manufacturing process of fiber optic cables with a strong protective layer.
- Supporting Materials: Materials used as support in SKKL work such as HDPE pipes, articulated pipes, and cable protectors are used as protective materials to protect cables.
- Cabling
- Cable Transportation: Transport the cable reel to a special cable vessel.
- Installation on the Seabed: Using special equipment to lay cables on the seabed following a predetermined route.
- Cable Burning: In some cases, cables are buried within the seabed to protect against damage from anchors or other underwater activities.
- Testing and Activation
- Performance Testing: Conduct thorough testing of the system to ensure all components are functioning properly.
- System Activation: Connecting SKKL to existing telecommunication networks.
- Maintenance
- Performance Monitoring: Conduct continuous monitoring of system performance.
- Repair: Make repairs in case of damage or disruption to the system.
Restoration Work
When your fiber optic network has been disconnected or disconnected due to weather or other unforeseen accidents, CCSI will be present, analyze and repair it so that you do not lose your connection for a long time. If you have not installed a fiber optic cable, we can also install a fiber optic cable to get your connection up and running.
In addition to providing fiber optic repair in Indonesia, we also specialize in providing services, routine maintenance, testing, and providing cable connection services based on contracts. We have more than twenty years of fiber optic experience, and our experts are ready and able to handle new challenges. You don't have to worry about living without an internet connection for a long time when you have CCSI services by your side.
To schedule a fiber optic repair service or to inquire about fiber optic installation, contact CCSI at (62)21-29865963 or email us at info@ccsi.co.id
TRAINING
CCSI provides the practical understanding and skills necessary to properly order, install, and maintain fiber optic cables in your network. We provide the latest fibre optic technology and OTDR equipment to learn how to connect, splice, test and demonstrate the durability of suitable fibre optic cables to improve efficiency, reliability and safety in the workplace and reduce costs and downtime.
TESTING
We provide fiber optic cable quality testing using in-house testing equipment such as drop test, stress test, rigidity ('kink'), water test etc.
INSTALLATION
MBDC PROJECT ACTIVITIES
Fiber optic construction work on terrestrial or terrestrial involves several important steps to ensure that the fiber optic network can function properly. Here's an explanation of the process:
1. Planning and Design :
- Conduct a site survey to determine the best route for fiber optic cables.
- Design the network taking into account factors such as population density, existing infrastructure, and user needs
2. Penggalian dan Persiapan Lokasi :
- Dig the ground to create a channel where the fiber optic cable will be laid. This can be done with heavy equipment or manually, depending on the depth and soil conditions.
- Ensuring that excavation does not damage other infrastructure such as waterways, electricity, or gas.
3. Installation of Protective Pipes :
- Install a protective pipe (duct) inside the duct that has been dug. This pipe serves to protect fiber optic cables from physical damage and environmental elements.
4. Fiber Optic Cable Pulling :
- Pull the fiber optic cable through the protective pipe that has been installed. This process must be done carefully to avoid damage to the cable.
5. Connectivity Device Installation :
- Installing connectivity devices such as connectors, splice, and terminals to connect fiber optic cables with existing networks.
6. Testing and Validation :
- Perform tests to ensure that the fiber optic cable is working properly. This includes testing for signal loss, reflection, and other parameters.
7. Location Solutions and Restoration :
- Re-closing the excavated channel and restoring the site to its original condition, including repairs to roads or disturbed areas.
The shore end work of submarine fiber optic (FO) cable construction involves several important steps to connect cables that are under the sea with infrastructure on land. Here's an explanation of the process:
1. Planning and Design :
- Conducting a feasibility study to determine the location of the cable landing on the coast.
- Design cable routes from the landing point to the ground facility, taking into account environmental and existing infrastructure factors.
2. Location Survey :
- Conducting geotechnical and hydroacoustic surveys to understand soil and seabed conditions.
- Identify potential risks such as ocean currents, waves, and geological conditions.
3. Excavation and Site Preparation :
- Digging a channel in the coastal area to place fiber optic cables. These excavations must be carried out carefully to avoid damage to other infrastructures.
- Setting up the landing area by ensuring safe access for equipment and cables.
3. Installation of Protective Pipes :
- Install a protective pipe (duct) inside the duct that has been dug. This pipe serves to protect fiber optic cables from physical damage and environmental elements.
5. Fiber Optic Cable Installation:
- Pull the fiber optic cable through the protective pipe that has been installed. This process must be done carefully to avoid damage to the cable.
- Ensure that the cable is properly and securely installed inside the protective pipe.
6. Connectivity and Splicing:
- Installing connectivity devices such as connectors, splice, and terminals to connect fiber optic cables with existing networks.
- Splicing to connect the optical fibers of the incoming cables with the optical fibers in the terrestrial network.
7. Testing and Validation :
- Perform tests to ensure that the fiber optic cable is working properly. This includes testing for signal loss, reflection, and other parameters.
8. Location Solutions and Restoration :
- Re-closing the excavated channel and restoring the site to its original condition, including repairs to roads or disturbed areas.
- Ensure that the landing area is safe and there is no risk to the user.
The Submarine Cable Communication System (SKKL) is an important infrastructure that connects communication between islands and countries.
The process of building and maintaining SKKL involves various stages that are complex and require special expertise.
The following are the general stages involved in the work of the SKKL:
- Planning and Design :
- Feasibility Study: It includes needs analysis, identification of potential routes, cost calculations, and risk and benefit analysis of the project.
- System Design: Designing network architecture, equipment selection, capacity calculation, and determination of termination points and supporting infrastructure.
- Desktop Study Cable Route Selection: Determination of optimal routes based on geographical and environmental factors, avoiding high-risk areas such as natural disaster areas or shipping routes.
- Licensing: Applying for permits to local authorities and stakeholders, Ensuring compliance with applicable regulations and standards.
- Marine Survey
- Seabed Mapping: Using sonar technology and other surveying equipment to map the topography of the seabed.
- Identify Barriers: Find out the presence of underwater mountains, ocean troughs, or other objects that could interfere with the wiring.
- Preparation, Cable and Supporting Materials Production
- Cable Selection: Choose the type of cable that is in accordance with the sea depth that has been determined during the sea survey.
- Cable Production: The manufacturing process of fiber optic cables with a strong protective layer.
- Supporting Materials: Materials used as support in SKKL work such as HDPE pipes, articulated pipes, and cable protectors are used as protective materials to protect cables.
- Cabling
- Cable Transportation: Transport the cable reel to a special cable vessel.
- Installation on the Seabed: Using special equipment to lay cables on the seabed following a predetermined route.
- Cable Burning: In some cases, cables are buried within the seabed to protect against damage from anchors or other underwater activities.
- Testing and Activation
- Performance Testing: Conduct thorough testing of the system to ensure all components are functioning properly.
- System Activation: Connecting SKKL to existing telecommunication networks.
- Maintenance
- Performance Monitoring: Conduct continuous monitoring of system performance.
- Repair: Make repairs in case of damage or disruption to the system.
Restoration Work
When your fiber optic network has been disconnected or disconnected due to weather or other unforeseen accidents, CCSI will be present, analyze and repair it so that you do not lose your connection for a long time. If you have not installed a fiber optic cable, we can also install a fiber optic cable to get your connection up and running.
In addition to providing fiber optic repair in Indonesia, we also specialize in providing services, routine maintenance, testing, and providing cable connection services based on contracts. We have more than twenty years of fiber optic experience, and our experts are ready and able to handle new challenges. You don't have to worry about living without an internet connection for a long time when you have CCSI services by your side.
To schedule a fiber optic repair service or to inquire about fiber optic installation, contact CCSI at (62)21-29865963 or email us at info@ccsi.co.id
TRAINING
CCSI provides the practical understanding and skills necessary to properly order, install, and maintain fiber optic cables in your network. We provide the latest fibre optic technology and OTDR equipment to learn how to connect, splice, test and demonstrate the durability of suitable fibre optic cables to improve efficiency, reliability and safety in the workplace and reduce costs and downtime.
TESTING
We provide fiber optic cable quality testing using in-house testing equipment such as drop test, stress test, rigidity ('kink'), water test etc.