Embark on a journey through the evolution of Distributed Antenna Systems (DAS) with Lifecelltelecom, where we redefine wireless communication coverage within buildings. In the intricate world of telecom infrastructure, our DAS solutions play a pivotal role in distributing mobile or wireless signals indoors.
Addressing Structural Challenges:
When confronted with challenges like thick walls, material composition, or multiple floors, wireless signals often struggle to navigate through these structures adequately, resulting in suboptimal coverage. Lifecelltelecom’s In-Building Solutions utilize Distributed Antenna Systems (DAS) to amplify mobile signals and foster seamless internal communication within these challenging environments.
Tailored Solutions for Varied Spaces:
Specifically designed for dynamic spaces such as shopping centers, hospitals, universities, airports, and other expansive structures, our DAS solutions strategically install antennas and amplifiers to boost and distribute mobile signals effectively within the building.
Exploring DAS Types:
- Active DAS:
A digital marvel comprising Radio Units, Central Units, and Expansion Units, each playing a distinct role.
-Remote Units (RUs): Amplifying RF signals near antennas, converting analog signals into digital in the Uplink, and vice versa.
-Central Units (CUs): Receiving RF signals in the Downlink from primary sources, distributing modulated signals to active units (RUs), and vice versa.
Active DAS operates digitally, significantly enhancing signal quality, with communication facilitated by optical fibers, minimizing losses compared to coaxial cables.
- Passive DAS:
Signal amplification occurs solely through repeaters, typically incorporating telecommunications cables, antennas, and signal distributors. Due to the use of coaxial cables, this system experiences higher signal losses, making it less suitable for larger buildings.
Critical Considerations in Implementation:
The implementation architecture depends on factors such as location, signal requirements, building architecture, and coverage needs. Choosing suitable equipment and establishing essential connections between antennas and the central system are paramount for achieving the desired coverage within the building. Technical details, including antenna installation, cable system design, equipment utilization, and signal management, play a crucial role in the design and implementation stages.
Executive Summary: Nurturing Seamless Connectivity
In an era where mobile usage has become integral to daily life, ensuring uninterrupted and reliable mobile network coverage is imperative. Lifecelltelecom addresses this growing demand by offering comprehensive solutions tailored to diverse spaces, ranging from underground areas, tunnels, tall buildings to mobile network blind spots.
Tailored Solutions for Diverse Spaces:
For extensive projects like metros, where vast dimensions pose unique challenges, specific BTS equipment installations are based on meticulous designs. Micro BTS units find application in smaller projects, such as road and city tunnels. Residential buildings, with areas like parking lots and conference halls needing network enhancement, benefit from the utilization of mobile network repeaters.
Mobile Antenna Boosting for Complete Coverage:
The development of urban environments and challenging terrains can pose obstacles to establishing complete mobile antenna coverage. Lifecelltelecom employs mobile antenna boosters, based on feasibility studies, to enhance mobile signals in areas with weak coverage, ensuring reliable and accessible communication.
Locations without Mobile Coverage:
Mobile enhancers find application in various locations where signals are weak, including mines, remote villages, isolated highways, tunnels, parking lots, and underground areas.
Diverse Types of Boosters:
- Single Band, Double Band, Triple Band boosters.
- Indoor and outdoor boosters.
- Boosters with different power and gain levels.
- Boosters suitable for small, medium, and large environments.
Implementation Steps for Mobile Network Enhancement:
- Initial Inspection: Utilizing software like TEMS, the mobile network coverage status is assessed at the best location for each operator’s external antenna installation, identifying cable routes and equipment installation locations.
- Building Map Preparation and Floor Determination
- Initial Design: The finalized plan, aligned with the relevant operator’s requirements, is referred to the execution department.
- Finalizing Equipment Installation Locations: Locations are defined according to the presented plan, with adjustments made when necessary, ensuring no compromise on coverage or interference issues.
- Execution and Equipment Installation: The final plan is executed, and equipment is installed according to the specified locations.
- Network Activation, Testing, and Handover: Coordination with the respective operator ensures a smooth activation process, with tests and reports conducted before handing over the network to the client.
- Maintenance and Support: Post-installation, ongoing maintenance and support services are provided to ensure the sustained efficiency of the enhanced mobile network.