Network virtualization examples

Wireless transmission capacity

Wireless Transmission Capacity
Wireless transmission capacity refers to the amount of data that can be transmitted through a wireless network. It depends on several factors, such as the wireless technology used, the frequency band, and the number of users connected to the network. The capacity of wireless networks has increased significantly in recent years, thanks to advancements in technology and the growing demand for high-speed data transmission.
One of the most significant factors that affect wireless transmission capacity is the wireless technology used. Different wireless technologies have different capacities, which are determined by the modulation scheme, bandwidth, and other parameters. For example, the latest Wi-Fi standard, IEEE 802.11ax, can deliver up to 10 Gbps data rates, which is several times faster than previous Wi-Fi standards.
Another factor that affects wireless transmission capacity is the frequency band used for transmission. Different frequency bands have different channel capacities, which are related to the available bandwidth and the level of interference. Higher frequency bands, such as millimeter-wave bands, have higher channel capacities but shorter ranges, while lower frequency bands, such as sub-GHz bands, have lower channel capacities but longer ranges.
The number of users connected to a wireless network also affects its transmission capacity. More users mean more data traffic, which can reduce the available capacity per user. Therefore, wireless networks need to be designed to handle a large number of users and provide fair access to the available capacity.
In summary, wireless transmission capacity is a critical factor in modern wireless networks. It is influenced by the wireless technology used, the frequency band, and the number of users. The future of wireless networks will depend on the continued advancements in technology and the ability to meet the growing demand for high-speed data transmission.

Router login page —

Router Login Page


When it comes to setting up or managing the internet connection in our homes or offices, a router is the go-to device. A router is a small hardware device that allows multiple devices to connect to the internet through a single internet connection. Like every other device, it has its unique login page that allows the user to configure and manage its settings.


The router login page can be accessed by typing its IP address into a web browser. This is usually "192.168.1.1" or "192.168.0.1." Upon entering the router's IP address, you will be prompted to enter your login credentials. Always ensure that the login details are secure, and only authorized persons should have access to them.


The router login page is a gateway to a myriad of settings and configurations that can enhance the overall network experience. Some of the settings that can be modified include firmware updates, wireless network settings, and guest network settings, among others. In addition, the login page can also display vital information about the router, such as the firmware version and connected devices.


However, it is essential to exercise caution when tinkering with the settings on the router login page. Some unchecked modifications can unwittingly disrupt the network and cause connectivity issues. Therefore, it is always important to read the user guide or seek professional assistance when uncertain.


In conclusion, the router login page is an essential tool in managing and configuring the router, which is integral to the internet connection in our homes and offices. Always remember to handle it with care and seek professional assistance when in doubt.

Network modem

Network Modem


Have you ever looked at your internet modem and wondered, "What does this thing actually do?" A modem is a crucial piece of technology that allows our computers and devices to connect to the internet. Before we dive into the details of network modems, let's first understand the basics.
A modem is short for "modulator-demodulator". It is a device that modulates an analogue carrier signal to encode digital information, and vice versa. In simpler terms, it translates the digital signals your computer sends into analogue signals that can travel over the phone line, cable, or fiber optic cables that bring internet connectivity to your home or office.
A network modem can connect to the internet in several ways, including broadband, DSL or cable, and they come with various features such as a built-in wireless router, telephone lines, and Ethernet ports.
One of the main advantages of having a network modem is that it enables multiple devices to connect to the internet at the same time. This helps to eliminate bottlenecks and greatly improves the overall internet speed and experience.
Moreover, network modems are designed to work with a vast range of internet providers, making them a reliable choice regardless of your ISP provider. Additionally, most network modems come with easy set-up instructions, which means they can be installed within seconds.
In summary, network modems are an integral part of modern internet technology. They play a significant role in bridging the gap between digital and analogue signals to bring lightning-fast internet speeds to homes and businesses around the world.
Network modem

Wireless transmission lab

Wireless Transmission Lab: A Lost Piece of Technology


Wireless transmission labs once played a vital role in our society. They were the breeding ground for cutting-edge technology that reshaped our lives. However, with the advent of better wireless technology, they have become a thing of the past. The lack of interest in their preservation has caused these labs to disappear one by one, and with them, an important part of our technological history.
Wireless transmission labs were the foundation for the development of wireless communication technology. They were where scientists and engineers tested new technologies, made breakthrough discoveries, and solved seemingly impossible problems. It was from these labs that wireless communication technology, such as radios, cellular phones, Wi-Fi, and Bluetooth, was born.
Despite their vital importance, these labs are disappearing quickly. They are being replaced by modern wireless technologies, and the knowledge and history that they contain is being lost. We must realize that preserving these labs is crucial to understand the evolution of technology and its influence on our society.
We need to ensure that future generations learn from the past and preserve our technological history. We must acknowledge that the importance of technology goes beyond the latest gadgets and smartphones, and that the knowledge and skills of our forefathers should not be forgotten.
In conclusion, wireless transmission labs are a crucial piece of our technological history, the loss of which would be a real shame. It is our responsibility to keep them alive, to ensure that the next generations receive the knowledge that is gathered within their walls. Let's not forget the valuable lessons that these labs have taught us, and let us pass on this knowledge to the next generation.

Router IP address setup

Router IP Address Setup: A Beginner's Guide


If you've just purchased a new router, the first step to getting it up and running is to set the router IP address. Every router has a unique IP address that serves as its identifier on the network. In this article, we'll provide you with all the information you need to set up your router IP address.
1. Finding the Router IP Address
The first step in setting up your router IP address is to find the IP address of your router. This can be done by checking the manual that came with your router or by visiting the manufacturer's website. Another way to find the IP address is to use the command prompt on your computer. Type in "ipconfig" and the default gateway IP address will be listed under "Ethernet adapter Local Area Connection."
2. Logging into the Router
Once you've found the IP address of your router, you can log in to the router's web-based interface to make changes to its settings. Open a web browser and enter the IP address into the address bar. This will take you to the router's login screen. The default login credentials are usually "admin" for the username and "password" for the password.
3. Changing the Router IP Address
After logging in to the router's web interface, you can change the default IP address to one that's easier to remember or more appropriate for your network. Look for the "Network" or "LAN" settings in the router's interface and choose "IP address." Enter the new IP address that you want to use for your router and click "Save."
4. Restarting the Router
After changing the IP address, restart the router to apply the changes. You may also need to restart any devices that are connected to the router to ensure that they can connect to the new IP address.
Setting up your router IP address is a simple task that will enable you to access the web-based interface and make changes to its settings. With these steps, you can successfully set up your router IP address and enjoy a more streamlined network experience.
Router IP address setup

Network connectivity test

Having a stable internet connection has now become an integral part of our daily lives, both for personal and professional purposes. We all have experienced the frustration of slow internet or losing network connectivity right in the middle of an important task. Hence, it is essential to regularly test the network connectivity to ensure smooth functioning.


Benefits Of Network Connectivity Test



  • Identify connectivity issues: A network connectivity test enables you to detect any connection issues that might exist between the devices and the internet.

  • Identify speed issues: The speed of the internet connection can also be tested through a network connectivity test, which helps in identifying and resolving slow internet speed issues.

  • Security: With the help of a network connectivity test, you can identify any security threats, such as viruses or malware, that may be affecting your network.

  • Better performance: A network connectivity test assists in identifying the devices that may be causing network congestion or slow speeds, which can help improve the overall performance of your network.


How To Conduct A Network Connectivity Test


There are various ways to test network connectivity, including:



  1. Ping test: Ping test is a straightforward and commonly used method to test the network connectivity. It helps in measuring the round-trip time of the packet between the sender and the recipient.

  2. Traceroute test: This method helps in identifying the path that is taken by packets when they travel from the sender to the recipient.

  3. Network speed test: A speed test allows you to measure the upload and download speed of your network.


Regular network connectivity tests can help in maintaining a hassle-free and fast network connection, which is vital for personal and business needs.

Wireless transmission security consultant

Wireless Transmission Security Consultant


As technology becomes more and more advanced, so do the threats that come along with it. Hackers are becoming more skilled and are able to steal sensitive information through various mediums. This is why wireless transmission security is a must for businesses. In today's world, cyber attackers are always looking for vulnerabilities to exploit. They will stop at nothing to gain access to your data.
This is where a wireless transmission security consultant comes into play. These professionals are highly trained and experienced in all things wireless. They can help businesses identify vulnerabilities and create solutions to mitigate risks. The consultant can also assess existing security measures and make recommendations on how to improve them.
One of the main areas a wireless transmission security consultant focuses on is encryption. Encryption is the process of converting data into a code format that can only be read by authorized parties. By using encryption, wireless transmission becomes more secure and less vulnerable to cyber attacks.
Another area of focus for a consultant is securing the wireless network itself. This involves creating secure passwords, implementing access control protocols, and regular monitoring for any abnormal activity.
Businesses that utilize wireless transmission without proper security are putting their data at risk. By hiring a wireless transmission security consultant, businesses can protect themselves from the growing threat of cyber attacks. In today's world, it's not a matter of if a cyber attack will happen, but when. Don't leave your business vulnerable - hire a wireless transmission security consultant today.