Technical white papers, deployment case studies, webinar recordings, and online tools to support your network planning, technology selection, and procurement decisions.
Comprehensive comparison of licensed microwave, E-Band, V-Band, and fiber alternatives for 5G small cell backhaul in dense urban environments. Includes link budget examples, TCO analysis, and deployment case studies for each technology.
Download PDF →Technical guide on integrating LEO satellite links into existing operator backhaul networks using SD-WAN overlay, adaptive FEC, and multi-orbit orchestration. Covers Starlink performance characteristics and optimization strategies.
Download PDF →Engineering guide for sizing and deploying off-grid solar + battery systems for remote towers and satellite ground stations. Includes load calculation methodology, battery autonomy formulas, and LiFePO4 vs. VRLA comparison.
Download PDF →Technical overview of CBRS Band 48 architecture, SAS coordination, EPC core options, and CPE selection for enterprise and WISP deployments. Includes comparison with unlicensed 5 GHz alternatives.
Download PDF →Multi-link bonding, LEO integration, failover design, and QoS policy best practices for telecom-grade hybrid WAN.
Register to View →Path profiles, link budgets, fade margin, ITU-T G.826 availability, XPIC, and frequency coordination — from basics to advanced.
Register to View →CBRS architecture, SAS coordination, CPE selection, and business case for ISPs adding private LTE to their technology mix.
Register to View →What ISPs need to know: speed thresholds, latency limits, technology eligibility, and documentation requirements for BEAD applications.
Register Now →A wireless link connecting exactly two sites — typically a base station to a hub or aggregation point. The foundation of wireless backhaul networks.
A single base station antenna serving multiple subscriber CPEs simultaneously. Used for ISP last-mile access networks.
Lightly licensed millimeter-wave frequency band delivering up to 10 Gbps over distances up to 2 km. Ideal for 5G small cell backhaul.
Shared spectrum in the 3.5 GHz band (Band 48) managed by a Spectrum Access System (SAS). Enables private LTE deployment without traditional licensing.
Software-Defined Wide Area Network — a software overlay that intelligently routes traffic across multiple WAN connections based on real-time performance metrics.
Satellite constellation orbiting at ~550 km altitude, delivering broadband with 20–40 ms latency. Much lower latency than traditional geostationary satellites.
Delivery of broadband to fixed locations via wireless radio technology instead of fiber or copper — using LTE, 5G, or licensed microwave CPEs.
Cross-Polarization Interference Cancellation — technique that doubles microwave link capacity by transmitting two signals on the same frequency using orthogonal polarizations.
Automatic Transmit Power Control — dynamically adjusts radio transmit power to compensate for atmospheric fading while minimizing interference to co-channel links.
International standard defining error performance objectives for digital paths — used to specify and verify 99.999% availability of carrier-grade microwave links.
Standard for distributing timing/frequency synchronization over Ethernet — required for LTE/5G base station clock synchronization over microwave backhaul.
Precision Time Protocol — distributes phase and time-of-day synchronization with ±100 ns accuracy. Mandatory for 5G NR TDD synchronization over backhaul.
Broadband Equity, Access, and Deployment — $42.5B US federal funding program for broadband infrastructure in underserved areas.
Dense Wavelength Division Multiplexing — multiplexes up to 96 optical channels on a single fiber, each carrying 10G, 100G, or 400G. Metro and long-haul backbone technology.
Network virtualization technique that creates multiple isolated routing table instances on a single router — used to segment management, production, and guest networks.