KEY FACTORS TO CONSIDER WITH AERIAL FIBER DEPLOYMENTS

There are several key factors to consider when deploying aerial fiber:

Right-of-way: You need to ensure that you have the necessary permissions and clearance to install fiber along the chosen route.
Physical infrastructure: You need to assess the existing physical infrastructure, such as poles, towers, and anchors, to ensure that they are suitable for supporting the fiber.
Environmental conditions: You need to consider the environmental conditions in which the fiber will be installed, including weather, temperature, and humidity, to ensure that the fiber will be able to withstand these conditions.
Safety: You need to ensure that the installation of the fiber is carried out safely, both for the workers installing it and for the general public.
Maintenance: You need to have a plan in place for maintaining the fiber, including regular inspections and repairs as needed.
Legal and regulatory requirements: You need to ensure that you are complying with all relevant legal and regulatory requirements, including any permits or approvals that may be required.\
Cost: You need to consider the costs involved in installing the fiber, including the costs of materials, labor, and any necessary equipment.

Timeframe: You need to consider the amount of time it will take to install the fiber, including any delays that may arise due to unforeseen circumstances.

Why Aerial?

There are several reasons why aerial fiber may be preferred over other deployment methods:

Cost: Aerial deployment is generally less expensive than underground deployment, as it requires fewer materials and less labor.

Speed: Aerial deployment is typically faster than underground deployment, as it does not require the excavation and installation of underground conduits.
Ease of access: Aerial fiber is easier to access and maintain than underground fiber, as it is visible and above ground.
Ease of expansion: Aerial fiber is easier to expand than underground fiber, as additional fibers can be added to the existing infrastructure without the need for further excavation.
Compatibility with existing infrastructure: Aerial fiber can be installed on existing poles or towers, making it a good choice for areas with a well-developed network of overhead infrastructure.
Suitability for certain environments: Aerial fiber may be preferred in areas with rocky or difficult terrain, as it does not require excavation. It may also be preferred in areas with a high water table, as underground fiber may be prone to damage from water.

Overall, the decision to use aerial fiber deployment will depend on the specific circumstances and needs of each project.

What Affects The Aerial Environment?

There are several factors that can affect the aerial environment:

Weather: The weather can have a significant impact on aerial fiber, as extreme temperatures, high winds, and other extreme weather conditions can cause damage to the fiber.

Physical infrastructure: The condition of the physical infrastructure, such as poles and towers, can affect the stability and reliability of the aerial fiber.
Wildlife: Wildlife, such as birds and insects, can cause damage to aerial fiber by nesting in or pecking at the fiber.
Vandalism: Vandalism can also cause damage to aerial fiber, either through intentional damage or accidental damage from activities such as tree trimming.
Vegetation: Vegetation, such as trees and vines, can grow into or around the aerial fiber, causing damage or interference with the signal.
Human activity: Human activity, such as construction and maintenance work, can also affect the aerial environment and potentially cause damage to the fiber.

It is important to consider these factors when installing and maintaining aerial fiber to ensure its stability and reliability.

Choosing Your Components

When choosing components for an aerial fiber deployment, there are several key factors to consider:

Compatibility: You need to ensure that the components are compatible with each other and with the rest of your fiber infrastructure.

Quality: It is important to choose components that are of high quality, as they will be exposed to the elements and will need to be able to withstand the rigors of outdoor use.
Performance: You need to consider the performance characteristics of the components, such as their bandwidth, latency, and transmission distance, to ensure that they meet the needs of your network.
Cost: You should consider the cost of the components, including upfront costs as well as ongoing maintenance and repair costs.
Reliability: You should choose components that are reliable and have a good track record of performance.
Manufacturer: You should consider the reputation and expertise of the manufacturer, as this can affect the quality and reliability of the components.

It is also important to consult with a qualified engineer or vendor to ensure that you are choosing the appropriate components for your specific needs and requirements.