Mobile Broadband Vs, Fixed Line Broadband For Homes: Which Is Best For Me?

Internet at homes is not considered as a luxury or additional expense anymore. As a matter of fact, it has become a necessity due to various reasons. Let us first look at some of the main reasons why we need internet connections at homes. That will give you a very good idea about, why internet connection has become a basic necessity of today.

Some of the reasons are:

  • For making and receiving free internet calls through mobile and web apps
  • For sending and receiving unlimited text messages
  • For watching movies and music
  • For connecting with friends, family members, business associates, etc through social media websites.
  • For finding and sharing information
  • For educational purposes, or for joining online certification courses
  • To keep in touch with the breaking news
  • To check out the reviews on latest movies
  • To work from home, and for marketing your business online
  • Downloading movies and music
  • For playing multiplayer games, with opponents from across the globe
  • For learning new skills
  • For buying things from e-Commerce stores
  • Sending and receiving money through online bank transactions
  • For paying your monthly utility bills
  • For learning about new places
  • For showcasing your talents and promoting yourself
  • For checking weather forecasts
  • For trading on currencies, stocks, commodities, and checking market news etc

The list goes on and on…

Now that you understand the importance of having internet connections at homes, the next question is, which kind of connection will best suit your needs?

Basically, there are 2 ways to get your a home connected:

  1. Wired broadband connection [With the option of getting a fixed landline]
  2. Wireless connections like 3G and 4G dongles, mobile phone SIM cards, and Wi-Fi hotspots.

Wired broadband connection:

This is a time tested and a successful technology, which basically works on combination of optical fibers and copper wires. A cable will be extended to your homes, and fitted to Wi-Fi Modem. The modems will generally have the capacity to network more than 10 devices [Smartphones, tablets, laptops, desktops] wirelessly.

Wireless internet:

You can connect your home systems through wireless connection by using 4G or 3G dongles or Wi-Fi hotspots. You can also connect your devices from mobile data [With SIM cards] through portable hotspot or tethering.

Comparison:

1. Broadband connections are much stable, and are even faster than the wireless dongles and SIM cards in many places.

2. The installation and tariffs of Wired broadband connections are generally cheaper than the 3G and 4G plans.

3. Wireless options allow you to use 1 or fewer devices, and you will need to manually do the hot spot each time. One the other hand, with wired broadband, you can use 1 account to automatically provide internet to all the devices of everyone at home.

4. Wireless connections might be the only available option for rural areas, because the optic wires might not reach some remote locations. However, broadband connections cover more than 70% of the places in cities, and the networks are growing all the time.

Conclusion:

If you need internet exclusively for your home, then it makes a lot of sense to go for wired broadband with Wi-Fi modem. Not only will the tariffs be cheaper, even the connection will be more stable.

Fixed Wireless Broadband Access

Fixed wireless is a method of transmission of high speed data traffic via a wireless connection between two fixed points. Subscriber service consists of a microwave antenna and radio on customer’s rooftop for transmitting and receiving RF signals. The customer’s antenna points to the service provider’s RF transceiver (Access Point) located on the radio tower or tall building. Fixed wireless connection with customer has clear Line of Sight (LOS) to the Access Point can reach distance up to 50 miles and data rate up to hundreds of Mbps.

Fixed Wireless has two configurations, point-to-point (PtP) or point-to-multipoint (PtMP). PtP networking connects two locations by using two radios and two antennas dedicated to only each other. PtMP networking refers to communications between one access point and multiple customer radios. Fixed wireless can use frequency either in licensed band or unlicensed band. Unlicensed band frequencies of 900MHz (902-928), 2.4GHz, 5.3GHz, 5.4GHz, 5.8GHz, 24GHz, and 60GHz are exempt from FCC licensing requirement. Unlicensed wireless systems, although quick to deploy, do not promise exclusive use of the band and are susceptible to potential interference. Licensed microwave wireless systems operate within parts of the radio spectrum (VHF, 900MHz, 2GHz, 3.65GHz, 4.9GHz, 6GHz, 7GHz, 11GHz, 13GHz, 18GHz, 23GHz, and 80GHz) designated by the FCC. To operate a licensed microwave fixed wireless radio system, one must apply for a license from the FCC. Licensed operators are permitted exclusive use of part of the band over an assigned geographic area.

Fixed Wireless Broadband is designed to emulate coaxial cable connection and support both TDM and packet traffic such as T1, T3, frame relay, Ethernet and ATM. High-capacity carrier-grade wireless backhaul radio combines TDM with Ethernet to provide smooth evolution to advanced, packet-based radio performance and facilitating cost effective, risk-free migration to IP/Ethernet. Enhanced Fixed Wireless can deliver Internet, Voice and MPLS, all with guaranteed Service Level Agreements. The advantages of fixed wireless include lower costs, greater flexibility, and faster deployment. Reliability is on a par with wireline networks and can be engineered to achieve 99.999% availability. Service carriers go to great lengths to ensure secure data transmission through the use of high-gain directional antennas tightly focusing the signal and directing it precisely at the customer’s CPE. Fixed Wireless Broadband transmits and receives encrypted signals from specific, authenticated devices only. It employs the Advanced Encryption Standard (AES), which is the standard adopted by the U.S. government to protect its data. Hence, fixed-wireless data transmission using AES are as secure as any transmission in the world.

Latest technology innovation has made fixed wireless a competitive mode of broadband delivery in increasingly high density environments such as the suburban, urban, and enterprise customers. Multiple Input Multiple Output or MIMO technology has enabled the rapid growth in bandwidth capacity by continually improving spectrum efficiency with the addition of more and more MIMO streams and smart antenna array technologies. Antenna beamforming is a crucial technology enabling the spectrum used by an access point to be reused by multiple clients simultaneously. Beamforming uses precise geoposition information from each wireless client to focus wireless antenna transmit signals towards each unique client, achieving improved focused wireless signals, and significantly reducing interference in the spectrum. Because beamforming isolates client signals, it creates spatial opportunities in the spectrum for additional MIMO streams to be used simultaneously using SDMA (Space Division Multiple Access). This is called Multi-User (MU-) MIMO. When downstream traffic arrives for multiple clients, the access point identifies geolocation based beamforming opportunities to service those clients simultaneously, drastically improves the capacity of the radios. MU-MINO enables fixed wireless to deliver fiberlike broadband connectivity at a fraction of the cost of traditional wireline solutions, in any environment, from low-density rural broadband to high-capacity, high-reliability business connectivity for the enterprise.