FTTH Inline Closure

Name: FTTH Inline Closure
Brand: Liangpin
SKU: 237308159

In the rapidly evolving field of telecommunications, Fiber to the x (FTTx) networks are pivotal in ensuring high-speed and reliable internet connectivity. Within this framework, splice closures and distribution boxes play crucial roles.

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We are Yuyao Liangpin Telecom Equipment Co., Ltd., a full-service of designing and manufacturing company specializing in providing products and solutions to ODN & FTTX industries.

To echo the new emerging FTTx market and rapid growth of telecommunication infrastructure, our company is started in 2009, gathering the ability of technology of fiber optical communication, understanding the requirement of product design and skilled production for plastic injection industry, we are leading, well experience and wide product range company in this particular industry.

Why Choose Us

Our Certificate
ISO 9001, Patents (China)

Professional Team
Our production capability is annual 2 million pcs optical closure or 5 million pcs optical termination box, export most products toward worldwide and more than 80+ countries have our products and services.

Factory
Factory is located in Yuyao, Zhijiang where is famous in industry of plastic injection and near to Ningbo port and Shanghai port where it has benefited in both manufacturing and transportation.

Production Equipment
16 sets of injection machines, 4 assembly lines, the annual capability of product manufacturing is about 1 million pcs of optic closure/terminal closure and 2 million pcs of optic termination box.

Fiber Optic Closure Inline

Model No.: NAP-24FK
NAP-24FK is equipped with 2 pieces of optic fiber cable ports for max 12mm diameter optic fiber cable inlet and 24 pieces of drop cable ports with which each port can install diameter 3mm or 3x2mm drop cables.

Small Inline Closure

LPSC-F01 is an compact fiber optic splicing and patching closure which is designed for FTTx application and for outside plant environment, this inline optic closure is capable for 12 cores optic fiber splice, this optic closure is suitable deployment in aerial and wall applications.

Inline Optical Closure

LPSC-F04 is specifically designed for the FTTx market. It is suitable for aboveground environments, providing an IP65 rating, and can be installed on walls, poles, or aerial structures.

Inline Closure Mechanical Sealing 96F

The inline optic closure is widely used in fiber optic networks as a device to provide a safe place for fiber optic optic splice and optical cable management, which is also called horizontal optic closure as the direction of optic fiber cable come-in and go-out, the seal mechanism of inline optic closure has 2 main methods

Inline Optic Closure

The LPSC-TL17 is an idea solution for FTTx application, the speciality of this inline optic closure is to combine the functions of traditional inline closure for optic fiber cable splice and to add the new function of optic drop cable management, which turns out an new FTTx optic inline closure for aerial deployment and suitable for suburb areas.

Inline Closure Mechanical Sealing 48F

For FTTx application, the new generation of optic closure is capable to combine the functions of traditional optic closure for optic fiber cable to process the optic fiber splice and management, and also to add up the function of optical termination box to connect the optic fiber cable with PLC splitter and branch with optic drop cables

Optical Inline Butt Closure

Model No.: LPSC-148
LPSC-148 has 4 cable entries and 16 drop cable ports and is suitable for wall-mounting and pole-mounting. This product has wide adaptability, good sealing performance and easy to be installed.

Fiber Optic Inline Closure Butt Type

Model No.: LPSC-155
LPSC-155 has 1oval port and 4 round ports as a butt type closure, suitable for wall-mounting and pole-mounting.

48 Cores Inline Fiber Optic Closure

LPSC-131 is designed as a multi-functional equipment for optical cable splice and protection, it can be used for access or branch between optical cables which has 4 cable entry/outlet, it is applicable for wide application, excellent sealing performance and easy for installation, and can be deployed for direct buried, wall mount and areal environments.

What is FTTH Inline Closure?

FTTH Inline Closure serves as a protective enclosure, housing spliced fiber optic cables. These closures are critical in safeguarding the delicate spliced areas from external elements such as water, dust, and other environmental hazards, thus maintaining the integrity of the network. Depending on the specific needs, you can opt for various types of splice closures, including Dome, Inline Horizontal, and Inline Clamshell closures, each offering unique benefits.

Benefits of FTTH Inline Closure

Ultra-High Bandwidth

Fiber itself has infinite bandwidth resources. FTTH inline closure will be extended to the backbone network bandwidth to the last mile, solving a copper wire transmission bandwidth bottlenecks (FTTH inline closure bandwidth is 100 times of the actual bandwidth such as ADSL Internet) ,which can be meet the current and future business needs.

Stable And Reliable, Effective Operation

FTTH inline closure able to meet the need of long-distance transmission (50 km), a significant reduction in FTTH inline closure active devices and network nodes, with a single medium fiber offers a variety of business services, simplifying network structure, easy maintenance and management, and consumers would not accept fell off the network and other consequences caused by the network instability of bandwidth, bandwidth, security, strong manageability.

Safe Radiation

FTTH inline closure using optical fiber as a delivery vector, do not have to worry about electromagnetic radiation to cause environment pollution and the confidentiality of the transmission, anti-lightning, and it is a green access.

Long Lif

The life cycle of the optical access network is more than 35 years, experts generally believe that the field of communications: The future of access networks will be dominated by the optical access network.

Type of FTTH Inline Closure

Dome (Vertical) Splice Closure

The Dome (Vertical) Splice Closure is designed to handle high-capacity fiber splicing needs, accommodating anywhere from 24 to a staggering 960 cores. This design is predominantly utilized for expansion and distribution purposes in large network setups, providing a reliable solution for housing numerous fiber cables securely. As a central point of connection, it facilitates organized and safe splicing operations, making it an essential tool in modern telecommunications infrastructure.

Inline (Horizontal) Joint Closure

Inline (Horizontal) Joint Closures are crucial in extending fiber connections seamlessly from a primary point to additional signal points. They are available in a wide range of core capacities, spanning from 24 to 144, making them adaptable to various network scales. These closures foster a streamlined pathway for fiber connections, guaranteeing stable and uninterrupted signal transmissions. It's a choice that brings both versatility and reliability to network setups.

Inline (Clamshell) Joint Closure

The Inline (Clamshell) Joint Closure is noted for its innovative buckle locking design, a departure from the traditional screw-to-lock mechanisms seen in other inline closures. Designed to accommodate a core fiber range of 24 to 48, it stands as a favorable option for medium-scale projects. This modern approach ensures not only a secure closure but also facilitates easier installation and maintenance access, promising efficiency and user-friendliness in network management.

How To Select the FTTH Inline Closure?

Closure Type: Horizontal closure is often elongated and typically used for in-line splices. Dome (Vertical) Closure is typically used for branching applications.

Splicing Capacity: Determine the number of fibers you need to splice. You need to consider future scalability – you might want extra trays for future expansions.

Sealing Mechanism: Look at how the closure seals – mechanically or heat-shrink. It will ensure the closure is water and dust-proof.

Environmental Protection: The closure should be resistant to water, dust, UV radiation, and other environmental factors. Check the closure's IP (Ingress Protection) rating to determine its protection level.

Installation and Re-entry: Consider how easy it is to install and if it allows re-entry for future maintenance.

Components of FTTH Inline Closure

Splice Closure & Distribution Box In FTTx Networks
In the rapidly evolving field of telecommunications, Fiber to the x (FTTx) networks are pivotal in ensuring high-speed and reliable internet connectivity. Within this framework, splice closures and distribution boxes play crucial roles.

Splice Closure
A splice closure serves as a protective enclosure, housing spliced fiber optic cables. These closures are critical in safeguarding the delicate spliced areas from external elements such as water, dust, and other environmental hazards, thus maintaining the integrity of the network. Depending on the specific needs, you can opt for various types of splice closures, including Dome, Inline Horizontal, and Inline Clamshell closures, each offering unique benefits.

Distribution Box
Distribution boxes, on the other hand, function as centralized units that facilitate the organization and distribution of optical fibers. They aid in connecting the service provider's network to individual subscribers, thus acting as an intermediary that ensures seamless data transmission. These boxes come equipped with ports that accommodate different numbers of fiber optic cables, simplifying the task of managing complex network architectures.

Ensuring Seamless Installation and Proper Maintenance of FTTH inline closure

01/

Preparation and Planning: Before installing a joint closure, it is essential to conduct a thorough site survey to determine the best location for placement. This includes assessing environmental factors, cable routing requirements, and accessibility. Adequate preparation and planning help streamline the installation process.

02/

Proper Cable Management: During the installation, careful attention should be given to cable management within the closure. This involves organizing cables, ensuring proper bending radius, and securing them in place using appropriate accessories. Effective cable management minimizes signal loss and facilitates future maintenance.

03/

Regular Inspections and Cleaning: Routine inspections allow for early detection of any issues or potential problems with the closure. Inspecting for physical damage, loose connections, or signs of environmental wear helps prevent network disruptions. Additionally, regular cleaning removes dust or debris that may accumulate over time.

04/

Ensuring Environmental Protection: FTTH inline closure are designed to protect fiber optic connections from external elements. It is important to ensure that closures remain sealed properly to maintain their environmental protection capabilities. Regular checks should be conducted to verify weatherproofing integrity and make any necessary repairs or replacements.

Our Factory

We are Yuyao Liangpin Telecom Equipment Co., Ltd., a full-service of designing and manufacturing company specializing in providing products and solutions to ODN & FTTX industries.

FAQ

Q: What does FTTH stand for?

A: FTTH stands for "Fibre to the Home." It refers to a type of broadband internet connection technology that uses fibre-optic cables to transmit data. These cables are made of thin strands of glass or plastic that transmit light signals, which allows them to transmit data at very high speeds.

Q: What is the difference between fiber and FTTH?

A: FTTH is a specific version of the term fiber to the x (FTTx), in which the x represents the point in the network at which a fiber optic cable connects to provide service to buildings in the vicinity. In each term, the place where optical fiber stops and transfers the signal to metallic cable begins differs.

Q: Is FTTH better than WIFI?

A: All wireless systems are wireless only from the customer device to the antenna, then they are connected into the telecom network on fiber. We all agree that fiber-to-the-home (FTTH) provides the highest broadband bandwidth but building a FTTH network often cost more and takes longer to build.

Q: Is FTTH better than cable?

A: Because data can travel faster across greater distances with glass than with cable, the connection speed is much faster with a 100% fiber-optic network. That means fiber is able to handle a range of services such as bundled internet, telephone and television services, among others.

Q: How is FTTH installed?

A: We'll run a fibre optic cable, from a nearby telegraph pole or underground, to a small junction box on an external wall. From there, a much smaller cable will be run inside to a small, powered, wall-mounted unit that we'll plug your router into.

Q: Is FTTH worth it?

A: FTTH networks provide several key benefits over traditional broadband connections like DSL or copper. These include superior speed and bandwidth, enhanced reliability, and future-proofing capabilities, making them a preferred choice for modern internet users.

Q: Do you need a special router for FTTH?

A: A fiber optic router is able to get all of the fiber optic speed through to your network, whereas a non-fiber router isn't equipped for that. If you have fiber Internet installed in your home, you need a good wireless router to support it.

Q: Is 5G faster than FTTH?

A: 5G networks have slower response times than fiber due to the high-frequency waves used. Fiber networks have faster response times due to their wired nature, making them ideal for applications that require fast response times, such as online gaming.

Q: What do you need to know about FTTH?

A: It is an Internet connectivity technology that delivers a high-speed fibre optic connection directly to the user's home. Unlike other fibre deployment methods, such as FTTN (Fiber to the Node) or FTTC (Fiber to the Curb), which involve part of the copper route, FTTH offers an all-fibre connection.

Q: What is the alternative to FTTH?

A: FWA, utilizing 5G technology, offers competitive speeds, especially with outdoor antennas. While FTTH typically ranges from 100 Mbps to 1 Gbps, FWA can reach maximum speeds of around 100 Mbps, making it a formidable contender.

Q: Is FTTH faster than DSL?

A: It's simple - Fiber is fast. While DSL uses copper phone lines to transmit data, fiber uses ultra-thin glass strands that carry light instead of electricity. Since light can travel very quickly through the fiber-optic cables, fiber connection can see gigabit speeds 100x faster than DSL.

Q: Does FTTH stand for fiber to the basement?

A: Means Fiber to the Building, Basement or Business. In FTTB a fiber optic internet line reaches the inner area of a business or residential building and it is usually terminated in a fiber termination box in the basement of the building.

Q: Is FTTH secure?

A: FTTH networks face security risks like inadequate segmentation, leading to potential data leakage and unauthorized access among users. Isolating malicious traffic in these shared networks is challenging, with risks of widespread impact from compromised devices.

Q: What is the difference between fiber optic and FTTH?

A: FTTH refers to the deployment of fiber optic cables directly to individual homes or residential buildings. This means that each individual unit has its own dedicated fiber optic connection, providing high-speed internet access to each household.

Q: What is an FTTH Inline Closure?

A: An FTTH inline closure is a protective device installed along the fiber optic cable route, typically underground, which provides a compact and secure location for fiber splices and terminations close to the user's premises.

Q: What are the key components of an FTTH inline closure?

A: Typical components include a housing, fiber management modules, splice trays or sleeves, sealing elements, and mounting hardware.

Q: What are the advantages of using an inline closure compared to other types of splice enclosures?

A: Inline closures offer lower cost, reduced labor, and easier access for future expansion or upgrades, making them ideal for distributed fiber deployments in residential areas.

Q: How many fibers can an FTTH inline closure typically hold?

A: Capacity ranges from a few fibers to over a hundred, depending on the size and design of the closure.

Q: What environmental conditions can FTTH inline closures withstand?

A: They are generally designed to resist water, dust, UV radiation, temperature variations, and physical impact, meeting IP (Ingress Protection) ratings of at least IP65 or higher.

Q: How are FTTH inline closures installed?

A: They are typically installed in a pre-dug trench and backfilled with sand or foam to protect the cable. The closure is then connected to the main distribution cable using a fusion splicer.

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