This remote Wi-Fi system breaks the world record

Internet connectivity has become a basic need for many people. However, there are still challenges in providing stable internet access in remote areas or large areas. A latest breakthrough in remote Wi-Fi technology might be the solution to this problem.

Morse#ATFP_CLOSE_TRANSLATE_SPAN# MICRO: Pioneer of remote Wi-Fi technology

The technology company Morse Micro has succeeded in creating a Wi-Fi system capable of reaching a distance of almost 16 kilometers (9.9 miles). This achievement is a new world record for long-range stable Wi-Fi connections.

Technology behind achievement

The system uses the 802.11AH standard, which is also known as Halow. The main advantage of this technology is the use of low-frequency radio bands, which allow very far signal coverage.

trials in urban environments

Before reaching the world record, Morse Micro had conducted testing in urban environments. In San Francisco, this system managed to achieve a stable video connection as far as 2.9 kilometers (1.8 miles). This is an impressive achievement, given the dense Wi-Fi network, Bluetooth, and cellular connections in big cities.

Testing in the California Desert

To test the maximum limit of their technology, the Morse Micro engineer team conducted testing at Joshua Tree National Park, California.

ideal conditions for testing

The choice of this location is not without reason. The Joshua Tree Desert offers ideal conditions for testing:

1. Lack of electronic interference
2. There are no tall buildings blocking
3. direct line of sight to the access point

Amazing test results

Under these ideal conditions, the Halow system managed to reach a distance of 15.9 kilometers (9.9 miles) with a data transfer rate of 2 megabits per second. While not enough to stream 4K video, this speed is sufficient to check email or make VoIP calls.

technology application potential

This achievement opens up various possibilities for remote Wi-Fi technology applications:

1. Rural Internet Connection

This technology can be a solution to share expensive internet connections in rural areas. For example, a house can share a connection with a neighbor’s house which is a quarter of a mile.

2. Agriculture and Plantation

Extensive agricultural or plantation land can benefit from this technology for monitoring and automation.

3. Mining

Mining areas that are generally located in remote locations can use this technology for communication and remote control of equipment.

4. Tourist Resort

Tourist resorts that cover large areas can provide internet connection for visitors throughout the area without the need for complicated infrastructure.

5. Peer-to-peer connection

Morse Micro stated that this technology could be useful for peer-to-peer connections in almost all locations.

challenges and limitations

While this achievement is impressive, there are a few things to note:

1. Interference

Testing is carried out under ideal conditions with minimal interference. In real situations, various factors such as weather, buildings, and other electronic signals can affect performance.

2. Data transfer speed

The speed of 2 megabits per second may not be adequate for some modern applications that require high bandwidth.

3. Regulation

The use of this technology may require special permission from telecommunications regulators in various countries.

Comparison with other technologies

Conventional Wi-Fi

Ordinary home wi-fi generally can only reach about 10-30 meters outside the room. Even in dense urban apartments, the signal can be lost in just a few rooms.

cellular network

Although the LTE network is already available in many places, this remote Wi-Fi technology can be a more cost-effective alternative for certain areas.

SATELLITE#ATFP_CLOSE_TRANSLATE_SPAN# INTERNET

Compared to satellite internet, this technology offers lower latency and a more affordable potential cost for limited areas.

The future of remote Wi-Fi technology

The achievement of Morse Micro paved the way for further development in remote connectivity technology. Some of the development potentials include:

1. Improved data transfer speed
2. Optimization for various environmental conditions
3. Integration with Internet of Things (IoT) technology
4. Development of devices that are compatible with the HALOW standard

Conclusion

The breakthrough of Wi-Fi remote technology by Morse Micro shows great potential in overcoming the digital divide, especially in remote areas and large areas. Although there are still challenges that must be overcome, this achievement gives new hope for more equitable and affordable internet access in the future.

Although 5G technology and satellite internet continue to evolve, this innovation in remote Wi-Fi proves that there is still room for alternative solutions that can complement the global connectivity ecosystem. Along with further developments, we will probably look at the wider application of this technology in various sectors, from smart agriculture to remote environmental monitoring systems.

With this achievement, Morse Micro has opened a new chapter in the history of Wi-Fi technology. We will continue to observe how these innovations will shape the connectivity landscape in the future and how it will have an impact on our daily lives, especially for those who live in areas that have been difficult to reach by high-speed internet.