Network Planning and Designing

Network planning is never stationary. A network’s design requires change; plugging coverage holes plus adding capacity wherever need, as traffic raises and moves. Moreover, new technologies for example 5G need to be installed on top of current networks in the cost-effective and most efficient manner possible. This needs careful planning, particularly when technology layers are expected to work together as a smooth network.

Network Planning
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Civil survey solutions

Using advanced software, our expert surveyors complete a full valuation and testing of current networks and recognize requirements plus unit counts. Our design team develops a complete design in line with the customer’s technical specification using the captured data. We revolutionize to create smarter Civil survey solutions plus invest heavily in programs to drive developments and efficiencies during the survey and design stage.

Wireless network survey

In Wireless network survey assessment of received wireless signal strength, RF interference, location of each wireless access point, and noise levels are all involved. Using this info, we can optimize your wireless placement and select suitable antennas, radio channels, and transmit power levels of every wireless access point toward maximizing the performance of your wireless network.

We use the up-to-date business tools and methods to map RF coverage plus capacity and offer you with comprehensive and detailed documentation.

FTTX network design

FTTx networks bring the combined advantages of lower energy consumption and higher transmission rates. Moving optical fiber closer to the user permits the latest construction, transmission methods to be leveraged to their completest extent and reduces the bottleneck prospective of conventional coax. To make this viable, skillful network planning and implementation must broadcast all lifecycle stages.

The first phase towards executing this technology is well-coordinated planning and design. Prior to founding the detailed FTTx network design, initial planning considerations is needed. Initial planning includes the number and location of users, fiber distribution plus access points, as well as the architectural components for example passive optical network (PON) technologies. Detailed design components at the “micro” level contain precise distribution patterns splice locations, and loss budget calculations. Avoiding present utilities and establishing equipment locations are some of the other concerns included in a complete FTTx technology network design.

HFC network

Hybrid fiber-coaxial or HFC is a telecommunications business term for a broadband network that joins optical fiber and coaxial cable. It has been usually employed worldwide by cable television operators from the early 1990s. In a hybrid fiber-coaxial cable system, the TV channels are sent from the cable system's distribution facility, the headend, to local communities over optical fiber subscriber lines. Hybrid fiber coax or HFC connection is the network architecture usually used by multi-system operators in the cable television business to provide broadband content. Your HFC networks need ongoing work to spread and upgrade the network. If you need to decrease maintenance costs plus downtime, improve customer service, and optimize performance, we provide the HFC network solution.


The telecom industry is always changing and evolving. Network planners need to keep up with the latest technology in order to design an efficient network.

Importance of network design & planning

The wireless network is also termed the cellular network. It makes your smartphones and mobile work over radio signals. The whole wireless coverage area is divided into small cells. Each cell has at least one cell tower or base station. Each cell works by a frequency of radio signals. Mobile phone subscribers could use the network for data and voice services, even if they are moving among these cells. If a specific cell is blocked with traffic, mobile users get the adjacent accessible tower to communicate.

Mechanical services design and construct solutions

One Objective. One Team. Working with Mechanical Services as a single, multidisciplinary group of in-house professionals, we translate our vision into a reality that supports our organization's requirements, culture plus goals. Our client-centric combined approach rises speed to market and cost savings without compromising value.

Appropriate design-build construction is greatest executed by mechanical system experts who are passionate about design as well as trust in what they are doing. Mechanical services is insistent in reaching all of the objectives. Mechanical services design and construct solutions has the ability to design the structure with all of the client's requirements. This includes being capable to accomplish the best value in the smallest possible time frame.

Product design uts

The telecom industry is certainly considered to be one of the most beneficial segments as the telecom product development has contributed lots for the economy of maximum of the countries. The privatization of telecommunication firms has led the customers to have an inspiring communication experience.

We are in the segment of telecom Product design uts for a long time. And has aided Telecom and Networking products builders across the wire line and wireless spectrum to design and build new products plus sustain engineering on current products. We have always gone beyond the cost factor to aid our client create a competitive edge by accelerating new service roll outs.

Spatial modeling

Spatial modeling is an analytical procedure conducted in conjunction with a GIS or geographical information system in order to describe basic procedures and properties for a specified set of spatial features.

Earth’s biogeochemical and ecosystems cycles drive and reply to ecological change; and ecological changes are happening at an extraordinary rate. Geographers develop tools plus models to detect, predict, understand, and model interactions inside and between ecosystems, the atmosphere and the critical zone across scales that range from local toward global. We seek out to understand social procedure and networks, constructed from linked info connecting the atmosphere, infrastructure, and society.

Our analyses use data from satellite remote sensing networks as well as national spatial data infrastructures, virtual reality, social media fusion, and drone-based imaging—all areas of invention for our researchers.

Spatial data

GIS or Spatial data use for telecommunications has gradually been rising over the previous two decades. Historically, telecom firms have used either their own in-house info-gathering systems or procured systems to collect the info that they required. However, these info systems were not designed to work together since companies did not believe there was any need for these systems to share info.

Currently, telecommunications firms operate their own networks of equipment from manifold sources or vendors. Therefore, interoperability between systems and info sharing between systems has converted more and more of a necessity, particularly with the rise of mergers that need the incorporation of or communication with foreign network.

This requirement for interoperability gave development to the Telecommunications Management Network (TMN) system of regular business organization. The TMN technique of business support system organization specifies interoperability as standard using industry-wide protocols. GIS networks requisite to have this similar level of support for interoperability for GIS applications to work fine inside the TMN-defined system that has converted standard.

GIS spatial analysis is the process of examining spatial patterns and relationships in order to understand how spatial variables (location, distance, shape, etc.) affect phenomena of interest. Patterns can be discovered by visually inspecting a map, or by using spatial analysis tools to measure and analyse spatial relationships.


MapInfo Australia

Now, users could work flawlessly between vector plus raster domains directly inside the same software solution, simplifying data modeling plus visualization for even the most demanding data-integration projects. This technology is particularly applicable to the Telecommunications industry wherever network planning dynamics mean big geospatial datasets plus variables need to be analyzed and processed.

SAED telecommunications

With our attention being SAED or Site Acquisition Environment and Design, the engineering design procedure is the key output our customers look to us to deliver. Our engineering function has numerous specialty focus zones of saed telecommunications: Structural Engineering, Electrical Engineering, RF Engineering as well as Project Engineering.

WHS management plan

A WHS management plan is a paper that sets out the key procedures and systems for managing health plus safety on a construction site. Managing WHS issues in the telecommunications industry essentially comes down to managing risk. Some of the issues are working in confined spaces, materials handling, electrical safety, physical hazards, lifting heights that would require to be addressed in a WHS risk management plan

The management promise and the signing of the policy is the first step to appliance the management system. The teamwork of all heads of areas is vital for the execution of the occupational health plus safety management system.

The partaking of employees in the updating of risks is vital to control them and have knowledge of their condition and their requirements. The approach to staffs is essential within the plant, builds trust as well as improves the relations between them as well as their superior

Frequently Asked Questions

Tools that use geospatial data to map telecommunications started as department-specific tools that only worked inside a specific scope. These geospatial data tools have been used to automate business procedures and rise operational efficiency. As such, almost all telecommunications firms have incorporated GIS into their workflows in a diversity of ways.

The objective of spatial modeling is to be capable to study and simulate spatial objects or phenomena that happen in the real world and facilitate problem solving and planning.

The pace of change in the telecommunications industry is accelerating: the explosion years are either over or coming to an end very fast for maximum telcos. The tech sector has seen huge disruptive variations affect social life, politics plus business.

Telecommunications network planning plus maintenance are complex topics that are in Continuous demand for better solutions. With the advancement of telecommunications networks, which carries heavy investments in new technologies, the investigation is directed to cutting the expenses while providing the users with the assured level of service. Our technical, engineering and managerial skills permit us to provide customers broad-based, impartial expertise in all features of communications and planning, valuation and procurement procedures. Our telecommunications experts are well versed in investigating and preparing for on-going improvements in telecom technologies and trends.