A Brief Introduction To Wireless Data Transmission 2G, 3G, 4G & 5G
For a quick overview and definition of the different types of wireless data transmission available, we need to go back in time. When mobile phones were first released there was something called 1G, which was the first generation of cell phones with the only capability to make calls.
2G also known as 2nd Generation was then introduced a few years later introducing people with the possibility of sms (Short Message Service) / text messaging service.
Things really started to warm up when 3G (3rd Generation wireless data transmission) was released right after that. Since then, people are able to browse the internet, stream music & videos online and download apps and so on while using their cell phones.
With the increasing need for High Definition Images and high quality contents to be viewed and downloaded from the internet, the appearance and demand for 4G was well anticipated for quite a while. Yet, even now with the launch of 5G people all over the world are still struggling with slow and laggy data on mobile phones and other devices.
How To Significantly Boost Your LTE 4G Data
In addition to cable or fiber broadband, many families are taking up 4G cellular connectivity in the form of hotspots, dongles or sim card enabled wifi routers. This is simply because it is a reliable, flexible and cost effective option. For several reasons the people pick cellular options: occasionally because wireless broadband is expensive, but mostly because cell phone signals are simply the most dependable, convenient and efficient alternative.
We all know the frustration of experiencing very slow internet speeds on the mobile phone. It can be a web page taking a long time to load, laggy video buffering or even music / online radio suddenly stopping due to limited bandwidth connectivity even on 4G.
But it is quite apparent to experience the constraints of LTE and 5G. Surprisingly to many people, despite the promise of higher speed with 4G & 5G, slow data is still very familiar. In this publication we explore how precisely 4G LTE and 5G data speeds may be improved.
Why Do People Still Suffer From Poor LTE 4G Or Even 5G?
Based on our research below are a few of the main reasons for slow LTE 4G & 5G:
The quality network signal in any given location is generally determined according to its SINR on 4G LTE and 5G networks. In very simple terms SINR (signal-to-interference-plus-noise ratio) means mobile signal coverage. Increasing your SINR will most definitely improve your connection speeds dramatically. A strong directional outdoor antenna connected to any one of our LTE 4G signal boosters is the best approach to enhance signal connectivity.
You can connect to the tower of your service provider consecutively by using many bands on your phone or hotspot. The “carrier aggregation” is termed. Ultimately your data speed is determined based on the number of bands you are connected to, the more bands you’re connected to, the faster your data rates will be.
It’s the most significant aspect for many people, yet it’s not. It absolutely impacts signal strength, known as RSRP in 4G LTE and 5G networks. But this is usually not the main cause. If your RSRP signal is greater than -100dBm, it does not enhance your data rates by a stronger signal.
RSRP: the average power of a reference signal is around – 44 dbm (excellent) to -140 dbm and its usual range is (bad). RSRQ — Specifies signal quality and generally reaches -19.5dB (bad) to -3dB (good). Rest assured, at smartboosters you’ll be sure to enjoy high speed LTE 4G data signal reliability.
The cheaper your data rates, the more users on the tower. Actually, the saturation of the tower depends on the band. Higher frequency often penetrates structures / properties far less than lower frequencies. In general, this results in reduced overload in the higher frequency bands. You can reach less crowded bands with the help of our external antennas connected directly into any of our signal boosters.
Both the tower and your LTE/5G system employ several antennas to raise data speeds by about 30 percent in a setup dubbed “Multiple Input Multiple Output.” Most mobile signal boosters are “Single Input Single Output” (SISO) – however you may install a MIMO booster with a two way system.
How To Significantly Improve Your LTE 4G Signal?
Should you have any queries, please feel free to contact us at any time.
We hope that you have found this article to be informative and to some value.