Though the technology in itself is not new (been used for more than two decades in military radar operations) only recently it has begun to be tested for business communications. Researchers point out UWB is at least 1000 times faster than currently used 802.11b or bluetooth technologies and hence could constitute an excellent alternative choice of protocol for local area networks, increasing their ability to cater to many more users at high bandwidth speeds and at considerably lower costs. As Mr. Frank Dzubeck, president of Washington based 'Communications Network Architects' says, '"The initial approval from the FCC might be, for example, for 100M bit/sec with a range of 150 feet. But there's no reason why you can't increase speed and distance. it's a matter of power and finer granularity of the silicon chips." [John Cox] One interesting feature of UWB is that it operates in the same frequency as the electronic noise spectrum and because UWB pulses do not need a carrier wave (carrier free architecture) it does not chunk up the already crowded radio spectrum. Another new development is the GIFI chip which offers very high-speed data transfers over short regions. Developed by Australian researchers, the GiFi chip measures only.2 inches on either side and operates in the mostly neglected above 60-GHz spectrum region. Though restricted to only a maximum distance of 11 yards, this GiFi chip is much faster than the normal WiFi devices. The speed of 5 Gpbs per second of data transmission is a new breakthrough, which implies that even high definition movies could be transferred between devices in a matter of a few seconds. This sensational GiFI chip is widely expected to hit the market...
Wireless Technologies Background of the organization including its primary products and services, location, and history How each of the technologies is used Advantages of using each of the technology Ease of signal transmission Degree of security protection Current availability of technology Summary of the main points of the entire paper Wireless technology is nowadays used to solve business problems. In fact, business people use it for competitive advantage purposes over their competitors. HP solutions offer wireless technology that
These aspects should be considered while designing and implementing a network to gain maximum efficiency. (Trulove, 19-20) The standard that defines the application of a WLAN is IEEE 802.11 WLAN standard. Though this is the basic standard amended ones define the additional prescriptions added to it like 802.11a or 802.11b. The capacity of a WLAN is defined by its basic compatibility. WLAN of the latest version comes with an 11
Wireless Technology Is Difficult to Connect To Other Parts of Information Systems There are many challenging aspects to even the most fundamental system and process integration tasks within organizations that have standardized on a common platform. When platforms vary significantly by protocol and by technologies, as TCP/IP-based networks often do across any organization, integration becomes even more difficult. When the strategies and processes that organizations rely on to attain objectives are included
Wireless Broadband Technology Overview of Wireless technology Presently it is quite evident to come across functioning of a sort of wireless technology in the form of mobile phone, a Palm pilot, a smart phone etc. With the inception of fast connectivity in the sphere of commerce it is customary and useful to operate from central locations communicating with the remote branches, conducting conferences in remote places, discussing with every body at every
(Gutierrez, Jose a; Callaway, 7) Another benefit of WSN is the minimum damage or repair. A wiring may be lost or disconnected or might break due to various reasons. This is called last meter connectivity problem. Such problems are reduced by WSN. In a WAN, it is usually called the last mile connectivity problem. Finally, WSN enables collection of recurring information from a manufacturing environment to upgrade the quality of
The value proposition intends that device, wireless network, and content and services are in a combination. This means that mobile Internet devices will not be able to define applications or that internet content and services cannot define devices. In place of that the design of devices, content, services and networks should have respect for the each others capabilities and the value of each need to be given due consideration.
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