Key takeaway: Purpose-built for long RF feeder runs with low loss and mechanical reliability.

Definition

HELIAX® is ANDREW’s engineered hardline coaxial cable family designed for macro sites, DAS feeders, rooftop RF, and high-capacity carrier infrastructure.

Primary Use Cases

• Head-end to remote unit RF feeder
• Rooftop cellular and broadcast
• Long-distance tower RF runs

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Key takeaway: Digital transport replaces RF-heavy DAS architecture, easing 5G rollout.

Definition

ERA® enables multi-operator indoor coverage with fiber transport to remote units, greatly reducing heat, space, and powering demands versus legacy DAS.

Core Advantages

• Fiber distribution minimizes RF loss
• Multi-band, multi-operator on a single platform
• Lower cooling, head-end space, and power usage

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Key takeaway: Aligns with structured cabling pathways for consistent enterprise coverage.

Definition

ION-E® utilizes building IT infrastructure to deliver uniform, multi-floor cellular performance across large, enclosed environments.

Best-Fit Environments

• Corporate campuses
• Universities and education buildings
• Convention and hospitality venues

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Key takeaway: Dedicated CBRS LTE/5G network separate from carrier control.

Definition

OneCell® enables private wireless domains with deterministic QoS, secure mobility, and on-premises breakout for industrial automation and mission-critical operations.

Best-Fit Applications

• Industrial robotics and IoT
• Hospital telemetry and operations
• Warehouse automation and AGVs

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Key takeaway: Best solution when uniform multi-carrier indoor coverage is essential.

Definition

DAS distributes licensed signals to remote antennas within buildings to overcome RF attenuation caused by structure, density, distance, and materials.

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Key takeaway: Targeted indoor RF capacity where macro networks struggle.

Small cells support localized RF coverage improvements in congested, shadowed, or high-demand spaces such as lobbies, concourses, and atriums.

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Key takeaway: Enterprise-controlled cellular layer delivering deterministic service tiers and secure segmentation.

CBRS enables full control over coverage, security policy, mobility domain, and industrial latency needs without macro network dependency.

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Key takeaway: Centralizes baseband function to reduce site hardware and improve orchestration.

C-RAN lowers distributed site footprints and consolidates RAN control, improving spectral and multi-site coordination.

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Key takeaway: RF connectivity assemblies engineered for rapid and reliable cell site buildout.

Includes hybrid fiber/copper assemblies, jumpers, connectors, and mounting accessories with simplified install workflows for 5G rollouts.

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Key takeaway: Accelerated 5G modernization while maintaining LTE continuity.

MOSAIC® supports layered RF evolution, reducing tower load and allowing LTE + NR coexistence without complete infrastructure replacement.

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Key takeaway: Protects RF systems from passive intermodulation interference.

PIM-GUARD® mitigates passive intermodulation at connectors, brackets, jumpers and mounts that commonly degrade multi-band 5G performance.

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Key takeaway: Stabilizes voltage and power delivery for remote radio and small cell systems.

POWERSHIFT® optimizes DC delivery across distance and load, improving uptime, efficiency and performance for distributed 5G radio layers.

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