iBwave Capability

iBwave Capability

iBwave logo

Advanced indoor wireless modelling, design coordination and construction-ready documentation for complex DAS environments.

Licensed Indoor Wireless Design Capability

Licensed modelling backed by engineering judgement

Hunter RF uses licensed iBwave platforms to support feasibility, detailed RF design, coverage prediction, assurance and final construction documentation for complex in-building wireless environments.

The toolset enables accurate three-dimensional modelling and prediction — but it is the experienced RF engineering judgement, technical governance and quality assurance behind every model that determines whether a design performs as intended once installed.

What iBwave enables

01Feasibility modelling and coverage assessment
02Detailed RF design and antenna placement
03Multi-technology, multi-operator coordination
04Coverage prediction and link budget analysis
05Construction-ready design documentation
Design Capability

Specialist modelling across the design lifecycle

3D Building Modelling

Accurate three-dimensional representation of venue structure, materials and physical constraints — forming the foundation for reliable RF prediction.

Coverage Prediction

Signal-level prediction across complex indoor environments — identifying coverage gaps, overlap and capacity distribution before deployment.

DAS Design

Distributed antenna system design integrating active and passive infrastructure — balancing coverage, capacity and operator requirements.

Link Budget Analysis

Detailed link budget calculation accounting for path loss, antenna gain, splitter and combiner losses, and system margins at every node.

Design Coordination

Coordination of multi-operator, multi-technology requirements within a single governed design — resolving conflicts and aligning stakeholders.

Construction Documentation

Construction-ready design packs — drawings, BoMs, antenna schedules and installation guidance issued for site teams to deliver accurately.

Visual

Engineering in Three Dimensions

Stadium — high-capacity DAS coverage across bowl and concourse

Stadium — high-capacity DAS coverage across bowl and concourse

Airport terminal — multi-operator coverage across passenger zones

Airport terminal — multi-operator coverage across passenger zones

Multi-storey commercial building — floor-by-floor RF prediction

Multi-storey commercial building — floor-by-floor RF prediction

Head-end layout — DAS host equipment and distribution design

Head-end layout — DAS host equipment and distribution design

Coverage heatmap — signal-level prediction and optimisation

Coverage heatmap — signal-level prediction and optimisation

Antenna and cable routing — physical design coordination

Antenna and cable routing — physical design coordination

Process

From survey data to construction pack

01Survey Data
02Building Model
03RF Design
04Prediction & Optimisation
05Technical Review
06Construction Pack
Engineering review and technical analysis
Quality Assurance

Engineering Assurance Behind Every Model

Models are checked against project requirements, operator standards, survey information and real installation constraints — ensuring that what is predicted on screen translates into coverage that performs once deployed.

Technical Governance

Design integrity owned and governed across multi-stakeholder programmes.

Independent Review

Designs verified against requirements, operator standards and survey data.

Documentation Quality

Construction-ready packs that withstand scrutiny and reduce on-site ambiguity.

Need specialist iBwave design capability?

Whether you require a single complex model, independent design assurance or scalable programme support, speak with Hunter RF about your project.

Discuss Your iBwave Requirements
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