Infraplus Consulting was tasked with designing Distributed Antenna Systems (DAS) for multiple buildings across the UK. The project involved comprehensive planning and designing, using iBwave software to ensure RF power distribution, fiber connectivity, and strategic placement of radio equipment to optimize network performance.

The design process began with reviewing the transmission solutions required for each building and proceeded with the placement of radio equipment such as BTS (Base Transceiver Stations), Node-B, eNode-B, and RRUs (Remote Radio Units). Infraplus utilized iBwave to ensure that the RF power was evenly distributed across the network, providing high signal strength for seamless communication.

The project included the precise design of fiber connectivity between network components and radio equipment placement at strategic locations within each building. The design also included the establishment of fiber drop hubs and fiber splice cases, ensuring robust and scalable network infrastructure.

Once the design was complete, Infraplus produced detailed system schematic diagrams in iBwave software, showing the RF power distribution, fiber routes, and equipment placement across the buildings.

Scope of Work:

1. Transmission Solutions & Radio Equipment:

Define the proposed transmission solutions for each building
Plan and place radio equipment such as BTS, Node-B, eNode-B, and RRU
Optimize RF power distribution at each antenna

2. Fiber Connectivity & Equipment Placement:

Design fiber routes and connectivity from feeder hubs to drop hubs
Plan and place fiber cables between radio units and antenna systems
Place fiber terminals, splice closures, and fiber hubs in strategic locations

3. System Design & Data Management:

Use iBwave software to create detailed system schematic diagrams
Ensure all components are placed for optimal coverage and performance
Update data attributes in design layers for accurate implementation

4. Construction Prints & Documentation:

Provide construction prints in PDF format for implementation
Export BoM (Bill of Materials) detailing the materials required for installation
Create shapefiles for data integration and field execution

Deliverables:

System schematic diagrams for the DAS design, showing RF power distribution and fiber connectivity
Construction prints in PDF format
Bill of Materials (BoM) in Excel for material procurement and network installation
Shapefiles for all DAS components, ensuring accurate field data and seamless execution

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