Regular commentary on wireless, fiber, market strategy, deployment execution, finance, and network operations. Insights captures current thinking. Standards organizes the durable reference framework.
Insights publishes commentary across wireless strategy, fiber and wireless convergence, market models, RF and installation, operations and capacity, and the finance and economics of deployment. New material is published when a pattern is significant enough to warrant documentation.
The ceiling of next-generation fixed wireless is set by physics. The floor is set by execution. Eight patterns that show up in every underperforming network. None of them are technology problems.
Eight patterns documented across real ngFWA deployments. None of them are technology failures. All of them trace back to a decision made during deployment that was not governed by a defined standard. This note covers the full failure sequence, from bad installs to capacity collapse.
The ceiling of next-generation fixed wireless is set by physics. The floor is set by execution. Eight patterns that show up in every underperforming network. None of them are technology problems.
Your dashboard shows solid signal levels. Subscribers are calling about speed. Both readings are accurate. The cause is not the backhaul.
Mounting an antenna ten feet too low looks like a cost savings on installation day. Months later when foliage fills in and links degrade, it presents as a hardware failure. It is not.
Atmospheric conditions can carry CBRS 3.5 GHz signals far beyond their intended range. When that energy arrives at your network it presents as sector degradation with no identifiable local source. The diagnostic path is different from every other interference scenario.
Each of these represents a pattern observed repeatedly across real networks. When the documentation is complete enough to be useful, it will be published.
Average utilization is the wrong metric. Busy-hour aggregate throughput is the right one. Here is exactly how to calculate the number that predicts congestion before subscribers experience it.
A CBSD registered with incorrect parameters runs at a fraction of its intended EIRP with no fault indication. Engineers spend days troubleshooting hardware that is functioning correctly. This note documents the exact verification sequence.
Tier 3 installs without written conditional documentation are the single largest source of disputed churn in FWA operations. This note documents the process that addresses the dispute before it starts.
When a pattern proves durable across deployments, it earns a place in the Standards library. The Standards roadmap is published in stages.