Router bandwidth usage monitor

Network performance testing

As businesses grow, they become more reliant on their network to operate efficiently. Network performance testing is a critical process that ensures that a network can handle heavy traffic without any downtime. It is essential to note that network performance testing involves the assessment of the network's ability to perform optimally under various loads.


Network performance testing is a comprehensive process that involves the analysis of multiple factors. The process can identify issues related to network speed, bandwidth issues, and quality of service (QoS). It is a process that should be initiated early on in the network deployment process to ensure the best possible network performance.


There are different types of network performance testing, including load testing, stress testing, and endurance testing. Load testing involves simulating traffic that represents what a network may experience under peak load conditions. Stress testing, on the other hand, is a test that determines a network's breaking point. Finally, endurance testing involves testing a network's ability to remain stable over long periods under high load conditions.


The benefits of network performance testing are undeniable, and it's not an area businesses can afford to overlook. A network that underperforms can lead to loss of revenue and negatively impact customer satisfaction. By identifying potential bottlenecks or weak spots in your network early on, you can prevent potential issues and boost your network's performance.


In summary, network performance testing plays a crucial role in ensuring network reliability, speed, and scalability. It's a process that should be initiated early in the deployment process to avoid potential problems in the future. The benefits of network performance testing have long-term positive impacts on your overall business operations.

Router and LAN Troubleshooting


Having a reliable and properly configured router and Local Area Network (LAN) is crucial for seamless internet connectivity. However, when things go wrong, it can be frustrating and time-consuming to figure out the issue. This article highlights some common router and LAN issues and how to troubleshoot them.

Problem #1: No Internet connection


One of the most common issues when dealing with routers and LANs is a lack of internet connectivity. This can be due to a variety of reasons, including incorrect router settings, ISP issues, or a malfunctioning modem.
To troubleshoot this problem, ensure that all physical connections are correctly plugged in and the router firmware is updated. Secondly, restart both the router and modem. If the issue persists, contact your Internet Service Provider (ISP) to check connectivity on their end.

Problem #2: Slow internet speeds


Slow internet speeds can be caused by several factors such as excessive device usage, outdated firmware, or signal interference.
To fix this problem, ensure that the router firmware is updated and try to limit the number of devices connected to the network. Additionally, ensure that the router is correctly positioned and that there is no signal interference from other electronic devices.

Problem #3: Trouble connecting to the router


Difficulty connecting to the router is usually caused by incorrect login credentials, poor signal strength or incorrect IP settings.
To troubleshoot this issue, ensure that the correct username and password are used to log in to the router administration page. Check signal strength and place the router in a central location for better connectivity. Finally, ensure that the IP settings are correctly configured.
In conclusion, properly troubleshooting router and LAN issues requires patience, attention to detail, and effort. If the above solutions fail to resolve the issues, consider consulting a networking expert or reaching out to your ISP for support.

Router troubleshooting guide

Router Troubleshooting Guide:
Your router is the gateway to the internet, and when it’s not working, it can be frustrating. Here are some common issues and troubleshooting tips.
1. Slow Internet Speeds:
Slow internet speeds are a common problem with routers. Determine whether the internet issue is with the router or the internet service provider. If it is with the router, then try restarting it. If that doesn't help, make sure the router is in a central location, and there are not too many devices connected to it.
2. Wi-Fi Connectivity Issues:
Wi-Fi connectivity issues are a common problem with routers. Check if the router is broadcasting its Wi-Fi signals, and if it is, try moving the devices closer to the router or restarting the router. You can also try resetting the router to factory settings.
3. Router Security Concerns:
Router security is an area often overlooked. You can secure your router by changing its default password, disabling remote management, and enabling WPA2 wireless security. Keep an eye on your devices connected to your router, and disconnect devices you don't recognize.
4. Firmware Updates:
Firmware updates should be a part of any router maintenance. Firmware updates often include security fixes and performance improvements. If you're not sure how to check for firmware updates, refer to your manufacturer's website.
In conclusion, troubleshooting your router can be a headache, but by following these tips, you can solve the most common issues quickly. If you're still having issues, contact your manufacturer or internet service provider for additional assistance.
Router troubleshooting guide

Ethernet to USB converter

What is an Ethernet to USB converter and how does it work?


An Ethernet to USB converter is a piece of hardware that allows a device without an Ethernet port to connect to an Ethernet network through a USB port. This device is commonly used on devices like laptops, tablets, and desktop computers that do not have an Ethernet port, but need to connect to a wired network for internet access.
The Ethernet to USB converter works by converting the Ethernet signals into USB signals. When you plug the Ethernet cable into the converter, it translates the signals from Ethernet to USB and sends them through your computer's USB connection. It also works in the opposite direction, converting USB signals from your computer into Ethernet signals that can be sent through the Ethernet cable to the network.
The Ethernet to USB converter comes in different types, including Gigabit Ethernet to USB 3.0 converter and 10/100 Ethernet to USB 2.0 converter. Different converters will suit different purposes based on the speed and type of network you are trying to connect to.
This device is easy to use, simply plug it into your device's USB port, and then connect your Ethernet cable to the converter. Once connected, your device will have access to the network, and you can begin working or browsing the internet as normal.
In conclusion, if you have a device without an Ethernet port and need to connect to a wired network, an Ethernet to USB converter is an excellent option. It is cost-effective, easy to use, and will allow you to enjoy fast and reliable internet access.

Subnet mask table

Subnet Mask Table


Are you looking to create subnets on your network? A subnet mask table is a handy tool that can help you calculate the necessary subnets and the IP addresses available in each subnet.
First, let's review what a subnet mask is. A subnet mask is a 32-bit number that is used to divide an IP address into a network part and a host part. The subnet mask consists of a string of 1s followed by a string of 0s. For example, the subnet mask 255.255.255.0 has 24 1s followed by 8 0s, which means the first 24 bits are the network part and the last 8 bits are the host part.
To create subnets on your network, you need to borrow bits from the host part to create the network part. The number of bits you borrow determines the number of subnets you can create and the number of hosts per subnet.
A subnet mask table lists the number of bits borrowed and the number of subnets and hosts per subnet that can be created. For example, if you borrow 3 bits, you can create 8 subnets and each subnet can have up to 30 hosts.
Here's a sample subnet mask table:


























Bits borrowed Number of subnets Number of hosts per subnet
1 2 126
2 4 62
3 8 30
4 16 14

Using a subnet mask table can save you valuable time in calculating subnets and IP addresses. Remember to always plan your subnets carefully to avoid running out of IP addresses or having too many subnets that can cause network congestion.
Subnet mask table

Router VPN setup

Router VPN Setup


If you value your online privacy and security, using a Virtual Private Network (VPN) is one of the best things you can do. By encrypting your internet connection and masking your IP address, a VPN will safeguard your personal information and protect you from cyber threats.
While most people use VPN software on their devices, setting up a VPN on your router is a more effective solution. This way, all the devices connected to your home network will be automatically protected, without the need to install individual VPN software on each of them.
To set up a VPN on your router, you'll first need to choose a compatible VPN service and router. Some VPN providers offer routers pre-configured with their software. Alternatively, you can install the VPN software on your router yourself.
Next, access your router's settings and follow the specific instructions provided by your VPN provider. Typically, you'll need to enter your VPN username and password, and choose a server location.
Once the setup is complete, all the devices connected to your router will automatically be protected by the VPN. You can check if the VPN is working by visiting a website like whatismyip.com and verifying that your IP address matches the one provided by your VPN provider.
In conclusion, setting up a VPN on your router is a great way to protect your online privacy and security on all your devices. So, if you value your data and want to ensure your online safety, consider installing a VPN on your router today!

Router login issues

Router Login Issues


Do you ever face any issue while logging into your router? It can be really frustrating if you are not able to access your router’s administrative settings. Router login issues can occur due to different reasons such as incorrect login credentials, network connection problems, outdated firmware, or even a faulty router.
One of the most common reasons for login issues is incorrect login credentials. Ensure that you are entering the correct username and password. Sometimes, users may forget their password or may have changed it earlier and cannot recall it. In such cases, resetting your router to its factory settings could be a solution. Be careful, as resetting your router will erase all your existing settings.
Network connection problems can also prevent you from accessing your router’s administrative settings. Make sure that your computer or mobile device is properly connected to your router via Ethernet cable or Wi-Fi.
Outdated firmware could also be the culprit. Check if there is any software update available for your router. If yes, download and install the latest firmware from your router’s manufacturer website.
If none of the above solutions solve your router login issues, there might be some hardware problem with your router. Contact your internet service provider or try reaching out to your router’s support team for assistance.
In conclusion, router login issues can be easily resolved with some basic troubleshooting. Ensure that you are entering the correct login credentials, check your network connection, update your router’s firmware, and if nothing works, contact your internet service provider or router’s customer support.