Transmission media, which is also known as communication media, refers to a means with which information is broadcasted from one location to another. The transmission medium in a data transmission system is regarded as the physical pathway between the sender and the receiver of a message or information. Generally, transmission media in computer communications are divided into two categories i.e. bounded and unbounded media. Bounded media are the physical pathways for broadcast information like fiber optic cable while unbounded media is transmission through air like cell phone signals. The bounded media is also known as wired media because it involves physical links while unbounded media is also known as wireless media. Notably, the quality and characteristics of a transmission media is determined by the attributes of the signal and medium.
Wired and Wireless Media:
Wired and wireless media are important means of transmitting or transporting information since they provide different means and benefits in some areas. Due to the differences between the two media, it is important for organizations to use both of them to capitalize on the benefits or advantages of each. Generally, wired media is media used to transport information through a network that involves the use of physical pathways i.e. wire. The most common types of wired transmission media include telephone cables and coaxial cables. With regards to computer networks, a wired home network involves connecting the computer or other related devices to a Super Hub with an Ethernet cable ("Wired or Wireless," n.d.). However, the use of wired networks in computer systems has lessened significantly because of the introduction and prevalence of wired routers and networks.
Wired media has some advantages and disadvantages as compared to wireless transmission media. Some of the advantages of wired transmission media include the fact that it is more secure than wireless to an extent that hackers have minimal opportunities to access the computer system. In addition, this medium is faster and more reliable, is easy to set up and troubleshoot,...
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.
Our semester plans gives you unlimited, unrestricted access to our entire library of resources —writing tools, guides, example essays, tutorials, class notes, and more.
Get Started Now