A new culture has been in configuration ever in view of the fact that the mobile apparatus was introduced, varying the former means of communication that humankind have been using in the old times. With the introduction and propagation of mobile devices, these devices have undergone continuous upgrade and Apple, once an ordinary communicator, has eventually evolved into something unrecognizable from its humble origins.
These eventually resulted to new usages on the part of the mobile devices and new ways of action and thought on the part of its users. The advent of technology and the wonders tat it has brought the general public is astounding that its development and enhancement never stops. As a matter of fact, what used to be done through stones, paper and pencil to pursue communication has gradually transformed into high technology advanced applications making life easier and hassle free.
Inasmuch has there has been a remarkable take up of wireless and mobile communications in recent years, such that in a number of countries the number of mobile phones and internet connection services has thoroughly widened its scope that the dramatic growth of “data wave” astonishes not only the first-class masses, but including the average society. Hence, there exists a considerable interest that the range of capabilities of these wireless networks will be beyond the wildest imagination of humans. What may be upbeat nowadays may be obsolete in the future.
And take note, the wireless galore may be swept away by one major company or a specific service by then—and in the contemporary deliberation, WiMAX aims to get that spot. What is WiMAX? To be able to thoroughly understand the essence of WiMAX or Worldwide Interoperability for Microwave Access, one must be taught with the vortex of the World Wide Web. Formed through the WiMAX Forum in the year 2001, coining the term “WiMAX” has been the fruit of information technology advocates’ dream of having a service which will render a multi-task connection and surpass all the other existing providers.
Many often misinterpret WiMAX as “another WiFi” since there surfaced several broadband and wireless networks offering multifarious types of internet connection services for the benefit of the masses and for the talk of business. But WiMAX, unlike the limited connection given by other services, can serve as broadband internet access, as a landline telephone bypass, as a cable or satellite TV bypass and as a mobile data and cell phone bypass—all these comprise the potential of WiMAX and no other provider has been able to do that up-to-date (Rao & Radhamani, 2007).
Consequently, it has the impending potential to replace almost all the existing telecommunications infrastructures. Considerably, business tycoons and information technology experts marks it as “the last mile” of broadband wireless access in a total package. How WiMAX Works Unlike other service providers—WiFi only having a short range of connection reaching only up to 100 yards with limited security and QoS, and LAN which needs hubs and offers dreadfully limited sets of workstations—WiMAX then with its 6 mile range (i. e. ould cover the whole city) with an exceptional throughput of 72 Mbps, multi-level encryption and dynamic bandwidth allocation voice and video capable; it would clearly give a safer and more efficient connection to a whole community (Andrews, Ghosh, & Muhamed, 2007). Furthermore, its mobile WiMAX service makes it even better converting the fixed wireless application (in cost effective point to point to multi point solutions) accessible to a larger scale. Similar to that of a cell phone, WiMAX enables video streaming broadcasted from a speeding police or other urgent situation vehicles.
This service is worthwhile for mobile TV and gaming extremists (“Intel® WiMAX Technology,” 2008). In addition to that, WiMAX also has the capability to converge voice and data as easy as FM radio signals. WiMAX also offers low flat rate pricing for premier positioning through promoting the service on the subscriber’s web page with trouble-free steps to follow: reach the audience that buys your products and services, significantly improve your conversions by delivering your message to 50 thousand senior level executives in the WiMAX industry and drive buyers to your site from relevant content pages (Sanders, 2008).
With this, WiMAX’s global web site provides users with daily perspective, unique insights, breaking news, and in-depth analysis of the latest trends in the WiMAX business world. The First WiMAX Mobile WiMAX, as an Institute of Electrical and Electronics Engineer designated under fixed wireless applications and mobile wire-less contains an inevitable probability of expanding its array of possibilities in its contribution and participation in the age of technology and innovation (Ohrtman, 2005).
Given the fact that it has made a “jack-of-all-trades” in the arena of internet and wireless technology service, they also emerged on producing products which will enhance the utilization of their fixed and mobile service (Vosevich, 2007). Through its partnership with Tel Aviv (a maker of broadband wireless access technology), WiMAX manufactures equipment which is capable of the provision of long-range wireless broadband (Andrews et al. , 2007).
Tel Aviv, chosen by Intel in the year 2003, helped in developing a chip using WiMAX specifications and in the year 2006, the first mobile WiMAX product has stormed the market armed with the ability to render the same service to laptops. Subscriber discretion for equipment to be used What makes more advisable than other network or service providers, falls on the point of fact that operators all over the—as connected with the WiMAX technology—has the discretion to choose which equipment to use.
One example would be the ten national and regional carriers in Ukraine uses 5 GHz band WiMAX service for its clients. Airspan Networks, Inc. with its MicroMax merchandise—a flock of incorporated micro-cell foundations with an all-in-one al fresco composition of RF and baseband machineries. As a matter of fact, five networks have been issued licenses for commercial services and are anticipated to soon multiply in number (Moreton & Spiller, 1998).
Networks under trials and deployment are the following: United States of America, Taiwan, Brazil, Vietnam, United Kingdom, India, Japan and Pakistan (Vosevich, 2007). The world’s commiseration over WiMAX’s competence Several countries lay their trust on the competence of WiMAX in providing them the “best” service in wireless technology prior to what is existing in the market. In the year October 2007, the United Nations telecommunications agency in Geneva called for WiMAX to be the overall provider of their entity.
This then gave triumph over Intel and a crush to heel-to-heel competitors’ Ericsson and Qualcomm (Vosevich, 2007). New York Times reported that the endorsements creates the way for numerous of the union’s associate countries to dedicate a fraction of the communal radio continuum to WiMAX, and receivers for it may possibly be built into mainframe computers, phones, music players and other handy devices (Shannon). Gradually, it drove investors, business tycoons and other countries to auction for WiMAX for the allocation of licenses in the radio frequency with 2. 5 to 2. 69 gigahertz.
Not only that, Intel and WiMAX’s collaboration attracted even more audience to their service that households intend to ask for the “point-to-point” system to be established in their areas, given that the test establishment made in Chicago has been successful (Rao & Radhamani, 2007). Products and services utilized worldwide Countries are also hooked with the “load system” offered by WiMAX. Not only does it support the mobile device to perform computer-able services, but in Asian countries, it enables a subscriber to sell load, pay bills and have their existing mobile device serve as their bank account.
WiMAX enables their subscribers to do transactions with just a click away. However, the “ultra” notebooks or laptops powered by Intel are not yet available in the market but are hoped to hit the road this year through Sprint and Clearwire networks initially targeting the president’s white house in Washington D. C. , Japan and Russia (“Intel® WiMAX Technology,” 2008). In the near future, all cities in every country will be armed with WiMAX technology and the future will be as efficient and as competitive as that designed by the pioneers of the “new standard” in technology and communication.
Analysis on why wireless technology is a top priority There has been a remarkable resurgence in interest in wireless systems with the development of cellular radio networks, so much so that in some countries, the number of mobile phones now exceeds the number of fixed connections (i. e. telephone companies). At the same time there has been a thespian growth in data communications which on the light has been fueled particularly by the Internet through the aide of DSL, broadband and other sorts of the like.
This however, contributes much to the lives of the participating masses—the subscribers for example—since the specifications of these competing internet providers immensely differ and the predicament of the matter falls on the issue of geographical context. It would either be that the location of the subscriber is not reached by high speed internet connection and so they settle only for what is available. WiMAX then, through its outstanding capabilities shall surpass all the limits which ought to be impossible in the early eras—service for all, at that.
Social theory tells us that the need of individuals must be given on fair basis, and that they must have what’s best for their lifestyle, but must be open for greater possibilities to be able to appreciate the verity of innovation, so to speak. In general, the upbringing of the human resources of firms and organizations is highlighted as one of the determining keys in the identification of the progress of these groups both in terms of economic and social matters (Hirsch, 1964).
This type of development can be achieved through the utilization of the available technological tools that provide crucial benefits such as the augmenting in the skills and learning of the employees. Among the number of these tools, one of the most widely used is m-learning. Mobile learning and career opportunities Globalization has been a major concern for almost every individual in the world, largely because it has affected the lives of many in ways that were once unimagined of in the past decades, bringing impacts to the sustenance of the living standards of men and women from various walks of life (Krugman & Venables, 1995).
The rapid growth of the factors that sprang from the trends set forth by globalization, such as economic and technological trends, has inevitably resulted to a massive change in the way in which the activities of man and of organizations are being conducted. WiMAX will need tech support team which of course will help much in boosting the economy and expunge unemployment rate as well (Vosevich, 2007). Societal feedback and recommendations
With the advent of global communications technological innovations, the development of numerous tools that strongly apply to the enlargement of the operations of organizations, specifically business establishments have created a wider plane upon which these organizations are able to operate. Local business firms that operate within a small territory, for example, are now able to reach territories beyond state borders. As a result, the influx of income being generated from these operations have eventually led to the increase in the number of clients and, consequently, in the revenues (O’Reilly, Lane, Attard, ; Griffin, 2000).
Amid the rise of the internet, the birth of on-line courses and learning has paved the way for the expansion of education, dissolving continental and classroom barriers that once deterred the isolated individual from further learning (Benedek, 2005). Education and specialization courses have been made available via the internet where access to these has been made easier through the evolution of the technological gadgets such as mobile phones and computers. All these eventually gave birth to the very idea of electronic learning or e-learning. Conclusions and further remarks
We now rarely have the classic way of communication through snail mail, although in some parts of the globe it is still being utilized for lack of resources. There is currently little evidence showing that the “pony express” and the “semaphore signals” that were once utilized over a century ago are still being used in higher types of cross-territorial communications (Mitchell, 1967). What we have today are more advanced and sophisticated means in communicating effectively with other people not only across huge land masses but also across the vast oceans that separate nations and corporations thus WiMAX is capable of fulfilling.
Given the rise in the number of available technological tools that are closely associated with Information and Communications Technology or ICT, the swift switch-over and transmission of information has been greatly felt (Clegg, Hudson, ; Steel, 2003). One of the elements in the society that has received a voluminous amount of the effects of the boom in ICT is the education sector. As a result of the injection of the ideas and equipments brought about by the trends in ICT, learning has become more fluid in the sense that the expanse of the fields of knowledge critical to education has become more accessible over a shorter period of time.