Services for wireless networks

Wireless capabilities are must-haves for businesses, public spaces and large venues. Choosing the right technology and products is only part of the challenge. Proper design, deployment, and integration into other systems are equally important.

CommScope, and its partners, have capabilities to design wireless projects—for Wi-Fi, distributed antenna systems (DAS), macro cell, and small cells. With thousands of systems designed or deployed globally, we have a unique vantage point on the challenges and solutions. Our global network of professionally-trained and certified experts delivers new wireless solutions for:

Enterprise Networks and Large Public Venues

• Stadiums, convention halls, temporary events, airports, railway stations and other high-density public venues
• Campus, enterprise, multi-dwelling unit (MDU), mixed use developments (MXU)
• High-volume, standardized segments like homes, MDUs and SMBs (small to medium-sized businesses)
• Indoor small cell networks

Outdoor Wireless Networks

• Public Wi-Fi
• Macro cell sites
• Outdoor small cell densification
• Buildouts for 5G and capacity

Our wireless services teams are driven to shape the networks of tomorrow and have designed and implemented systems in settings that range from office buildings to macro cell sites, to some of the world’s largest stadiums. And, we’ve done so for service providers and directly for enterprise, government and community clients.

With proven best practices, we are ready to design, build and support Wi-Fi, DAS, CBRS, 4G, 5G or other emerging solutions, including associated LAN and core networks. That means more dependable service and better revenue and operational efficiency for you.

Capabilities

Plan

• On-site surveys and evaluation of existing networks
• Electromagnetic survey and wireless propagation testing
• Capacity analysis and modeling
• Assessment reports, survey results, mitigation plans
• Technical and logistical project plan development

Design

• 3D solution simulation heat mapping and design development
• Indoor/outdoor wireless RF design
• IP Network architecture design and deployment steps
• High-level, low-level designs and construction drawings
• Methods of procedure development
• Site architectural and electrical design
• Construction documents
• Site acquisition

Implement:

• Staging, installation, configuration
• Systems integration
• Site passive build (steel, rigging, cabinets, poles)
• Site active build (equipment installation and commissioning)
• Power connection management
• Fiber and transmission build
• Migration of complex systems
• Test plans and solution validation
• As-built documentation
• Portal development
• Network optimization
• Live Event Support

Operate:

• Best practices configuration validation, implementation and system modifications
• Network performance resolution and root-cause analysis
• Key performance indicator (KPI) reporting
• RF tuning
• System updates
• Downtime elimination activities
• Live event testing
• Health checks
• Hosted core
• Managed services

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