Different types of wireless networks

Big data connection technology

The days of my pop yelling “turn the wireless up! The ABC news is on” referring to his radio are, thankfully, long gone.

When we discuss wireless networks in 2021, we are talking about the advanced communication technology that enables us to access the internet and live in the connected 21st Century.

The term ‘wireless’ refers to the broad application of wireless networks that you are more than likely familiar with. In this article we drill down to more specific wireless networks, namely wireless LANs, MANs, PANs & WANs.

Isometric LAN network diagram

Local Area Network (LAN)

LAN is the abbreviation for Local Area Network. A LAN is the most commonly used network. It’s typically used in the home or office environment and extends to medium sized settings such as schools and shared working spaces. A WLAN (wireless) network connects computers, smartphones, scanners, printers, servers and other network devices wirelessly to the internet in a confined space.

An example is the home or office printer or scanner. When the printer or scanner is connected to a computer via a USB cable, only the connected computer can use the printer or scanner. When the printer or scanner is connected to the WLAN network, any other device connected to the same network can also access the printer or scanner.

How does a WLAN work?

The WLAN is relatively simple and familiar. A modem connects to either a copper cable or fibre optic cable from a local service provider, such as Telstra or NBN. The difference between copper cable and fibre optic cable is distance. Traditional copper cable can bridge around 100 metres, whereas fibre optic cable can stretch over several kilometres.

A wireless router is connected to the modem and will broadcast the signal using the required wireless protocols. For home and smaller office environments, this hardware is very effective, small and easy to tuck away out of sight. Larger settings such as schools and more expansive office settings are more complicated and require ‘Access Points’ known as (APs). APs are mounted on the ceiling and broadcast the signal over a larger area.

City scape with connecting dots for networking and communication

Metropolitan Area Network (MAN)

Wireless MAN networks are found in almost all cities around the world and provide access to the internet when located outside of the WLAN network. WMAN networks are large scale and cover a much larger geographic area. The principles of a WMAN are similar to those used in larger WLAN configurations, just on a grander scale. APs are located on the outside of buildings and other appropriate structures where line of sight for antennae is optimised. The APs are connected to the internet via a wired network, preferably fibre optic cable, and the wireless signal is broadcast throughout the desired area.

Examples of MAN networks include cable TV or telephone networks that sell services to the user.

Personal Area Network

Personal Area Network - (PAN)

You are most likely interacting with a personal area network – or PAN – everyday. A PAN network interconnects individual electronic devices to a single user. For example, connecting your smartphone to a bluetooth speaker to listen to music or podcasts. Connecting your phone to your car’s bluetooth is another example of a PAN network. PAN network coverage is generally limited to between 10 and 50 metres. Wireless keyboards and mice and wireless gaming consoles are other examples of PAN networks. We interact with PAN networks in a broad range of daily encounters and PAN network technologies are highly consumable market products.

World of global network

Wide Area Network - (WAN)

A WAN – in very simple language – is a network of networks. A WAN network is not defined by one location and a WAN provider can facilitate information sharing and communication via electronic devices such as laptops and smartphones from around the world. As an example, the internet is regarded as the world’s largest WAN network.

A WAN network is generally facilitated by a service provider for the purpose of leasing the network to governments, businesses and the general public. 5G technology is another example of a WAN network.

Customers can use the network to communicate with other users, relay information and store data. The amount of digital data across networks now is growing at exponential rates and providers are seeing strains on the networks. SDWAN (Software Defined) is becoming more mainstream to help organisations speed up the digital traffic flow. An SDWAN employs an intelligent software that monitors the performance of WAN networks, and can allocate data to suitable networks ‘spreading the load’ through multiple channels for more efficient and quicker pull through.

We interact everyday with these types of networks, often without a great deal of consideration. OSA is a leader in technology based solutions and has the expertise to assist you in any of the network applications. As your business and projects grow, data sharing and access become critical and it is important to get the right advice and products from the start. We can streamline your communication needs from an upgrade to a full wireless fitout, providing the essential equipment for whatever networking requirements you encounter.

Here at OSA, we can help determine exactly what your project requires and can support you with all your networking requirements and we offer products suitable for copper and fibre optic networks, APs and other necessary installs for your industry. If you’d like to speak to one of our experts, please contact us today.

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