How Transceivers Support Big Data in Data Centres
Data centres have to adapt to the massive increase in the amount of data generated by the interconnected networks of today. What has been apparent is that the most enterprising have been moving to a cloud-based system.
That is why it is imperative for businesses to focus on Big Data and data analytics when making decisions. Transceivers are an integral component of any data centre. They are critical to the utilisation of Big Data in data centres and help businesses access data in real time. There are 3 ways in which transceivers help promote Big Data in data centres.
Transceivers Enable High Speed Data Transfers
A number of companies are making the move to private and hybrid clouds. This is expected to lead to a major boost to connectivity and bandwidth requirements. What transceivers do is to enable high speed data transfers within a network. Companies that want to have speedier data transmissions must choose the right kind of transceivers, such as SFP, SFP+, XFP or QSFP. Different types of transceivers are designed for supporting different data rates. Transceivers are capable of transmitting data at high speeds of 10Gbit/s, 40Gbit/s, 100Gbit/s and 120 Gbit/s. The allow data centre managers to upgrade the bandwidth in enterprise data centres with ease.
Transceivers Support Efficient Data Transmission in Data Centres
Most companies store massive amounts of data in their data centres. The data is stored in the cloud so that all employees and managers have anytime, anywhere access to it. The data centres must transmit the data with speed and accuracy. Also, they have to be secure. This is made possible by transceivers, which promote the transmission of data in data centres.
Transceivers Promote Big Data in Data Centres
There has been an extraordinary increase in the volume of data stored in data centres. This has fueled the demand for Big Data and data analytics. There is a need for a higher bandwidth to support so many applications on a network such as video streaming, video downloads and so on. Transceivers make sure that the data is transmitted accurately and quickly through the optical fibers while keeping the security of the data in mind. They are utilised in conjunction with switches and multiplexers and make it easier to manage the network capacity.
Transceivers have a critical role to play at promoting a company’s sales. They make it possible to access the big data easily on mobile devices through the cloud. They enable the transmission of data from wireless cellular towers. Transceivers make it possible for various employees of a company to access data on the move, wherever they are, so that they can make faster decisions.
Transceivers improve the speed of data transmission through the optical fiber used by enterprises in data centres. They allow managers to make faster and better decisions and help the company get an edge over its competitors. If not for transceivers, data centres cannot transmit data at top speed over long distances.
We have listed just 3 of the many ways in which data centres make use of transceivers to support Big Data. Transceivers are critical to the operations of a data centre. 1000 GIG is a highly regarded supplier of high quality transceivers and a leading manufacturer of compatible networking products.