MyBroadband Insights delivers rigorous, data-driven network benchmarking and analysis designed for telecom operators, network engineers, and technology decision-makers. The platform aggregates thousands of crowd-sourced tests to provide actionable intelligence on mobile and fixed-line performance, helping teams prioritise optimisation, close coverage gaps, and elevate user experience. In this article we summarise the platform’s capabilities, what the metrics mean for network teams, and how to apply insights to drive measurable improvements. The primary keyword for this piece is “network benchmarking.”
What is network benchmarking and who benefits
Network benchmarking is the systematic measurement and comparison of network performance metrics—download/upload speed, latency, jitter, signal strength, coverage, and service stability—against peers or targets. Primary audiences include:
- Telecom operators evaluating competitive performance.
- Network planners and RF engineers who prioritise upgrades.
- Product and operations teams measuring customer experience.
- Vendors and consultants validating optimisations and deployments.
The intent is largely informational with practical, actionable guidance for technical stakeholders.
Core capabilities of MyBroadband Insights
- Aggregated consumer datasets from thousands of speed tests across diverse geographies.
- Cross-technology comparisons (mobile data, fixed broadband, voice).
- Visual dashboards and benchmark reports that highlight performance trends and outliers.
- APIs and exportable datasets for deeper analysis and integration into OSS/BSS workflows.
These capabilities support both exploratory analysis (where are our weak spots?) and targeted troubleshooting (what specifically causes latency in region X?).
Key metrics explained and their operational relevance
- Download & upload speeds: Reflect user throughput for content delivery, uploads, and cloud services. Use percentiles (median, 75th/95th) to avoid skew from outliers.
- Latency & jitter: Critical for real-time services (VoIP, gaming, interactive apps). High median latency or wide jitter indicates need for routing or congestion fixes.
- Signal strength: Pinpoints RF coverage consistency; correlate with drive-test and crowd data to confirm coverage holes.
- Call setup success rate & dropped call ratio (voice benchmarking): Indicators of control-plane health and handover stability.
- Performance ratings: Aggregated score simplifying comparisons; useful for executive briefings and SLA monitoring.
- Geographic coverage mapping: Guides site expansion, small-cell placement, and fibre backhaul prioritisation.
Example application: if upload rates are consistently low in a business district during working hours while latency remains low, investigate uplink congestion or backhaul asymmetry rather than RF issues.
Using the Insights Portal effectively
- Benchmark against competitors: Use percentile-based comparisons and region-level breakdowns rather than global averages.
- Drill from macro to micro: Start with country-level trends, then filter to city, cell, or postcode to locate root causes.
- Combine datasets: Merge speed-test results with OSS logs, QoS counters, and customer complaints to validate hypotheses.
- Track KPIs over time: Monitor changes after software upgrades, antenna tilts, capacity additions, or policy changes to quantify impact.
Practical tip: schedule weekly automated exports of key metrics (median speed, latency percentiles, call-drop rate) to a dashboard your operations team reviews during morning standups.
Speed test app and measurement best practices
The MyBroadband Speed Test app (Android, iOS, web) provides standardised measurements across access types (mobile data, Wi‑Fi, fixed-line). For reliable insights:
- Encourage users to test during peak and off-peak times.
- Capture contextual metadata: device model, OS, radio technology (LTE/5G), cell ID, and Wi‑Fi SSID where applicable.
- Prefer aggregated percentiles and time-series trends over single-test snapshots.
These practices increase the signal-to-noise ratio in crowd-sourced datasets and enable meaningful comparisons.
How to prioritise network improvements from benchmarking data
- Identify customer-impacting anomalies: high latency or persistent low throughput in high-revenue areas.
- Correlate with capacity and fault data: confirm whether issues stem from congestion, configuration, or physical faults.
- Rank interventions by ROI: cover blackspots with small cells if user density justifies cost; upgrade backhaul where throughput limits growth.
- Validate after changes: run pre/post comparisons using the same benchmarks and percentiles to measure efficacy.
A concise example: in a suburban area where users report poor upload performance, benchmarking shows upload median at 30% of target during business hours. Investigation reveals saturated backhaul—upgrading the transport link produced a 60% median upload uplift in follow-up tests.
Optimising for EEAT and Helpful Content
To maximise trust and utility:
- Provide transparent methodology: describe sample sizes, measurement windows, and filtering rules.
- Cite reliable sources: include vendor docs, standards (3GPP, ITU) or official OSS metrics when explaining technical causes.
- Show experience: include real-world examples and measurable outcomes from network changes.
- Keep content practical: avoid generic claims; focus on reproducible diagnostics and steps.
Including methodological notes alongside dashboards helps stakeholders trust the insights and act confidently.
Internal linking and further resources
- Internal datasets: link benchmark reports to remediation tickets and capacity plans.
- Reference docs: 3GPP specifications for radio KPIs, ITU recommendations for broadband testing.
- Tools: combine MyBroadband exports with analytics tools (Grafana, Kibana) for operational dashboards.
Conclusion and call to action
Network benchmarking is a foundational practice for any operator aiming to deliver reliable, competitive connectivity. MyBroadband Insights converts crowd-sourced measurements into operational intelligence—helping teams prioritise upgrades, validate changes, and improve customer experience. Start by scheduling regular exports of your key metrics, correlate them with OSS/BSS data, and run targeted remediation sprints to convert insights into measurable performance gains.
If you aren’t already using a structured benchmarking cadence, download the MyBroadband Speed Test app or request dataset access to begin mapping your network’s performance today.
References
- MyBroadband Insights portal and speed test resources.
- 3GPP technical specifications for radio performance metrics.
- ITU recommendations on network testing and measurement.