HomeTechnologyUses of Wavelength Services Within Large Companies

Uses of Wavelength Services Within Large Companies

In today’s fast-paced, interconnected world, information must be transmitted safely, quickly, and efficiently. But to accommodate the sheer amount of data sent between points in this manner, large companies will have to invest in wavelength services.

In this article, we’ll look at what a wavelength service is, which kinds of businesses will benefit from it, as well as weigh up the pros and cons of wavelength services.

What Is a Wavelength Service?

Simply put, a wavelength service is a service that uses optical networking solutions to transport large data sets safely and quickly. Dense wavelength division multiplexing (DWDM) technology increases the bandwidth of existing fiber networks by combining data from various sources in multiple virtual fibers. It is important to note that although the data is integrated over optical fibers, the information streams remain separate.

Fiber-optic networking and DWDM technology have quickly become the preferred methods for interoffice network communication. This is because the DWDM technology can securely transmit massive amounts of data while maintaining its integrity. The result is that the company’s data center can handle security, and the interoffice network can support an enormous data capacity using an existing physical medium.

How Fast Are Wavelength Services?

It can be difficult to imagine just how fast DWDM technology is. Wavelength services are the fastest connections available on the market today, and large companies that handle massive amounts of data will benefit from the ultra-high bandwidth offered by wavelength services.

So, just how fast are these connections? Traditional DSL and cable download speeds range from 5 megabits per second (Mbps) to 500 Mbps. DSL is considerably slower, topping out at about 35 Mbps, and cable won’t typically reach speeds of 500 Mbps, particularly around peak use times—it’s shared through lines with your neighbors.

Fiber internet, by contrast, typically runs between 250 and 1000 Mbps. And you don’t share the bandwidth. So, broadly speaking, fiber can be up to 4 times faster than a standard connection.

How Does a Business Use a Wavelength Service?

A business may have access to wavelength services if they have access to existing fiber optical networks. Even if a company is interested in using wavelength services, it cannot operate it if fiber optic networks haven’t been installed. This needs to be done first.

However, most major internet service providers are now offering WAN (wide area network) services. If optics are available, they will install service over dedicated, point-to-point private connections. This type of connection means users won’t experience high latency with the transmission of information. So whether the user needs to send data through a few buildings or over a regional network, a wavelength service will help do that quickly and with very little interference from other signals.

Which businesses will benefit from wavelength services?

Businesses use wavelength services to communicate large amounts of data between offices. Typically, these types of companies are in telecommunications or internet access industries.

Some examples might include internet service providers or internet service companies. They will need the bandwidth to handle various customer applications such as web hosting, data backup, VPN access, VOIP access, and many other kinds of file sharing, including high-definition video.

Even for businesses outside the telecommunications industry, if they need to collect real-time data, work with big data, or use data-intensive apps that require low latency, then a wavelength service might be a good choice for them.

How can wavelength services help large companies?

One great benefit of wavelength services is that a dedicated network infrastructure is not needed to make it work. As mentioned above, wavelength services utilize existing physical fiber cables to build multiple virtual fibers to handle a higher data capacity.

Because wavelength services offer dedicated WAN connectivity, businesses won’t have to compete against other companies for data transmission. This means lower latency and no switching delays between networks.

What Are the Pros and Cons of Wavelength Services?

Fiber optics are fast and secure. They can handle large data sets with low latency on the user’s end. But let’s talk a little more about their pros and cons.

Pros:

  • Enormous data capacity: As mentioned, wavelength service offers higher bandwidth than cable transport. Copper and coax cables fall short of the fiber optic capacity—and not by a small amount. Fiber cable offers roughly 1000 times more bandwidth! Furthermore, the electrical signals travel much farther on fiber optic cables—nearly 50 miles before they need a boost.
  • Data integrity remains intact: The wavelength path is static with the dedicated bandwidth provided by fiber optic cables. Fiber optic cables also resist electromagnetic and radio frequency interferences, as they are not made of metal like copper and coax cables.
  • Durable: Fiber-optic cables are sturdy and can last up to 50 years. Copper cables can become corroded, whereas fiber-optic cables do not contain metal components.

Cons:

  • Fiber is fragile: Fiber can be damaged when bent. It has a strong pulling strength, but if you wrap it around sharp angles, it might snap—or at least lose transmission signals. Its copper and coax counterparts are much more suited to wrapping around corners.
  • Requires equipment to splice: It is difficult to splice fiber cables, whereas copper and coax cables are much easier to splice.

The Takeaway

The primary benefits of wavelength services and optical networking are many:

  • A business doesn’t share bandwidth with its neighbors;
  • A business will enjoy the lower latency and nonexistent switching delays of a dedicated network;
  • It’s possible to handle massive amounts of data at lightning-fast speeds.

However, to tap into the potential of wavelength services, one will also need to have access to fiber-optic networks, which are not available everywhere at this time. They can be tricky to install and splice, so it can be expensive to invest in fiber networks from the ground up.

Still, wavelength services easily outperform even the best cable connections available today. If a large company needs to transport large datasets over low-latency, high-speed connections, then wavelength services might be the best option.

Admin
Adminhttps://www.thetechdiary.com
The Tech Diary is the premier source for latest Technology News, update and reviews and also focusing on Marketing, Business, Cybersecurity, Gaming and Gadgets.

LEAVE A REPLY

Please enter your comment!
Please enter your name here

Most Popular