An Internet connection capable of downloading a 4K movie in less than 20 seconds begins to be a reality. It’s about A broadband network that reaches download speeds close to 10,000 megabits per second (MBPS) and an almost imperceptible latencywhich marks a turning point for the development of new generation digital services.
This technology, known as 10G, offers a transmission capacity that multiplies several times of current networks. By way of comparison, una average domestic connection of 1,000 Mbps takes several minutes to download a large filewhile with 10g this process is reduced to seconds.
This jump is not limited to the discharge speed: it also implies substantial improvements in the data rise, with peaks greater than 1,000 Mbps, and a minimum latency of just three milliseconds.
The implementation of this network was initially announced in China as part of the national program called China Digital.
The deployment is led by Huawei and China Unicom companies, which use a technology known as a passive optical network of 50 gigabits per second (50g-pon). This architecture is based on optical fiber, allowing a more stable and efficient transmission of the data.
The first city to enable this infrastructure was Xiong’an, located in the province of Hebei. It is an urban project built from scratch, which began operating in 2017 as part of a national strategy to develop sustainable and highly digitized environments.
In this area Automated waste management systems are already operating, lamps with facial recognition and intelligent infrastructure. The goal is that this network extends to about 100 regions before the end of 2025.
Beyond the local impact, the availability of 10G networks opens a range of possibilities for users in different areas. For example, allows the fluid transmission of content in 8K resolution, the execution of in line videogames with three -dimensional graphics and intelligent household automation.
Connections of this type guarantee that multiple devices work simultaneously without interference, even in homes with high data consumption.
A key use of this technology is telemedicine. Low latency and high stability They make possible remote medical procedures, including assisted surgeries By robot in real time.
An impact on remote education is also expected, to Facilitate immersive classes through augmented reality and intelligent agriculture, where sensors connected to the network can send data in real time to optimize crops and automate irrigation systems.
In this sense, The network is not thought only for domestic use, but as a critical infrastructure for smart citiesautomated public services and autonomous industrial networks.
In the domestic environment, this connection speed also changes the entertainment experience. Streaming platforms may offer content in a very high definition without the need for local storagewhile online video games can be executed from the cloud without loss of quality.
In addition, Virtual attendees and home devices can operate faster and synchronized.
The 50g passive optical network represents an advance on current infrastructurewithout the need to install new cables in many cases, by taking advantage of existing fiber layers.
This connectivity model is expected can move to other parts of the world in the coming years, as the demand for digital services increases high complexity. Meanwhile, the deployment of the 10G network serves as an example of how a data infrastructure can become the axis of large -scale economic, urban and technological development.
