The latest buzz in the Mobile Network Industry is the impending arrival of 5G and WiFi 6 networks- these new changes promise better network speeds, more connectivity options for users and businesses. Wireless technology is used all around us- we use it at home, we use it at work, we use it on the go… Wireless connectivity isn’t just limited to phones and computers either – this article explores how wireless technologies can be applied in diverse fields such as gaming and healthcare too!
With so many companies and research teams working to push the boundaries of wireless networking capabilities- both 5G Network & WiFi 6 will offer significantly faster data transfer rates than their predecessors. This means that new options can open up for future businesses looking to take advantage of high speed wireless connectivity and data transfer.
According to recent studies, 5G will offer up to 10 Gb/s download speeds and about 1 Gb/s upload speeds with the capability of supporting up to one million devices per square kilometer (0.386 square miles). That’s a lot of devices! The introduction of such high capacity networks also means that businesses will be able to take advantage of low latency connections as well as offering improved power efficiency for using IoT sensors.
Current 4G LTE networks include around 20,000 base stations which cover almost 400,000 square kilometers (154,400 square miles)- these figures pale in comparison against the scale and speed that 5G and WiFi 6 is expected to deliver: 100 times greater capacity than current LTE systems, covering millions of square kilometers!
5G is not just about increased network speeds however – it will also bring a more expansive range of capabilities to the table too- almost all industries will see a significant impact from 5G. This article takes a look at some of the most exciting possibilities for future businesses.
One such industry that stands to benefit greatly from 5G & WiFi 6 is Healthcare- as healthcare continues to become more advanced with each passing year, patient care requires higher bandwidth and lower latency networks like those offered by 5G and WiFi 6 technologies.
For example: A doctor examining images or video has very specific requirements; one moment they may need high resolution data , the next they might be using real time streaming to monitor a surgery in progress.
This requires extremely high network and data support and that’s where 5G and WiFi 6 come into play: Current 4G LTE technologies, whilst excellent for providing high speed mobile access, just aren’t suited to these types of media- requiring significant compression which reduces image quality. With 5G, we will see higher speeds and more reliable data transfers — no need for compression! This means that future medical practices can make use of technologies such as cloud services without worrying about network latency or bandwidth issues affecting patient care.
In addition to this- with the introduction of new wireless standards such as WiFi 6, businesses will soon have the capability to connect thousands upon thousands of devices which can be used to monitor various patient health metrics. These sensors could also connect directly with one another, allowing for extremely quick and efficient data transfer between devices.
Possible applications of the hundreds or thousands of connected IoT sensors include: Monitoring blood pressure or heart rate, testing urine for kidney function or even monitoring skin tissue oxygenation levels! It’s clear how 5G-capable networks & WiFi 6 will ultimately improve healthcare services in the future too.
Before we look at some possible future gaming industry possibilities- it’s important to note that gamers are often amongst the first adopters of new technologies; this has been true since as far back as the 1980s when early computer enthusiasts were buying personal computers before home computers became a common household device.
High Capacity Networks
The introduction of 5G and WiFi 6 will allow gamers to download games faster, connect to their console or PC from further afield and enjoy smooth online gameplay with lower latency. For big online gaming events such as streaming eSports from international competitions- this is going to be essential for ensuring that top quality content can be enjoyed by thousands upon thousands of viewers around the world without any noticeable lag interruptions: The more players there are, the larger the file size and therefore the slower the speed of all devices needs to be in order to ensure everyone has an enjoyable experience — until now!
WiFi 6 & IOT Gaming Smartphones
Aside from high capacity networks, we’re also going to see changes in the way we access games in the future too. WiFi 6 offers speeds of up to 10Gbps which is great for individuals, but what about mobile devices? 5G can help with this issue too by facilitating quicker mobile internet speeds when using WiFi networks. As well as this, 5G will allow users to use their smartphones in order to connect directly to various gaming consoles and PCs- iPhone gamers beware, you may soon be playing via your Android!
These advances in network technology are likely to increase competition between game developers; one such example of this is how game developers improve load times in order to attract more customers: When there’s less latency (or lag), players can enjoy an improved overall experience; after, if it takes 20 seconds to load a game, more and more gamers are likely to get easily bored!
In addition to load speed improvements, we might also see network speeds improve all round in order to provide peripheral support for the upcoming WiFi 6 standard. For example, interactions with your opponent in a virtual reality multiplayer match would be instantaneous too — allowing for seamless gameplay whilst ensuring you’re using the best quality connection available at any given time. It’s clear that 5G networks will play a key role in improving all of these gaming experiences too- providing low latency connections wherever you are.
The Internet Of Things & Transportation Networks
Gaming peripherals such as wheels, joysticks and even head tracking equipment has been used by gamers for decades now; when it comes to racing games this has, of course, meant that gamers are able to speed up their experience!
As well as this, WiFi 6 could improve future technologies by allowing wireless-based tracking devices; for example, companies like Fitbit already monitor various biomechanical metrics such as heart rate and body temperature using radio signal technology. The next step in the evolution of this technology is likely to allow even greater distances between sensors and users: In a similar way to how your smartphone can now connect to your PC or laptop with ease thanks to WiFi networks- we’re going to see more efficient data transfer speeds facilitated by low latency connections.
In car entertainment
Not only is 5G going to be great for those who want increased range from their comms devices, but there’s also going to be an important role for 5G networks when it comes to improving the future of transportation. For example, Uber is already working on self-driving cars which could benefit from 5G technology in order to communicate with the cloud and improve GPS accuracy. Although this isn’t looking like it will be fully implemented until 2020 or so, once 5G technology has been rolled out across most cities globally we’ll see more widespread use of these technologies; after all, if you’re using your smartphone to connect your air conditioner instead of setting up expensive wired connections- why wouldn’t you do the same thing when it comes to powering a car?
The possibilities are endless with low latency connections! Not only that but they’re definitely going to have a big impact on the world around us in years to come. Once 5G is implemented across various cities and towns, we’re likely to see an increase in all types of tech innovation; for example, when it comes to Internet Of Things (IoT) applications – this could be everything from smart homes to smart traffic lights!
5G & WiFi 6: Connectivity & Other Possibilities for Future Businesses
– Camera lenses (it’s not just mobile phone cameras that will benefit!)
– Cars (e.g., self-driving features’ reliance on fast data connection speeds) artificial intelligence, virtual reality
– Video streaming (in 4K!)
– The Internet Of Things
Improve load times in order to attract more customers: When there’s less latency (or lag), players can enjoy an improved overall experience; after, if it takes 20 seconds to load a game, more and more gamers are likely to get easily bored! In addition to load speed improvements, we might also see network speeds improve all round in order to provide peripheral support for the upcoming WiFi 6 standard. For example, interactions with your opponent in a virtual reality multiplayer match would be instantaneous too — allowing for seamless gameplay whilst ensuring you’re using the best quality connection available at any given time. It’s clear that 5G networks will play a massive role to play in the future of video gaming; after all, if your connection is suffering because too many people are trying to access servers at once- you’re less likely to enjoy playing games online.
Further areas that WiFi 6 could improve include the quality of online video calling (and indeed other forms of remote communication), smart devices and TV streaming services; for example, Netflix currently uses an adaptive bitrate service which automatically optimizes stream quality depending on network speed. As well as this, 4K streaming requires a minimum bandwidth of 15Mbps if you want consistent image quality without any glitches or data loss. This means that both 5G and WiFi 6 will be critical technologies when it comes to supporting various Internet Of Things applications; for example, home automation systems will rely on fast data speeds in order to enable features such as remote video chatting, smart locks or even the ability to turn on appliances with your voice.
Not only this but 5G is likely to be a key requirement for future mobile devices too. With smartphone power consumption becoming more of an issue every year, one solution could be to step up usages of cloud-based services : By definition, these are less taxing on device resources because they’re being performed remotely by powerful servers instead. As well as this, 5G would allow for improved AR/VR experiences which require low latency connections in order to create immersive environments that you can participate in using just a headset and some controllers – without any wires! Not only this but VR applications could also gain from all around improved network speeds too – which could make them more responsive, immersive and ultimately provide better experiences for users. In the long run, these sorts of implications may even prove to be a key requirement for certain professions. For example, virtual law firms require low latency connections in order to allow clients to participate remotely in court proceedings without requiring huge investments into specialist technology!
5G is likely to be a key requirement for future mobile devices; it could make VR experiences more immersive and responsive, while also allowing for cloud-based services which reduce power consumption. Not only this but the Internet of Things will require new kinds of connectivity in order to support new kinds of applications and use cases! While clearly WiFi 6 isn’t going to solve every problem on its own; what’s clear is that both technologies are going to be critically important when it comes developing new business models and supporting emerging opportunities in the years ahead!