Wireless Network Standards Explained – Bluetooth and 4G

Wi-Fi has become a vital aspect of our modern lives however, very few people actually know how we reached the point we are at now. We often ignore the numerous technological advancements that led us to a point with almost unlimited wireless connectivity.

The security and security standards that we require in our WiFi networks slip unnoticed in the majority of cases. This is a discussion of wireless standards – the protocols and protocols that define how Wi-Fi are supposed to behave. Only when you comprehend how they’ve evolved can you get a feel of the progress we’ve made.

This article we’ll attempt to shed some light on the wireless journey and provide you with the crucial information you might have missed.

Wireless Network Standards Explained

The History of Wireless Standards

Wireless standards have made significant progress from their early beginnings. The first standards were referred to by the names of 802.11a as well as 802.11b and were introduced in 1999. The (a) version operating on the frequency of 5Ghz as well as (b) version running on the 2.4GHz frequency, and (b) version operating using the 2.4GHz frequency, gave us our first glimpse of what wireless capabilities could offer.

In 2003 802.11g was introduced, bringing both frequencies to a maximum rate of around 54Mbps. Then, it was overshadowed by 802.11n in 2009 and 802.11ac in 2014, which dramatically increased data speed while also ensuring greater security across all. The most recent wireless standard to emerge was 802.11ax which increased us to 12Gbps. This is an enormous improvement over the standards that came before it.

Each one of these standards reflected the status of the industry at any moment in time. They contributed to the creation of a uniform way to connect to the internet, so that users of all ages could connect and play without having to learn the technical complexities behind the scenes. This helped create our internet networks that allow for the ubiquitous use of the internet and inter-device communication that we are seeing nowadays. If it weren’t for them, I wouldn’t be reading this now. Check out the router and old UPS price.

 

What About LTE/4G/5G?

You may have wondered what LTE 4G, LTE, and 5G are related. LTE is an acronym that stands for “long-term evolution.” It refers to a particular iteration of 4G, which is thought to be to be the fastest. 3G, 4G, and 5G represent, quite simply for 3rd, 4th as well as 5th Gen (of the mobile tech). Instead of being wireless standards in the same manner that 802.11xx codes are a reference to standards, they are actually different phases in the development of mobile technology. You’re likely to have heard of them through the signal of your phone

3G is the term used to describe the age of wireless internet connectivity on mobile devices, whereas 4G refers to the time in which speeds that allowed streaming of video and other media with high data usability were made available. It is just a coincidence that the biggest developments of the past few years have been linked by the speed and efficiency of broadband internet connectivity via wireless which makes the terms 5G and 4G interchangeable with the way of connecting.

In recent times the 4G connection has been an option for a failover to broadband connections via cable. With a 4G modem, or 4G router, used UPS, both business and home users can connect the mobile data connection to their homes (aided by an extremely powerful four-way antenna) and use the internet in a normal manner, even if you don’t own broadband available in the home.

It’s possible to say that as technology advances we continue to get faster and more secure internet connections with each version. This will only increase the possibilities of what we are able to do using these global networks.

Bluetooth Standards

Another well-known, widely-used wireless technology is Bluetooth. It is a technology used to transfer data between devices over small distances, by making use of UHF radio waves with frequencies between 2.4 to 2.485 GHz. In the world of consumer electronics it has revolutionized connections between people in person and allows multiple devices to communicate with each other in a reliable and efficient manner.

The same has been the case regarding Bluetooth standards throughout the years and are currently up on Bluetooth 5.0 being the most modern set of protocols created to date. Each advancement brought improved reliability in terms of range, range, and speed. Also, the improvements in power efficiency that we observed in the more recent versions.

Thanks to these standards we were able to develop innovative ways that devices can connect regardless of their model or brand or configuration. The Internet of Things (IoT) is a result of the work done by Bluetooth standards. It continues to play a significant part in the modern-day networks around the globe.

Conclusion

There you have it. A fascinating tour through the different wireless standards we depend on in the present. Without them, we would not have been able to build the internet which is now so familiar to us now. These protocols have set the stage for the growth of the internet, and for this important infrastructure it’s astonishing that they’re not given almost the amount of credit they deserve.

 

The best part is that they are constantly evolving. We’re constantly seeking ways to improve their capabilities and with each step we open up new possibilities for both organizations and individuals.

 

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