Internet speeds have progressively become faster with time. In the initial days of the internet, achieving a speed of 1MBPS was considered a huge deal. Today even wireless internet services can give that kind of speed or much better speeds regularly. At the same time, the amount of data we transact over the internet has also increased significantly. As we move towards Web 3, virtual reality, and augmented reality the need for high-speed internet is paramount. That’s why we can see a sharp rise in demand for wavelength services. If you are not familiar with what it is, this article is for you.
What are wavelength services?
Wavelength services use the standard optical fiber cable but incorporate dense wavelength division multiplexing technology. This technology allows for multiple high-capacity circuits on a single pair of cables. The exact number of circuits that can be added to a pair of cables depends on specific hardware limitations. However, it is not uncommon for wavelength services to give speeds of up to 1000 GBPS. All the added circuits are also private, making the network secure. The wavelength technology is still developing rapidly, and internet speeds will increase even more in the future.
Where can you use wavelength services?
You can use wavelength services for any place that requires high-speed internet. Domestic internet use does not generally require that degree of speed. Wavelength networks are seen more commonly in offices where huge amounts of data are sent and received every day. It is also great for databases of all types. However, perhaps the most productive use case of wavelength services is in off-site storage. Wavelength networks allow us to imagine off-site storage in a way it wasn’t possible before.
As you can see, any place that requires extreme speeds can benefit from wavelength services. It doesn’t matter whether it’s a marketing company or a database, wavelength services can make work easier in almost all cases. However, considering the complexity and the cost, very few people would opt for a wavelength network for domestic use. As the technology matures, we might see wavelengths entering the domestic space as well.
Capacity and speed.
Wavelength networks give us speeds that are more than what other existing network systems can provide. But that does not mean all wavelength networks provide the same speed. Wavelength service providers typically have different capacities to offer in regular increments. Here’s how it typically progresses: 1 Gbps, 2.5 Gbps, 5 Gbps, 10 Gbps, and 100 Gbps.
Related: Is 100 Mbps internet enough for a server rack?
If you are thinking about getting wavelength services for your business or organization, you can generally choose between one of these speed options. As with any other method of network sharing, the higher the speed the more you have to pay.
Wavelength service providers also offer protected circuits to make sure that disruptions do not stop work. On top of that, there are various customization options available when it comes to speed and capacity. For instance, you can ask your service provider to restrict the speed on a monthly basis while allowing for emergency transfers at high speeds. In such cases, the overall throughput is taken into consideration and not the speed you use on a particular day.
The future of wavelength services.
It will not take a lot of time for wavelength services to become mainstream. Once consumers get a taste of high-speed internet in the range of Gbps (and not Mbps), there is no going back.
In fact, Wavelength services are already growing in popularity in many parts of the world. Consider switching to a wavelength network if you want to experience the next generation of high-speed internet.
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