How to Overcome Network Bottlenecks with Effective Monitoring

Network bottlenecks can slow down network traffic, causing slowdowns and even downtime in critical applications. Fortunately, there are steps companies can take to identify and eliminate these barriers before they become a big problem, namely by utilizing network monitoring. First, let’s understand what a network bottleneck is.

Understanding of Network Bottleneck

Network bottleneck is network congestion, a common problem commonly experienced by computer networks. Network congestion can cause significant performance degradation. Congestion occurs when there is a point on the network where data flow is restricted, causing delays and slow performance. Identifying bottlenecks is the first step in solving the problem. 

There are several reasons why network congestion occurs. One of the most common is overloaded tissue. When too much data is transferred over the network, it can cause congestion, which ultimately results in delays and slow performance. Another common cause is outdated hardware that cannot handle large volumes of data transfer. 

So that bottlenecks do not occur, it is very important to monitor network traffic and analyze its performance metrics to identify the occurrence of bottlenecks. This can be done using network monitoring tools that provide real-time data on network performance. By analyzing the data, finding the source of congestion is easier.

6 Ways to Overcome Network Bottleneck

Understanding network congestion is crucial to managing network performance. Here are some ways to overcome network bottlenecks optimally:

1. Monitoring Network Traffic

This is an important step in identifying network congestion. By continuously monitoring its traffic, users can determine which devices or applications are using the most bandwidth and which are causing the most network congestion. By monitoring network traffic, users can take steps to address it quickly. 

For example, users find that certain devices use a lot of bandwidth. The user investigates the cause and takes steps to reduce the traffic generated by the device. 

In conclusion, monitoring network traffic is essential in identifying bottlenecks. By using the right network monitoring tools, users can quickly identify the source of the problem and find solutions to address the problem as quickly and precisely as possible.

2. Analyzing Network Devices

To identify network congestion, analyzing network devices is essential. This method involves periodically checking the network device and identifying which device is causing the problem. The devices in question include routers, switches, hubs and firewalls. 

When analyzing network devices, make sure that they are working properly. This includes checking the configuration, firmware, and hardware of the device. If one of these components is outdated or no longer works correctly, it can cause network problems. 

One way to analyze network devices is to use network monitoring tools. This tool can help identify which device is causing the problem while giving detailed info about the device’s performance. For example, a network monitoring tool can show the amount of traffic passing through the device, CPU usage, and the number of errors the device is experiencing. 

Another way to analyze network devices is to examine the device logs. Most network devices keep a log of events and errors. Examining these logs can provide valuable insight into what is causing problems on the network.

3. Network Congestion Check

When experiencing slower than normal network performance, network congestion checking becomes very important. Network congestion occurs when there is too much traffic on the network, which causes delays and packet loss. Congestion can be caused by various factors, for example, too many users on the network, excessive data transfer, or outdated network equipment. 

Start by monitoring network traffic using the network analyzer tool to check network congestion. This will allow the company’s network management team to see which devices are generating the most traffic and identify patterns or anomalies. 

The way to check network congestion is to check the network utilization rate on the routers and switches used. If the utilization rate is consistently high, network congestion is likely to be the cause of slow performance. After checking the network congestion, it can be continued by deciding how to overcome it so that it does not get worse.

4. Optimize Network Settings

An understanding of the different protocols and configurations that can affect network performance is critical to optimizing network settings. The first thing that needs to be done to optimize it is to make sure network devices are configured to use the latest protocols and standards, as this can improve performance and reduce the risk of congestion. 

The second step is to consider using Quality of Service (QoS) settings to prioritize network traffic. This can help ensure that critical applications and services receive the required bandwidth and reduce the risk of congestion. 

Third, consider using network acceleration technologies such as cashing and compression. This technology can help reduce the amount of data that needs to be sent over the network, thereby reducing the risk of congestion. For example, caching frequently accessed files can help reduce the amount of data that needs to be sent over the network. 

Finally, consider using a network monitoring tool to identify and troubleshoot congestion. This tool can help identify areas of the network that are experiencing performance issues and help determine the root cause of the problem.

5. Use Quality of Service Settings

QoS settings can help prioritize network traffic and prevent congestion. QoS settings allow network users to assign different priority levels to different types of traffic, such as voice, video, or data. This can help ensure that significant traffic is given priority over less important traffic. 

To use QoS settings, it is first necessary to first identify the type of traffic used in the corporate network and determine its importance. For example, voice and video traffic may be more important than data traffic, so it is worth prioritizing them.

6. Network Hardware Upgrade

Updating network hardware is another way to avoid network bottlenecks. Newer Hardware is designed with more current technology and is able to handle more data traffic. Usually, the latest hardware also provides better security features. Do not forget to choose network hardware that suits the needs of the network, in order to find the most appropriate, the specifications fit what is needed. Network bottleneck greatly affects the company’s service to customer demand. Therefore, reliable network monitoring tools such as Netmonk from Telkom Indonesia are needed to prevent congestion. Its product, Netmonk Prime, has been used by various companies in the country. Check out the full info right now on the Netmonk website!