Boost Your Internet Speed with Asus AiMesh System

Boost Your Internet Speed with Asus AiMesh System

Table of Contents:

1. Introduction
2. Testing Environment
3. Scenario 1: Wired Connection
4. Scenario 2: Wireless Connection
5. Roaming Between Wireless Routers
6. Enhancing Roaming with Roaming Assistant
7. Effects of Roaming on Voice over IP
8. Test Results and Experience
9. Future Firmware Updates
10. Conclusion

Introduction:

In this article, we will discuss the behavior of AIMesh systems in different situations. We will explore the testing environment and observe the performance of AIMesh systems with wired and wireless connections. Additionally, we will Delve into the concept of roaming between wireless routers and explore methods to enhance the roaming experience. We will also examine the impact of roaming on Voice over IP applications. Finally, we will share test results and personal experiences, as well as discuss the possibility of future firmware updates. Let's dive into the fascinating world of AIMesh systems!

Testing Environment:

Before we begin our exploration of AIMesh systems, it is essential to understand the testing environment to gain a better understanding of the test results. Factors such as the Type of cable used and the distance between the wireless routers can greatly influence the performance and quality of the network. This comprehensive understanding will enable us to analyze each test accurately and draw Meaningful conclusions.

Scenario 1: Wired Connection:

In this scenario, the wireless routers are situated close to each other, with a distance of approximately five feet. They are connected via a CAT6 Ethernet cable. The wired connection exhibits a speed of one gigabit per Second, while the wireless logs display the connection speeds for both the 2.4 gigahertz and five gigahertz radio frequencies. In this condition, the AIMesh system prioritizes the wired connection over the wireless connection for router communication. The rationale behind this preference is that the wired connection offers a full duplex speed of one gigabit per second, while the wireless connection operates at half duplex.

Scenario 2: Wireless Connection:

To explore the behavior of AIMesh systems in a wireless connection scenario, we will connect one laptop to the primary wireless router and another laptop to the secondary router using Ethernet cables. After establishing the wired connections, we will run an IEEE pair speed test. Next, we will disconnect the cable between the wireless routers and monitor the internet connection of the second laptop by running continuous pings. This test will provide insights into the system's behavior during the transition from a wired to a wireless connection.

Roaming Between Wireless Routers:

The process of roaming between wireless routers plays a crucial role in ensuring seamless connectivity. To assess the roaming performance, our initial tests involved walking back and forth between the wireless routers with one laptop. However, the success rate of roaming was only 20%, primarily because the laptop received a strong signal from the primary router and hesitated to connect to the secondary router. To improve roaming efficiency, we increased the distance between the wireless routers. Although this improved the roaming process, it was still not optimal. We must remember that roaming is ultimately the client's decision, but enhancements such as the roaming assistant option can assist clients in making better and faster roaming decisions.

Enhancing Roaming with Roaming Assistant:

Modern wireless routers and access points offer roaming enhancement options, such as the roaming assistant. This feature can improve a wireless client's roaming decision-making process. For instance, in Asus wireless routers, the roaming assistant enables users to set criteria for disconnecting clients if their signal strength indicator (SSI) falls below a specific threshold. By configuring this option, clients are encouraged to connect to other routers with stronger signals, which enhances their overall roaming experience. Adjusting the roaming assistant's settings Based on the client's SSI threshold can greatly optimize roaming performance.

Effects of Roaming on Voice over IP:

During roaming, certain applications may be susceptible to disruptions, particularly voice over IP (VoIP) applications. To analyze the impact of roaming on VoIP, we conducted tests using Skype. By initiating a call between a laptop and a cellphone connected to a separate 4G network, we observed the behavior of the audio as we walked back and forth between the wireless routers. Additionally, we monitored continuous pings to evaluate if any interruptions occurred during the roaming process. This test provides insights into the VoIP performance and stability during roaming.

Test Results and Experience:

After conducting an extensive testing period of approximately ten days, we can confidently share our observations and experiences with the AIMesh system. Generally, we did not encounter any major issues, but there were a few instances where the secondary router lost its connection to the primary router, requiring a reboot to resolve the problem. As the AIMesh system is relatively new, we anticipate that firmware updates may address such issues. In future versions of this video, we will conduct additional tests and provide updates on any improvements or changes. We value your input and encourage you to share your own experiences or suggestions in the comments section.

Future Firmware Updates:

As technology continually evolves, firmware updates play a vital role in enhancing the performance and features of networking systems. We anticipate that the AIMesh system will undergo regular updates, addressing any identified flaws or introducing new functionalities. Keeping an eye on firmware updates enables users to optimize their system's performance and take full AdVantage of the AIMesh capabilities. We look forward to exploring possible future updates and sharing their impact on the AIMesh system's performance.

Conclusion:

In conclusion, the behavior of AIMesh systems is influenced by various factors, including the testing environment, wired and wireless connections, roaming capabilities, and firmware updates. Understanding these factors and their impact on the system's performance is crucial for users seeking to maximize the benefits of an AIMesh system. By continuously exploring and optimizing AIMesh systems, users can Create seamless and reliable networks that cater to their specific needs and deliver exceptional performance.