Customers of Google Fiber might soon see an upgrade in their home internet connection. Google Fiber recently revealed that it has partnered with the telecom giant Nokia. Google Fibre and Nokia have started testing network slicing through this collaboration, a technology that will give users more control and personalization over their network. There are a lot of advantages to this technology, especially for gamers.
Since its launch in 2010, Google Fibre has revolutionized the ultra-fast internet industry by delivering symmetrical gigabit speeds and changing the expectations of consumers across the country. The business is now indicating a daring move forward. In an effort to redefine network scalability and performance, Google Fibre has announced a high-impact collaboration with Nokia. The partnership aims to integrate Nokia’s most recent 10G passive optical network (PON) technology, setting the stage for a significant increase in throughput, a decrease in latency, and support for the demands of the next generation of digital technology. What happens when a global telecom pioneer joins forces with a disruptive ISP? Fibre-optic internet will become much quicker and more intelligent in the future.
According to Nick Saporito, Head of Product at Google Fibre, “network slicing could give customers more control over how their internet performs based on what they’re doing,” as he tells CNET.
Instead of treating all traffic equally, the team is investigating ways that customers can allocate bandwidth to the things that are most important to them. Consider it similar to setting up a controllable “gamer mode” or “video call mode” on your connection. “Saporito said.”
This technology is not new to many of the biggest broadband companies, such as Verizon and T-Mobile 5G Home Internet. These 5G home internet behemoths have been attempting to use network slicing for their services since 2023. But this is the first time we’ve seen a fiber internet provider investigate this technology’s possibilities. Network slicing has the potential to expand the capabilities of fiber internet once it is implemented.
Since Google Fibre has only just started testing this technology in its labs, it is too soon to tell if it will live up to the hype.
Techtarget describes Network slicing, as a technology that gives you greater flexibility and control over your network by building multiple virtual networks on top of a single network. This method is frequently applied to 5G technology, which can be segmented into various slices, each designed to address a distinct requirement. Given that 5G home internet frequently experiences network congestion, this solution may hold promise for this connection type. Thus, making use of this technology can aid in the distribution of network resources and bandwidth.
Verizon claims that 5G network slicing can help enable the Internet of Things (IoT) in a manufacturing setting in addition to providing speedier connectivity. By installing autonomous forklifts in a factory amid a spike in communication traffic, for instance, network slicing can help keep workers safe.
Every network slice can be designed to have distinct security policies, features, and performance, all of which can be used for various objectives.
In a press release, Google Fibre states, “It’s about giving you more control, more flexibility, and more ways to get the performance you need, not about prioritizing traffic behind the scenes.” Your fibre internet connection may be optimized using network slicing to satisfy your various home broadband requirements.
Network slicing may be especially helpful for gamers. Google Fibre utilized gaming as an example during lab testing by placing two PlayStation 5 game consoles close to one another and causing network congestion. Slower speeds and more lag were the inevitable results of the network congestion. However, the gaming sequence test performed significantly better if a dedicated lane or particular network slice was created. As a result, adding this technology made the gaming experience more easy.
Furthermore, network slicing could increase network security. A press release from the same company claims that “transactional slices,” which “spin up automatically, just for a few seconds,” could be possible. By doing this, financial logins would remain secure and you could connect to your bank directly without sending traffic to the wider internet.
Your home internet could benefit from network slicing in the following ways like Reduced latency, Increased protection and more control over your network.
Fibre is the gold standard of broadband, in our opinion at CNET. Fibre has the best speed, dependability, and overall performance of all the internet connection types we’ve examined. Since most home internet users are happy with their service, fibre internet also attracts a lot of attention.
Adding network slicing to an established reliable internet connection type, such as fibre, would probably advance home broadband. Consider Google Fibre as an example: Up to 8,000 megabits per second are promised for upload and download speeds by this ISP. Additionally, it provides a low latency with its fibre-optic connection, which is essential for online gaming. In the upcoming years, network slicing may improve its fibre internet service.
It is too early to predict when home internet consumers will be able to benefit from Google Fibre’s network slicing, as it is currently in its early phase of trial.
Google Fibre does not yet have a set timeframe, but later this year, it plans on continuing to collaborate with Nokia to implement this technology throughout its network, according to Saporito.
“Knowing how the technology functions in a practical setting was made possible by our recent testing. Then, in order to make slicing feasible, we’re working with Nokia to investigate how we can scalable integrate this into our network, particularly with regard to automation,” Saporito stated.
The partnership does more than increase internet usage. It changes the way providers collaborate to grow infrastructure of the future. Rollout times are accelerated, deployment costs are decreased, and the underlying network architecture is modernized by incorporating Nokia’s 25G PON technologies into Google Fiber’s deployment plan.
This victory is not unique. The integration of deployment agility and technological sophistication becomes a benchmark for the entire ISP ecosystem. High throughput, real-time responsiveness, and future-proof scalability are hallmarks of a larger digital transformation, which is indicated by each foot of upgraded fibre and each active node.
What follows? Keep an eye out. The broadband blueprint for the next ten years is being developed in real time as Google Fibre and Nokia continue their collaboration. Observe how entire cities, startups, big businesses, and small communities change with them.
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