We are located at Kenya, Accra road white angle building shop 43 call: 0743885581 email:sales@minawatechnology.com
Fiber installation and maintenance
[vc_row][vc_column][vc_column_text][/vc_column_text][vc_toggle title=”What Services do we offer in Fiber installations?” style=”square_outline” color=”turquoise” css_animation=”bounceInDown”]Part 1: Introduction
Minawa Communication Technology is a fiber optic Company offering Services in Fiber Technology.
We supply Fiber Products to our Client site, We do installation and Maintenance. We have been in this field for at least 5 years and have all the required knowledge to run this Technology.
For More Products visit our Shop Minawa Technology.
Part 2: Getting Started
Establishing with the end user or network owner where the network will be established and what communications signal it will transport is necessary before one can start designing a fiber optic cable plant. Computer networks based on Ethernet can currently function at rates ranging from 10 megabits per second to 100 gigabits per second thanks to the architecture of premises cable systems. Other systems may carry entrance systems, perimeter alarms, or security systems with digital or analog video. These systems often operate at low rates, at least in terms of fiber.
Part 3: Copper, Fiber, or Wireless?
When designing long-distance or outside plant applications, single-mode (SM) fiber cables are typically preferred above all other media. The majority of these technologies are made to operate at speeds and distances that only SM fiber is capable of. A line-of-sight or radio optical wireless network might be simpler to utilize since they have a lower cost of installation and are simpler to secure the necessary licenses if a company has two buildings on opposite sides of a roadway. A new kind of business network seems to be emerging in response to the demand for mobility and the growth of linked services. When customers seek direct connections and many wireless access points, a fiber optic backbone with copper to the desktop is used.
Part 4: Choosing Transmission Equipment
The following stage in developing a fiber optic network is selecting transmission hardware. The customer, who is aware of the types of data they must transmit, the designer, installer, and transmission equipment makers will typically work together on this phase. The cable plant and the transmission equipment are closely related. The required fiber type will be determined in part by the required bandwidth and distance, which will also decide the optical interfaces on the cable plant. Depending on the kind of communications equipment required, equipment selection could be simple or difficult. Since fiber optics has been the standard in telecom for 30 years, they have a lot of expertise in designing and installing equipment. You can typically discover equipment for telecom transmission because the majority of telecom equipment adheres to industry conventions.
Part 5: Planning The Route
After deciding to employ fiber optics and selecting the right hardware for the job, it’s time to decide exactly where the cable plant and other equipment will be placed. Every installation will be different, so keep that in mind. Physical locations along the route, regional construction regulations, and other parties engaged in the designs will all affect where the cable plant will actually be placed. We shall discuss premises and outdoor plant installations separately because they are diverse as usual.
Planning for the install
Final planning for the installation is a critical phase of any project as it involves
coordinating activities of many people and companies. The best way to keep everything
straight is probably to develop a checklist based on the design path:
Pre-install checklist:
• Main point of contact/project manager chosen
• Link communications requirements set
• Equipment requirements set and vendors chosen
• Link route chosen, permits obtained
• Cable plant components and vendors chosen
• Coordination with facilities and electrical personnel complete
• Documentation ready for installation, preliminary restoration plans ready
• Test plan complete
• Schedule and start date set for installation, all parties notified
• Components ordered and delivery date set plans made for receiving materials
(time, place,) arrange security if left outside or on the construction site
• Contractor/installer chosen and start date set
• Link route tour with contractor(s)
• Construction plans reviewed with contractor(s)
• Components chosen reviewed with contractor(s)
• Schedule reviewed with contractor(s)
• Safety rules reviewed with contractor(s)
• Excess materials being kept for restoration reviewed with the contractor(s)
• Test plan reviewed with contractor(s)
Before starting the installation:
• All permits available for inspection
• Sites prepared, power available
• All components on site, inspected, security arranged if necessary
• Contractor available
• Relevant personnel notified
During install:
• Inspect workmanship
• Daily review of the process, progress, and test data
• Immediate notification and solution of problems, shortages, etc.
After completion of cable plant installation:
• Inspect workmanship
• Review test data on the cable plant
• Set up and test the communications system
• Update and complete documentation
• Update and complete the restoration plan
• Store restoration plan, documentation, components, etc.[/vc_toggle][vc_text_separator title=”Minawa Fiber Communication” i_icon_fontawesome=”fas fa-crow” i_background_style=”rounded-less” add_icon=”true”][/vc_column][/vc_row][vc_row content_placement=”middle”][vc_column css_animation=”bounceInUp” css=”.vc_custom_1675851060070{background-position: center !important;background-repeat: no-repeat !important;background-size: contain !important;border-radius: 1px !important;}”][home1-services-section-shortcode title=”For any fiber works we do FTTH rollouts” link=”https://www.idom.com/en/project/ftth-deployment-auditing-and-project-management/#:~:text=FTTH%20technology%20allows%20the%20distribution,to%20subscribers’%20homes%20and%20businesses.” sub=”FTTH (Fiber To The Home) network.” des=”FTTH technology allows the distribution of advanced services, such as Triple Play: telephony, broadband Internet and television, to subscribers’ homes and businesses.”][home1-services-section-shortcode title=”For any fiber works we do FTTX rollouts” link=”https://www.stl.tech/blog/fttx-ftth-an-encyclopedic-breakdown-from-the-experts-in-the-realm/#:~:text=Fibre%20to%20the%20X%20(FTTx)%20refers%20to%20all%20types%20of,a%20home%20or%20business%20location.” sub=”What is the difference between FTTX vs FTTH?” des=”Fibre to the X (FTTx) refers to all types of fibre infrastructure including FTTH, FTTP, FTTC, and FTTN, while FTTH refers to fibre-to-the-home and is synonymous with FTTP. One thing common in both is a fibre optic cable running directly from the Internet Service Provider (ISP) to a home or business location.”][home1-services-section-shortcode title=”General splicing works” link=”https://focenter.com/fiber-optic-cable-splicing-explained/#:~:text=Splicing%20is%20generally%20used%20to,cables%20going%20to%20different%20places.” sub=”Fiber Optic Cable Splicing Explained” des=”Splicing in optical fiber is joining two fiber optic cables together.
Types of Splicing
There are 2 methods of splicing, mechanical or fusion.
(Insertion loss < 0.1dB)”][vc_text_separator title=”White Angle Hse Shop 43/44″ i_icon_fontawesome=”fas fa-cart-arrow-down” add_icon=”true”][/vc_column][/vc_row][vc_row][vc_column][home1-services-section-end-shortcode title=”Contact us” bttext=”Whatsapp us” btlink=”https://api.whatsapp.com/send?phone=+254725292526″][vc_column_text]
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