What Is a Fiber Optic Cross Connect Cabinet?

Cross Connect Cabinet1

Termination and cross-connections between cable elements are possible with a cross connect cabinet. These enclosures offer a wide range of features tailored to your company’s needs and budget.

Melontel, one of China’s leading and trusted communication equipment manufacturers, is here to help you learn all that there is to know about a cross-connect cabinet.

What Is a Cross Connect Cabinet?

The most basic function of a fiber cross-connect cabinet is that it can survive severe variations in temperature and difficult working circumstances.

It should be able to prevent vapor, water/dust ingress, pest management, rodent damage, and impact damage. Additionally, it must be able to survive even the most hostile exterior conditions.

As a result, the cabinet’s outside has stringent standards for waterproofing, moisture-proofing, dust-proofing, anti-impact damage, insect management, etc.

Temperature and humidity management are also quite important in the interior. The highest level for these projects, according to global standards, is IP66.

A fiber cross-connect cabinet is an outdoor optical device built specifically for outdoor optical nodes in access networks and widely utilized to install different communication system equipment.

They may be used in an active link with trunk optical cables and cable distribution, storage, fusion, distribution, and dispatch.

Its capacity may be modified as needed, and it has a built-in direct splice device that allows for direct connection. Also, it can withstand sudden climatic change and harsh environmental conditions.

Housings, terminal fields, and cables are used to establish an interface between feed and distributor cables in these integrated interface systems.

A weather-hardened DSLAM electronics compartment is combined with a weather-sealed compartment for cross-connect fields in a single enclosure in certain enclosures.

They are available as aerial enclosures with cross-connect capacities ranging from 200 to 900 pairs or as pad-mount enclosures with capacities ranging from 400 to 1200 pairs.

Some units allow an operational DSL network to be upgraded. Additionally, an existing cross-connect cabinet’s termination capabilities can be increased without affecting service or circuit downtime, lowering installation and labor expenses.

Learn more about the Fiber Optic Connector

Features of Fiber Optic Cross-Connect Cabinets

  • Large Capacity
  • Durability
  • Ergonomic
  • Welding and distribution were integrated into the terminal tray.
  • User-friendly
  • Structurally Reasonable

Functions of Fiber Optic Cross-Connect Cabinets

Structure of Fiber Cross-Connect Cabinets

The fiber distribution box’s primary role is to protect and split the fiber. A YouTube video on the interior structure of a fiber cross-connect cabinet may be seen in the link below. Aside from that, the framework is split into four sections:

Cable Inlet

This interface is mostly used to connect to external optical cables. The connected optical cable serves as a fastener at the access port and is difficult to remove. Also, the cable entrance is usually located beneath the fiber distribution box, which provides a superior waterproofing effect.

Splice Tray

In the fiber distribution box, the exterior optical cable must be welded with the splitter or the headless end of the pigtail. A splice tray is required. Convenient for welding and enhances the welding success rate.

Fiber Splitter Disks

Some splitter disks are only available in some models since this merely serves as a fixture and allows splitters installation and pigtails to be easier and more compact.

Varying fiber distribution boxes have different designs of fiber distribution trays and fusion splice trays, but the purpose is the same. It’s only the result of continual innovation to make fiber fusion and cabling easier in actual applications.

What is cross connect cabinet used for?

1. Fiber To The Home (FTTH) access networks utilize it a lot.

2. Telecommunications Systems.

3. CATV Networks are a type of cable television network that broadcasts.

4. Networks for data transmission.

5. LANs are local area networks.

6. Telekom and UniFi are good candidates.

Technical information of Fiber Optic Cross-Connect Cabinets

1. The maximum distribution capacity of four optical fiber cables is 96 cores, 144 cores, 288 cores, and 576 cores. Generally, the direct welding capacity is single, 120-cores to 240-cores to 480-cores ribbon optical fiber cables.

2. A fiber optic splitter cabinet is typically made of heavy-duty, corrosion-resistant materials with waterproofing, anti-condensing, and moisture resistance. Also, it can withstand unfavorable climate and environmental impacts.

3. They are generally ergonomic. Additionally, they have a horizontal wiring duct, which simplifies and neatens the optical wire architecture.

4. Welding and distribution are integrated into the terminal tray. The two are done simultaneously, which simplifies the process, decreases the ribbon tail fiber length, and lowers costs.

5. They are user-friendly. The terminal module uses a horizontal draw-out construction with a 12-core unit. Each core may be pulled out independently, making it easier to distribute and reducing the bends caused by tail fiber distribution.

6. The optical fiber splitter is physically sound. It’s encased in a sleeve. So, the optical fiber cable may be fixed, grounded, and other operations conducted without taking out the optical fiber splitter.

What are the different types of fiber cross-connect cabinets?

Cross-Connect Cabinets11

Many different specifications can be integrated into a fiber cross-connect cabinet. But these can be split into two categories.

Technical information of Fiber Optic Cross-Connect Cabinets

Fiber optic splitter cabinets installed on the floor provide high intensity and anti-erosion performance. They are adjustable and can withstand rapid climate change and harsh environments.

The built-in direct splice unit in floor-mounted fiber cross-connect cabinets can offer a direct connection function, making it ideal for handling and maintaining fibers.

Outdoor Cross Connect Cabinet

The inside construction of the outdoor fiber optic splitter cabinet is likewise very dependable. Its SMC housing is built of thermally compressed stainless steel for high protective quality and good heat-isolative performance, effectively preventing condensation within the cabinets.

It also has a water-resistant door with a 3-point locking system that keeps dust, moisture, and other intruders out and reliable cable fixation, earthing and stripping protection.

Are the fiber optic splitter cabinet and cross-connect the same?

FTTH terminal box FTTH1

Although they are two distinct entities, they are both used in the same field. In an FTTH Passive Optical Network, the FTTH Splitter Cabinet is specifically built to house passive optical splitters and link feeder and distribution cables.

Telecommunications carriers employ optical cross-connects to transfer high optic data in an optic network.

What is a Clearfield pon cabinet?

A Clearfield pon cabinet offers a connectivity environment from the feeder network to the distribution network through the passive optical splitter.

The cross connect cabinet, designed for use in outside plant environments, enables a single distribution point for FTTH deployment in urban or dense communities.

Related to it are:Networking cabling

What is a copper cross-connect cabinet?

cross-connect cabinet1

A copper cross-connect cabinet offers a flexible connection point between primary and secondary cable in a local line network. The shell, base plate, door, internal frame, and base of the cross cabinet are erected on a restored, horizontal concrete basis with four foundation bolts.

Final Words

Termination and cross-connections between cable elements are possible with a cross connect cabinet. These enclosures offer a wide range of features tailored to your company’s needs and budget.

Terminal fields, housings, and cables are used to establish an interface between the feeder and distributing cables in these integrated interface systems.