Most professional premises will be required to transfer data in one form or another – whether they do so internally to others that work within the same environment, or to clients and customers outside of the property. Data comes in all shapes and sizes; from emails and newsletters, to VoIP services and images.
Making sure that an office is properly equipped to be able to transmit information can be a top priority for most businesses, but why does data cabling for an office differ from regular data transfer methods (such as via a network, or over Wi-Fi)?
How Does Data Cabling Work?
A data cable is a physical wire that is fitted to a particular device and then connected to another one (or group of devices) via an internal network. An example of these types of cables would be coaxial, Ethernet, or broadband connections. Where Wi-Fi relies on transferring data wirelessly, which can sometimes suffer with delays and interruptions, a cable is solid in its composition. As long as the power source is connected; the data can be reliably transmitted without difficulty.
There are different types of cables available for varying purposes, some of which are detailed just below:
This type of cable is ideal for those that require digital data transfers of substantial sizes, without sacrificing on speed in the process. Where upload and download limits can be restricted in the amount of data that can be transmitted at any given time, coaxial options allow simultaneous transfer – which can help to speed up the process of transmit in general.
Most computers without Wi-Fi capabilities will require direct access to a modem or router in order to be able to access the internet. Ethernet cables offer these features and as they can transmit data via cord, they can be far more reliable than wireless alternatives. The majority of these types of cables will fall into just under a dozen categories, known within the electrical industry as Category 5, 5e, 6 and so on).
Serial Digital Interface Cables
These types of cables can often benefit from coaxial installations, the likes of which have been mentioned above – but other more advanced networks may require specific alternatives instead. These include thinnet and thicknet digital interfaces; both of which can be installed within an office and used to connect to an external source, such as a broadband router.
The benefits of using data cabling within an office mostly relates to the way in which the transmission of information can be simplified. Rather than relying on wireless features that can be overwhelmed when multiple users connect to these types of networks, data cables make it much easier to transfer information simultaneously, without affecting the integrity of the network.