Many people enjoy breath-taking freshness and tranquility in rural areas. However, this doesn’t necessarily mean you should give up high-speed Internet access just because you’re outside the access of DSL or cable connectivity.
In the early months of 2014, a Federal appeals court located in Washington DC upheld an effort by the Federal Communications Commission to change a rural telephone line into a service that can help fund unlimited wireless internet for rural areas.
The 4.5 billion dollar program will provide high-speed Internet access to remote areas where broadband deployment could otherwise be prohibitively expensive.
The program is part of the $9 billion Universal Service Fund and is called Connect America. This Universal Service Fund supports a range of initiatives that provide access to telecommunications services for families with low incomes and schools, community resources, and much more.
There are many initiatives across the globe similar to the FCC project; however, access to high-speed Internet within rural regions is a major issue. This is because most rural areas aren’t equipped with Digital Subscriber Lines (DSL) or cable connectivity due to the costs of installation by cable companies.
For the past ten years, only one type of Internet access was via dial-up over your phone line. But, unfortunately, dial-up is also the most inefficient Internet connection.
It doesn’t support many modern-day high-speed applications like streaming videos, VoIP applications like Skype and multimedia box, Xbox applications, and other entertainment options for homes like Internet Television.
What do you have to do if you’re in a rural region and aren’t connected to the Digital Subscriber Line (DSL) or cable connection?
How to get broadband Internet for Rural and Remote Areas
While the government is working with rural and cellular phone companies to provide broadband access to rural and rural regions, do not abandon the idea if the region where you reside is still lagging in terms of high-speed Internet access.
There are alternatives to getting a speedy internet connection. Internet connection. Here are some options worth considering:
1. Satellite Internet
If DSL or cable isn’t available in your location, a satellite Internet connection is one of the most effective alternatives for getting Broadband in rural areas. Whatever your location, you will get a high-speed connection as long you can see clearly towards the southern sky.
Satellite Internet connection results from installing a satellite dish that can receive an ultra-fast broadband signal emanating from the south of the skies. This allows even the most remote areas to get a high-speed Internet connection. You can get the fastest broadband Internet connection through satellite companies like HughesNet, DISH Network, and Wild Blue.
Many satellite companies are also working on improving their services with enhanced speed, more efficient data rates, and a larger capacity to allow faster transfer of files. For instance, HughesNet recently released a service called Gen4 that provides customers living in rural areas with the fourth generation of high-speed internet access. Internet access.
The upgraded broadband connection permits people living in rural areas to access applications that require a lot of bandwidth. This includes streaming video and accessing high-speed apps, games, and other modern technologies that require greater bandwidth to function correctly.
If you have a satellite Internet connection, you’ll be charged the cost of satellite installation and then an annual fee based on the plan you select. However, the connection is extremely consistent except for occasional heavy storms or with a lot of cloud coverage. Below is a video that will provide more information regarding the use of satellite Internet.
2. Mobile Broadband
Utilizing a broadband card to gain a speedy connection is an alternative for those living in rural areas. If you are connected to a cell phone service, you could get a MiFi device or USB dongle. A MiFi device is as big as a credit card and permits you to create an internet hotspot with the wireless service of your cell phone.
Cell phone companies also offer USB dongles and Internet cards that connect to your USB connector or the PCMIA port on your computer for access to high-speed broadband Internet through the 3G or 4G carrier service.
You can get this kind of connectivity from your local cellular provider. However, you should be aware that some providers require contracts with an additional monthly service charge and your regular monthly bill for cell phones. It is also necessary to connect to an internet connection in the rural region that you live in. Here’s a diagram of how mobile Broadband is accessible in rural areas.
3. Tethering Hotspot
If you’re lucky enough to have 4G or 3G access in the rural region you reside in, there is a possibility that you can take to get access to high-speed Internet. The majority of cell phone plans restrict you to a certain amount of gigabytes per transmission, but it is far better than having to endure the frustrations of slow dial-up connections. Utilizing your smartphone as a hotspot might not be as efficient as a cable connection or a Digital Subscriber Line (DSL); however, it’s much better than having no connection in any way.
Certain cellular providers offer hotspot tethering plans. These plans permit users to use their smartphone as a portable hotspot to give their laptop or computer the fastest internet connection. Internet connection. To connect using the method described above, each device should have Bluetooth capabilities.
However, if your mobile carrier does not have a plan, you can connect your mobile to your computer and connect via your 4G or 3G data plan. This process requires installing your Bluetooth services on the two devices to can identify each other. You then select the right WiFiWiFi network that is pertinent to your smartphone.
The only disadvantage to this method is that it requires data to support your 4G or 3G service. Based on the data plan you’ve signed up with your cell phone provider, Overage charges could be imposed if you exceed the data limit. It is recommended to look for this before deciding on this option for high-speed broadband Internet.
The video below will give you additional important information about using your phone as a hotspot to connect to the wireless Internet connection.
4. BPL
BPL is another option for connecting to the Internet in remote areas. Imagine connecting your computer via an electric outlet at your home and then accessing high-speed Internet. This is exactly what BPL is all about.
BPL is a shorthand in Broadband Overpower Lines that uses traditional power lines to create the fastest Internet connection using AC outlets within your home. It is accomplished by plugging in an adapter to any AC outlet to provide high-speed Internet connectivity in any area of your home. BPL is thought to be a new technology currently being utilized in limited regions to offer high-speed Internet for people living in remote regions.
The idea is well-known in European countries and is only getting brought to some areas of the United States. This delay within the US is due to the stark differences in the power system design between the countries of Europe in Europe and the US.
The differences in the power system configuration are due to the step-down transformers employed for US designs to lower the voltage needed for use by consumers. The signal created through Broadband over Power Lines is inaccessible to the transformers. This makes it imperative that repeaters are connected to each transformer. Repeaters must be placed on an electric pole to provide a single-family residence which is why in Europe, the same transformer could be able to serve 100 houses or more.
This video will explain how Broadband over Power Lines (BPL) is used and how it is a viable method to provide high-speed broadband to rural areas.
5. Long-Range WiFiWiFi Antenna
This is a lesser-known method to get a high-speed internet connection. Internet connection. However, it’s worth a look since it is being utilized in remote regions. A long-range WiFiWiFi connection requires putting an antenna outside your home to get high-speed connectivity to a connection some miles away.
Wide-band WiFiWiFi is typically utilized in rural areas to provide an alternative to DSL cable satellite Internet and fixed wireless. This type of technology generally is based on 802.11/b/g/n and can vary in its range dependent on the antenna type and the strength of the transmission area you’re located. This concept was designed to help businesses have their headquarters in remote areas and second-home owners who have an apartment for vacation in an area that is remote.
Recently, WiFiWiFi with long-range is considered a possible alternative to accessing high-speed Internet in remote regions. As a result, there are numerous WiFiWiFi antennas, ranging from large gadgets that you can put to your roof, as demonstrated in the video, to smaller devices you can install within your home or in your RV for camping.
It is also possible to include a long-range WiFiWiFi booster that is called a repeater. If the antenna isn’t enough to connect to the closest wireless broadband spot, the long-range WiFiWiFi repeater can boost the signal to assist you in gaining Internet connectivity.
A repeater is a transceiver that picks up electrical signals and then amplifies the signals. The device picks up the signal from an adjacent wireless antenna or router, amplifies the signal, and then retransmits it to enhance the range of the signal across longer distances. The signal that would normally shrink or fade out once it gets to a distance will then be transferred over a greater distance.
Like long-range WiFiWiFi signals, the long-range repeater for WiFiWiFi is available on various devices with different capabilities.
6. WiMAX
If you happen to be within the range of 4G or 3G connectivity on your cell phone service, you can enjoy a fast Internet connection with WiMAX. WiMAX is the acronym Worldwide Interoperability Microwave Access acronym and is more efficient than the Digital Subscriber Line (DSL).
WiMAX is accessible through various wireless carriers, including Sprint, AT&T, and others. The setup comprises a tower and receiver that functions similarly to the concept of a cell tower. The main difference lies in the fact that the WiMAX tower can offer Internet access to more significant areas, possibly covering up to 3000 square miles.
The WiMAX receiver is a wireless device that uses an antenna and PCMCIA cards or a small box device. The receiver is also installed into your device in the same manner as most devices have wireless Internet capabilities. The connection can be high-speed through T3 lines. Connection using a line, or it is possible to establish a connection by using an electromagnetic link within the direction of sight.
Line-of-sight connections are faster and more reliable connection than a non-line of vision connections. This is because it is directed directly towards the WiMAX tower, whereas other line-of-sight connections are connected by using an antenna built into your device.
The video below will give you an example of how WiMAX is operated by using an antenna and the hub modem of CLEAR.
7. Google Internet Balloons (Discontinued)
Even though the project is at the beginning phases that are being tested. Google has been working on launching Internet-beaming antennas to offer high-speed Internet access to all of the globe. This project is called Project Loon and involves the development of balloons that can fly across the globe. Antennas are put inside huge balloons designed as jellyfish to create a completely connected world.
The first time Project Loon was first announced in June 2013 in New Zealand. The top-secret project was in operation in New Zealand for over 18 months. Google has been providing Internet access to a certain number of homes volunteered with translucent helium balloons to test the concept. The balloons use the winds to fly at least 12 miles above the earth’s surface, providing Internet access to areas twice as large as New York City and in more than 730 square miles.
While Project Loon still has a long way to be completed, shortly, it could be a viable alternative for those living in remote and remote areas to get access to high-speed broadband Internet. If you’re looking to learn more about how Project Loon works, here is a fascinating video about the project.
Perhaps, these suggestions will allow you to access high-speed broadband Internet even if you reside in a rural region. However, it is crucial to note that it’s worth keeping up-to-date with the latest developments in high-speed Internet connectivity for rural regions. A variety of other initiatives are being developed alongside Project Loon, which may assist in expanding the range of Broadband. Additionally, innovative technologies are being developed by power companies and other sources that have yet to be revealed that will eventually aid in accommodating those living in rural or remote areas.