understanding the congestion of the solar network: Criteria and values
The Solana Blockchain network is a distributed public network that allows the quick and safe processing of transactions. As with any complex system, the congestion in the network can occur for various reasons, such as the high demand, limited tape width or insufficient liquidity. In this article, we will explore the criteria for evaluating the congestion of the network in the values of the Sola Cluster State.
Criteria for assessing network congestion
To assess the congestion of the network, several key values are monitored and analyzed:
- Transaction flow (TPS) : The rate at which transactions are processed on the network is a critical metric for congestion measurement. A high TPS indicates that there is sufficient processing capacity of transactions, while a low TPS suggests that congestion occurs.
- The average ping time : The average time required for transactions to be confirmed and resolved in the network is another important metric for congestion assessment. An average average (apt) average ping time generally indicates lower levels of congestion.
- Locking time : The time required to process a transaction block from the receiver to the receiver is also a congestion indicator. Longer Block Times can lead to Increased Latency and Reduced Throughput.
Monitoring Network Congestion Using Solanabeach.Io or Explorer.Solana.com
Solanabeach.io and Explorer.Solana.com has Two Relleble Sources for Monitoring the Health and Performance of the Sola Blockchain Network. These platforms provide real -time information on different values including:
- TPS : View the current TPS value on Solanabeach.io or use Explorer to get the latest data.
- Average ping time
: Check the average value of ping time (apt) in real time using explorer.solana.com.
- Locking time : Monitor the values of time locked in both platforms.
To make sure you can identify congestion issues, consider the following:
- If your TPS is constantly below 1% of the network capacity, may indicate congestion.
- An average ping time over 10-15 MS suggests that transactions are confirmed and solved slowly, possibly due to the congestion of the network.
- Increased block times (for example, over 2 seconds) can lead to a significant latency, affecting the general experience of the user.
Conclusion
Monitoring the state of the solar cluster is crucial to understand if your network is facing or not. Tracking key values, such as TPS and average ping time, you can identify potential problems before having an impact on user experience. Using platforms such as Solanabeach.io and Explorer.Solana.com provides real -time data to help you make the knowledge of your network’s performance.
Recommendations
- Regularly Monitor These Key Metrics to Detect Early Signs of Congestion.
- Adjust the configuration of the node, such as the size of the block or the limits of the gas, to optimize the network performance.
- Implement measures such as knot clustering and shaving to distribute more efficient traffic.
- Consider the modernization of the node software or switching to a different blockchain to improve performance.
By following these guidelines, you can effectively evaluate the network congestion in the state of the solar cluster and take proactive measures to maintain optimal performance.