Control queue delay on shared onboard connectivity
Keep competing passenger flows fair on a constrained aircraft WAN, then use local and centralized evidence to understand where service quality changed.
Conceptual example. Parent groups and circuit mapping come from your network configuration.
- 01Aircraft WAN
Constrained shared path
- 02Configured parent
Available capacity envelope
- 03Passenger circuits
Integration-defined mapping
- 04Active flows
Per-flow fairness
Share onboard capacity fairly
Configure the parent envelope and circuit mapping for the onboard network so competing traffic stays under explicit queue control.
- Per-circuit fairness
- Configured shared limits
- A defined source for circuit data
Separate queue delay from path latency
Compare idle and loaded behavior when validating the pilot. Queue management addresses added queueing delay, while satellite or other WAN propagation remains.
- Loaded RTT and throughput
- Circuit and parent queue evidence
- A repeatable representative-load test
Separate node fit from fleet visibility
Size each shaper for its throughput and hierarchy. Insight can compare one or many shapers; fleet size alone does not determine a node hardware specification.
- Local circuit investigation
- Centralized history and alerts
- Confirm onboard hardware and integration fit with the operator
Operator workflow
Compare nodes, then investigate a circuit
Use the product dashboard to choose a node, compare its quality signals, and narrow the circuit. This generic product view is not evidence of a certified or turnkey aircraft integration.
Walkthrough
See the aviation operating view
These views show how operators compare nodes, rank problem areas, and keep global context around constrained onboard connectivity.
Plan your pilot
Put the workflow to work
Validate LibreQoS on your network
Start with a limited pilot, compare the same load conditions, and confirm the affected branch and circuit behavior before expanding.