- The installation of racks and DDF will be conducted in accordance with the floor plan, including the use of couplers, anchors, grounding, and ensuring proper cable routing and labeling.
- The installation, commissioning, and testing of BTS, BSC, and MSC equipment will be performed.
- The supply of equipment and the assembly of various cables, including RF, VF, power, and E1 cables, will be undertaken.
- All necessary tests, such as VSWR, CL, RL, and BER, will be conducted, and the results will be submitted to the customer.
- The installation and commissioning of all electrical equipment, including rectifiers, DGs, ATS, and ATRs, will be carried out, along with the upgrading or swapping of BTSs, BSCs, RF and MW antennas, and DGs.
- Equipment transportation will be arranged according to customer requirements, ensuring proper handling, loading, unloading, and insurance coverage.
Network, Planning and Optimization Service
Radio network planning involves the dimensioning of the network, the design of coverage areas, the allocation of frequencies, and the analysis of interference. Additionally, it encompasses comprehensive planning that focuses on parameter optimization, supported by essential field measurements.
As a part of Network Planning We offer following services.
- The nominal planning of cell sites is aimed at achieving the desired objectives for these locations.
- Conducting a Cell Site Survey to assess coverage in various environments such as dense urban areas, highways, rural regions, and railway systems, as well as evaluating capacity needs for (macro, micro, and pico cells) along with in-building coverage and capacity requirements.
- Preparation and auditing of the database for radio parameters at cell sites.
- Testing of the network drive for voice and data, along with subsequent processing.
- Optimization of the network utilizing KPI statistics and field testing data.
- Optimization of the network utilizing KPI statistics and field testing data.
- CW Data Collection & Propagation model tuning.
- Assessment of current RF coverage and identification of areas with deficiencies in comparison to competitors.
- Conduct an audit of the current BSS capacity to identify congested cells and areas, and propose the most effective solutions for managing traffic.
- BSS Network Assessment and Dimensioning.
- The design and implementation of building networks for structures ranging from small to large, incorporating link engineering.
- The analysis of the business model, grounded in benchmarking drive tests, recommends a comprehensive network expansion strategy aimed at enhancing coverage, capacity, and quality to maintain a competitive edge in the market.
Transmission Planning and Optimization, Microwave Installation
The installation, commissioning, and alignment of microwave hops will be executed for distances up to 3 meters.
Cellular networks encounter significant and inevitable challenges stemming from advancements in technology, as well as the demands for coverage and capacity. The task of maximizing the value of existing network transmission resources is complex, making our Transmission Network Planning an essential service for designing any network access requirements.
Contemporary network planning necessitates robust strategies and proactive foresight. Additionally, it is vital to account for future technological innovations in the planning process.
In the realm of Transmission Network Planning, we provide the following services
- LOS Survey for backbone and intra city Access link .
- Microwave Link Engineering .
- Transmission Network Planning .
- Path profile analysis based on Digital and TOPO maps .
- PCM Planning .
- Microwave Network Audit and Optimization .
