Each type of Broadband Technology has its own unique set of traits, advantages, disadvantages and characteristics. In fact, Broadband Technology Selection depends on circumstances and factors which include the coverage and penetration rate, capacity, spectrum usage, type of services to be provided, the availability of further alternatives, economic trends, the topographical and technical considerations. Therefore, to remain competitive and continue thriving in this fast evolving Mobile Broadband market, it is high time the Broadband Service Suppliers and Providers evolved a strategy of data, voice and video.
There are plenty of fixed line as well as wireless solutions that are available. Fixed line solutions include the conventional telephone lines, copper cables, hybrid fibre coax such as cable TV and modems. Wireless solutions examples are radio, microwave frequencies and links, satellites, mobile phone connectivity, MMDS, LMDS, FSO, Wi-Fi, Wimax and 3G. By the nature of its medium, fixed line technology has limited bandwidth and generally operates through power lines or copper cables. FreeSpace or Wireless Technology uses the radio spectrum wherein the bandwidth is limited to the extent of the available amount of licensed radio spectrum. Out of this, WIMAX seems to be the most promising technology with its performance in key areas such as overall coverage, reach and data rate. Mobile Broadband providers are seeing the trend to portability and not being locked into long term contracts to attract new customers so they are offering pay as you go mobile broadband solutions which may impact static broadband companies. At sites like Broadband Genie you can find these great plans from some of the most trusted carriers in the industry. They also offer research on deals for broadband and smartphones to help save you time and money.
However, fibre optics, in relativity to its competitors, offers almost an infinite level of bandwidth. Due to its immunity to electro magnetic fields and interference, it has higher levels of reliability and security than the wireless/copper networks. Therefore, it makes logical sense in deploying optical fibre systems which have low operating costs and have unsurpassed reliability. Consequently, direct fibre connections to all households would be a much desired concept even though it may involve the laborious and cumbersome task of network deployments in installing fibre optic cables all throughout the network in access. To wrap it up, we need to mention about the advanced optical glass fibres which is the latest development in this field. A sample of its prowess is its ability to provide Broadband speeds upto 50 Mbps, something which is unheard of and beyond our imagination!