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    Telecom

    Managed Service

    We sympathize with you if managing your telecom services has proven to be more difficult than you anticipated. Priority conflicts that your company is unprepared to handle might result from juggling contracts, billing, outdated equipment, user difficulties, and evolving technology.

    For many businesses, telecom and internet technology have become a burden. IT professionals, who already deal with difficult day-to-day difficulties, are now forced to concentrate on these instead of on the main business requirements. Could telecom support services provide you with the answer you need?

    It’s simple to state that managed service providers “save you time and money,” but how exactly do they do this? Today, we’ll examine the several features of telecom managed services and how they might support the success of your company.

    ADSS Maintenance Service

    All-dielectric self-supporting optic cable is another name for ADSS fiber optic cable. There are two modes in optical fiber; single-mode and multimode fiber.

    The self-supporting type indicates that the optic cable’s reinforcing member can withstand its weight and external load, has high mechanical strength, and can withstand the strong electric environment’s impact.

    A comprehensive transmission circuit infrastructure with high-reliability performance is provided by the ADSS fiber optic cable system, which includes cables, suspension, dead-end, and termination enclosures.

    In most cases, ADSS cable will provide an efficient and optimal solution for aerial cabling or outside plant (OSP) deployments.However, the most remarkable advantages of optical fibre are:

    • Its dependability and low fiber cable price.
    • A fiber optic cable is strong enough to allow installation lengths of up to 700 meters between support towers.
    • ADSS cable is lightweight and small in diameter to reduce the load on tower structures caused by cable weight, wind, and ice.
    • To maintain low optical loss throughout the cable’s life, the internal glass optical fibres are supported with no strain in the cable’s design.
    • The cable is jacketed to protect the fibers from moisture.
    • The jacket also shields the polymer strength elements from the effects of UV light from the sun.
    • Circuits up to 100 km long are possible without repeaters using single-mode fibre cables and light wavelengths of 1310 or 1550 nanometers.
    • A single cable can transport up to 144 fibers.

    BTS Service

    CEON can provide full range of BTS Installation and Commissioning services to your organization. Our team has the expertise and experience to take your telecom projects to the highest level of quality. Some standard process and procedure taken into our account.

     Receipt of site information from customer along with TND/RND
     RFI check along with ensuring the site permissions
     Material reception at the sites and checking as per packing list. Intimate to the customer in case of any deficiency
     Hoisting of GSM/CDMA antennas on tower as per TND/RND
     Clamping and routing of RF cables from Shelter to Antennae
     Grounding the Antennae and RF cables at appropriate place
     Ensuring drip loop/Z loop at cable entry plate
     Ensuring no sharp bend on RF cables
     Fixing OGB
     Weather proofing
     Fixing EMPs/Surge arrestors along with connection in shelter
     Grouting the BTS
     Extending, power cables, E1 cables, grounding cables to BTS
     Fixing IGB and extending grounding to all peripheral equipment
     Fixing DDF
     Installation of Battery bank and rectifier
     Installation of internal cable try
     Installation of indoor jumpers
     Checking VSWR
     Switching on the equipment
     Commissioning the equipment as per defined procedure
     Power measurement
     Filling the check list and execution of quality audit

    RF Services

    We do RF Survey. The goal of a RF site survey by CEON is to acquire ample information to determine the number and placement of access points that allows optimal coverage throughout the facility.

    R F Network Planning and Optimization

    CEON’s RF Engineering Resources are well trained to use state‐of‐the‐art industry standard tools for design, planning and testing the networks to ensure that the network design meets the network performance objectives of the customer.

    Drive Test

    Drive Test is conducted for checking coverage criteria of a cell site with RF drive test tool. The data collected by drive test tool as Log files is analyzed to evaluate various RF parameters of the network. Drive Route and Site Data for the sites to be driven is taken from customer in addition suggested hot spots or important roads as analyzed to be important. Drive Test LOG File of the specified Drive Route / Site is saved and the same will be handed over to customer at the end of the day. Drive Test identify routine field optimization issues like cable swapping, missing neighbors, overshooting cells etc., and rectify the same with the help of the customer.

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