how to run a speed test on meraki dashboard

2 min read 14-01-2025

how to run a speed test on meraki dashboard

The Meraki dashboard doesn't offer a built-in speed test in the traditional sense (like Ookla's Speedtest.net). It primarily focuses on network performance monitoring rather than individual client device speed. However, you can glean valuable information about network speed and performance using various tools and features within the dashboard. This article will guide you through several methods to assess your network's speed and identify potential bottlenecks.

Understanding Meraki's Approach to Speed Testing

Meraki's strength lies in its ability to provide comprehensive network-wide visibility. Instead of a single speed test result, it offers a holistic view of your network's health. This allows you to diagnose issues more effectively than a simple speed test alone could.

Methods to Assess Network Speed on the Meraki Dashboard

Instead of a direct speed test, here's how to indirectly assess network performance using the Meraki dashboard:

1. Monitoring Bandwidth Usage

Location: Navigate to the "Monitoring" tab.
Data Points: Examine graphs showing bandwidth usage over time. Spikes could indicate periods of high network congestion, potentially impacting speeds. Look at both upstream and downstream bandwidth.
Interpretation: High consistent usage suggests you may need to upgrade your internet connection. Sudden spikes may point to a specific application or device consuming excessive bandwidth.

2. Checking Client Device Performance

Location: Go to the "Clients" tab.
Data Points: View individual client devices and their associated data rates (e.g., Mbps). This shows the speed each device is currently experiencing on the network. Low speeds for specific devices may indicate individual problems (faulty hardware, signal interference).
Interpretation: Low consistent speeds for multiple clients suggest a potential network-wide issue. You might want to check for congestion, Wi-Fi interference, or problems with the internet connection itself.

3. Examining Network-Wide Metrics

Location: Use the dashboard's overall network health reports. These usually involve aggregated data on throughput, latency, and packet loss.
Data Points: High latency or significant packet loss indicate network problems impacting speeds.
Interpretation: High latency suggests slowdowns across the entire network. This could be due to issues with your internet service provider (ISP), routing problems, or internal network limitations.

4. Utilizing Application Performance Monitoring (If Enabled)

Availability: Some Meraki licenses include application performance monitoring.
Location: Check your specific dashboard configuration.
Data Points: This advanced feature provides detailed insights into application performance, revealing if specific applications are experiencing slowdowns.
Interpretation: Slow application performance indicates potential network bottlenecks or issues specific to those applications.

Troubleshooting Low Network Speeds

If your network speed tests reveal performance issues, consider the following:

Internet Connection: Contact your ISP if you suspect problems with your internet service.
Network Hardware: Ensure your Meraki hardware (access points, switches) are functioning correctly. Check for firmware updates.
Wireless Interference: Identify and mitigate sources of Wi-Fi interference (other networks, microwave ovens, cordless phones).
Cable Issues: Inspect network cables for damage or loose connections.
Device Configuration: Check client device settings (Wi-Fi configuration, driver updates).

Conclusion

While the Meraki dashboard lacks a traditional speed test, its comprehensive monitoring capabilities provide a more effective way to identify and address network performance issues. By utilizing the methods outlined above, you can gain a comprehensive understanding of your network's speed and identify the root cause of any slowdowns. Remember that addressing network issues holistically often yields better results than simply focusing on a single speed test.