The optical switches are being largely used in several hybrid networks owing to the benefits that they offer. Now when it comes to the significant application, this post discusses the use of fiber switches in data-centric networks. There are different ways to incorporate fiber switches in data-centric networks in order to increase the efficiency of such networks. This post specifically discusses the role of fiber switches in data-centric networks via intelligent optical switching.
Role of Fiber Switches in Data-Centric Networks
In high-capacity data-centric networks, a large number of devices are connected to each other. With so many links and cross-links, the switching operation only gets complicated. In certain cases, the concept of intelligent optical switching is adopted in high-capacity data-centric networks. It is common to find intelligent fiber optic switches in applications such as data centers, Internet Service Provider (IPS) networks, Metro Ring Networks, Industrial Communication networks, etc.
The fiber switches in data-centric networks are highly significant due to the following functions provided by intelligent optical switching.
- Automatic Route Diversion: Intelligent optical switching offers automatic route diversion based on the time-lapse set by the controller. Based on the time limitations, the optical switch detects the shortest fiber link to transmit the data to the specific device.
- Link Failure-Detection: Fiber optic links are susceptible to failure due to harsh environmental conditions, data jamming, traffic, etc. If the data is forwarded through the failed fiber link, the chances of data loss are high. To prevent data loss, the fiber optic switches detect the failed fiber links and terminate data transmission through such links. This way the optical switches play an important role in link failure detection.
- By-Pass Switching: By-pass switching is a highly demanded function in high-capacity data-centric networks. In cases of link failure or short-duration transmission requirements, the by-pass switching function is activated. If a failed link is detected, or a delay in data packet transmission is detected, the optical switch immediately changes the transmission path through the by-pass link.
- Enhancement of Transmission Reliability: The fiber optic switches contribute to the reliability of high-capacity data-centric networks. Due to these switches, the transmission becomes reliable. The optical switches being intelligent devices, play important role in data security and timely delivery of data packets. Implementing intelligent optical switches to the data-centric networks enhances transmission reliability.
- Redundancy Check: It is essential to always have active fiber links during point-to-point transmission in the data-centric networks. The switches check the redundancy in the networks which again leads to data security and timely transmission.
- Fiber Switching: When it comes to physical fiber switching during network maintenance, the optical switches play an important role in keeping active transmission going. By using fiber switches in data-centric networks, the direction of data transmission can be diverted when a physical fiber link change or link termination, etc are required. This way, the optical switches enable the network upgrade and maintenance activities without terminating the working of the complete network.
Since all the above functions are offered by fiber switches in data-centric networks, these optical switches are proven of great importance in high-capacity data-centric networks.
However, the quality of switches impacts the functions. This is why you must source these optical switches from reliable manufacturers or suppliers like VERSITRON. The company offers MSA-compliant fiber optic switches for industrial networks. The company has been a supplier of high-quality fiber optic products since 1958. Their industry experience adds value to the quality of products supplied by them.
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