Products
Life Cycle Solutions
AI-native Shared & Unlicensed Spectrum Product Suite
CBRS Spectrum Controller
- 3.5 GHz Spectrum Allocation & Optimization
- Award-winning Spectrum Access System (SAS)
- Regulatory Compliance & OEM Interoperability
- Dedicated Support Services & CPI Certification Training
6 GHz Spectrum Controller
- Unlock Access to Valuable 6 GHz Spectrum
- Extensive Ecosystem & Support Commitment
- Platform Architected for Performance & Scale
- 6 GHz Enablement & Global Expansion
Adaptive Network Planner
- Powerful AI-based RF Planning Tool
- Bulls Eye Accuracy at Blazing Speed
- Real-time Data for Dynamic Decision Making
- Business Process & System Optimization
- Multi-band Shared Spectrum Support
PEGS: Premium Enterprise Grade Spectrum Support Service
- Highest Support Levels
- Access to Premium Features
- Collaborative Support
- Assigned TCO Engineer
Next Level AI Performance
Our AI native solutions analyze all key factors—spectrum availability, equipment specs, transmission power, antenna placement, terrain, usage patterns, and more—to optimize every aspect of shared and unlicensed spectrum wireless network life cycles—from planning and deployment to operational speed and scale.
PRODUCT HIGHLIGHT
CBRS Spectrum Controller
Our Flagship 3.5 GHz Spectrum Access System
The increased range, faster throughput, and improved capacity of shared spectrum systems are powering an enterprise-level digital transformation across a broad range of use cases.
Federated Wireless is one of the few companies approved by the FCC as a CBRS access provider. Sharing CBRS spectrum is made easy through our award-winning Spectrum Access System (SAS). Implemented as a service in the cloud for efficiency and scale, our patented, algorithm powered SAS unleashes new business models, service opportunities and support for mission-critical applications.
- 3D coverage modeling with receiver heights from 1 to 500 meters
- Signal-to-Interference-plus-Noise Ratio (SINR) per channel
- Line-of-site/non-line-of-site (LOS/NLOS) signal path analysis
Spectrum Allocation and Optimization Advanced interference and channel management delivers highly efficient access to available spectrum.
Regulatory Compliance Our triple-redundant FCC-registered coast-to-coast ESC (Environmental Sensing Capability) sensors provide full spectrum access.
OEM Interoperability As a neutral 3rd party, partnerships with other leading technology providers enable success across the entire value chain.
Dedicated Support Services We manage SLAs, maintain a state-of-the-art NOC, and have operational expertise in delivering five nines availability.
CPI Certification and Training Become a Certified Professional Installer through our comprehensive CBRS online training program.
The FCC is taking proactive steps to enhance the Citizens Broadband Radio Service (CBRS), to increase the performance, ease of use and management, and overall value of your connectivity solutions.
PRODUCT HIGHLIGHT
6 GHz Spectrum Controller
Unlock Access to Valuable 6 GHz Spectrum
6 GHz systems allow for Standard Power (SP) devices to transmit at up to 63 times higher power, given interference with incumbent users is managed. Leverage our high availability, cloud-native platform built on years of shared spectrum experience and success with CBRS SAS for reliable and secure license-exempt operations in the 6 GHz band.
Superior Spectrum Availability Increase capacity 2X and coverage 20X with high power, high-performance 6 GHz deployments.
Extensive Ecosystem and Support Commitment Benefit from our deep partner network and unwavering support commitment.
Platform Architected for Performance and Scale A cloud-native solution that efficiently allocates spectrum and manages incumbent interference.
6 GHz Enablement and Global Expansion Supporting developing standards and ongoing regulatory initiatives globally.
Key Capabilities Include:
- Precise Incumbent Antenna Modeling with Radiation Pattern Envelope (RPE) Support
- Site-specific Clutter Data
- Antenna Pattern & Site Parameter Modeling for 6 GHz APs & CPEs
- Bootstrapping for High Power CPE Installations
- Professional Install Override for Precise AP & CPE Geolocation
- Building Entry Loss (BEL) Factor for Indoor Installations
PRODUCT HIGHLIGHT
Adaptive Network Planner
Access Real-time Deployment Visualizations
- Highly accurate LiDAR data mapped with live spectrum availability
- Advanced SINR calculations based on real-time SAS/AFC data
- Detailed LOS/NLOS analyses to optimize signal paths
- Flexible APIs for seamless integration with existing systems and workflows
- Integrated FCC BDC reporting; Meet NTIA BEAD funding requirements
Bulls Eye Accuracy at Blazing Speed Get shared spectrum geospatial visualizations with 1-meter accuracy.
Real-time Data for Dynamic Decision-Making Access live RF channel planning and coverage analysis like no other.
Business Process & System Optimization Drive operational efficiencies, stay competitive, and ensure ongoing success.
Multi-band Shared Spectrum Support Visualize all your shared spectrum data, CBRS and 6 GHz, through one powerful tool.
PRODUCT HIGHLIGHT
PEGS Support Service
Ensure Smooth Mission Critical Operations
Highest Support Levels Critical issues are guaranteed a 15-minute initial response time as well as executive-level visibility.
Access to Premium Features Access new functionality with options for custom features or integration to enhance CBRS spectrum usability.
Spectrum Managed Service Implement KPI monitoring with alerts, spectrum optimization features, and PAL license access support, if needed.
Collaborative Support Designate contacts for collaborative troubleshooting such as a vendor representative or end-customer.
Assigned TCO Engineer A Technical Customer Operations (TCO) engineer provides support continuity, case escalation and more.
CBRS Planning Experts Work with our experts for CBRS spectrum planning, spectrum analytics, and custom solution design.
- 3D coverage modeling with receiver heights from 1 to 500 meters
- Signal-to-Interference-plus-Noise Ratio (SINR) per channel
- Line-of-site/non-line-of-site (LOS/NLOS) signal path analysis
