NETWORK PLANNING is the core of successful network deployment. Achieving maximum capacity while maintaining an acceptable grade of service and good speech quality is the main issue for the network planning. Planning is required to an immature network with a limited number of subscribers and to a network that allows future growth and expansion. Wise re-use of site location in the future network structure will save money for the operator. System requirements, Define radio planning, initial network plan Individual site design, Implementation, Launch of service analysis is required during planning. tss is experienced in capacity, quality and coverage planning. TSS has a team of engineers who have hands on work experience in GSM, CDMA, EVDO, WCDMA, WIMAX, and LTE Technology planning. 
TSS helps clients to meet their business objectives from developing and refining a network deployment services. A Quality and commitment process with which TSS initiates every assignment enables us to achieve common goal of meeting schedule and deliverables. Our Project Management is reason for success of all assignments helping us exceed our clients’ expectations.


Transmission network planning covers definition of the whole network topology, technology selections, equipment configurations, synchronization and management plans. Essential areas of expertise are also site candidate identification and selection, technical site surveys and line-of-sight checks.

  • Initial dimensioning of the transmission network
  • MW link level planning and interference analysis
  • Transmission media selections: microwave (PDH), SDH, optic, copper
  • Existing network evaluation/expansion
  • Line-of-sight surveys
  • Capacity and topology planning

The inherent reliability and cost-effectiveness of microwave technology have been given a dominant role in connecting mobile radio base stations (RBS). The rollout of packet-data and third-generation mobile networks fundamentally changes the traffic demands on transmission systems. Consequently, new microwave transmission techniques and solutions are required. With the continuous growth of mobile subscribers and mobile data communication, operators need enhanced microwave transmission systems. In particular, enhanced features are needed to handle changing traffic patterns efficiently, to offer increased capacity, and to make optimum use of radio spectrum. To achieve profitability, operators must have flexibility and be able to respond quickly to dynamic market conditions. These requirements make microwave, with its ease of implementation, ideal for access transmission. Today, 60% of all second-generation RBSS are connected via microwave technology. As voice and data traffic increases in mobile networks, PDH-based point-to point microwave solutions can be complemented with ATM-based point-to multipoint solutions and SDH equipment to create a unified, fully integrated and cost-effective transmission solution that gives operators the best network control and most profitable operation.
Today’s Transmission Network Planning requires great strategies and forward planning. In Network planning it is also important to make provision for future innovative technology. TSS helps customer not only in Network design also in expanding rapidly and cost effectively.


Tss can provide operators with turnkey Cluster Optimization services with parameter tuning. During cluster optimization we focus on the KPI maintenance power level optimization, PN ambiguity resolution.


TSS is pioneer in providing Drive Testing Services. TSS is completely organized and has dedicated infrastructure to provide and support Drive testing assignments. Our Drive testing program management office has 24/7 technical support facility to support all Drive test teams in the market. TSS’s Drive test turnkey solution enables a smooth introduction of new technologies and ongoing maintenance of voice and data services, helping service providers ensure high quality service and maximize the revenue. Our Drive test teams can support requirements for reliable and repeatable data collection tasks. TSS has a team of engineers who have hands on work experience in GSM, CDMA, EVDO, WCDMA(3g), WIMAX, and LTE Technology (4g)Drive test solution.


For network benchmarking, sophisticated multi-channel tools are used to measure several network technologies and service types simultaneously to very high accuracy, to provide directly comparable information regarding competitive strengths and weaknesses. Results from benchmarking activities, such a comparative coverage analysis or comparative data network speed analysis, are frequently used in marketing campaigns. Drive testing to gather networking benchmarking data is the only way mobile network operators can collect accurate competitive data on the true level of their own and their competitor’s technical performance and quality levels.
TSS is now counted as the One of the best Benchmarking solution provider in INDIA. TSS maintains a large inventory of latest test and measurement equipment, which is calibrated and upgraded to meet latest technological benchmarking requirements.


TSS have highly qualified resources on los survey and LOS planning. We provide both turnkey and Man based Solutions to our clients. The ultimate goal of LOS survey is to have MW connectivity between the two sites to ascertain the Line of Site clearance. The LOS survey is carried out physically checking the terrain between the hop and selecting the sites for acquisition. The survey is highly critical because any failure in LOS can lead to a delay in project and a subsequent loss on account.

LOS survey is carried out in the following steps:

  • Collect Nominals of proposed site and those of the nearest locations to which customer proposes the LOS connectivity & Verification
  • Record latitude, longitude, building data, obstruction data and surrounding terrain data on the LOS Survey template
  • Generate LOS Path Profile for the proposed Link using Path loss 4.0
  • Generate LOS report for the proposed Link using Pathloss 4.0.Conduct physical survey of the hop to identify any field obstructions and verify the LOS path profile


RFI survey is a preliminary survey for the site implementation and is done to know he space availability for antenna, BTS installation. It is also used to know the electrical supply availability, feeder length details and all the pre requisites
We are having a setup for RFI survey professional having both RF and installation exportation. As well as we are having a range of instrument required for the RFI survey.

  • RF (radio frequency) survey.
  • LOS (line of site) survey/ Transmission survey
  • EMF (Electromagnetic field) survey.
  • UBR (unbanned radio) survey.
  • Drive test of the network.(2G,3G,& 4G)
  • RF Planning.
  • RF Optimization.



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