By Ed Elliot
Effective communication is essential for the smooth functioning of any business. Any business which deals with systems for producing products and performing services has also got the responsibility of maintaining a customer friendly call center to meet their needs and answer their queries patiently. Years before, phone lines were the most commonly used medium of such business communication. With rapid growth in technology, these telephone lines have been replaced by better options. Nowadays the maintenance of call centers has become less expensive and easier with the help of one of the greatest advancements known as the IP PBX VOIP. An internet connection meets the requirement of the VOIP phone system and thus a different type of connection is established between businesses.
The IP PBX VOIP connection provides the application for this. The expansion of the term IP is Internet Protocol and this refers to the sending of systems in the business through the internet before the ringing of phone. The term PBX refers to the Private branch exchange, which enables the connection of business to a private network with the purpose of taking and receiving calls. This feature is known to create enhanced features for many call centers. The establishment of a private exchange can ensure that the calls can be protected to be confidential. Also they provide an easier way for making a connection. There are solutions for IP PBX VOIP and specific ways to send them into a company. There is a central system with an internet connection. This particular system has connections to the phone systems and many individual computers. The incoming and outgoing calls are moved into a direct transfer with the provision of headsets connected to the computer. A network, consolidated in nature is established. This allows receiving and making of specific calls as if the individual lines are in place.
New products which are connected in this fashion can also support the enhanced features of the call center. Options of different ways of speaking to customers form the main feature of this. There are also applications which enable the making of more number of connections. A few of the applications are transfers, conference calls extension numbers and dialing other employees. It is a fact that the VoIP provides all the features as that provided by a traditional phone, the only difference being the way of connection. The way of receiving and sending calls is changed. Also options for the flexible work areas are open, for example, creation of an option of a home based business within the business. Employees are gifted with mobility as a result of VOIP PBX systems and they considerably cut down telephony administration costs.
Learn more about ip pbx voip as well as other related topics at voice over ip website.
Article Source: http://EzineArticles.com/?expert=Ed_Elliot
Wednesday, November 5, 2008
Emerging Fiber Optic Data Communication Technologies
By Colin Yao
With the explosive growth of Internet users, the demand for data communication network bandwidth has increased significantly.By the end of 2000, there were already 29 million Internet domains and still increasing. Digital library, distance learning, e-commerce, video on demand and peer-to-peer sharing all are spawned by these web sites.
Most of the backbone level connections for the Internet are backed by AT&T, Worldcom and Sprint with a standard speed of 2.5Gbps. The network infrastructure has serious difficulty in keeping up with the bandwidth demand and that is why 10Gbps, 40Gbps and even 100Gbps are being deployed and developed by the fiber optic equipment manufacturers.
Future Internet applications will create even more demand on the bandwidth and switching capabilities of these network systems. With the inception of Web 2.0, more bandwidth-hungry applications which extensively uses graphics, images and video are used. The Internet backbone has to keep up with this demand. Actually many carriers have already upgraded their network to 10Gbps and 40Gbps. (although, 100Gbps remains under development at this moment).
On the technology side, ATM (Asynchronous Transfer Mode) over SONET have been adopted as the primary transport mechanism for broadband traffic. Currently, this traffic is carried on single mode fiber between switching hubs for up to 40Gbps.
However, the speed of each fiber cannot be increased indefinitely, when the bandwidth required is more than can be supported by a single fiber, multiplexing technology is incorporated into the system such as TDM and WDM.
There are number of promising technologies for fiber optic data communications. But we have to investigate the potentials and limitations of each technology. These technologies include All-Optical Network, WDM and Wavelength Routing technologies.
Colin Yao is an expert on fiber optic communication technology and products. Learn more about LC multimode patch, multimode SC, multimode ST on Fiber Optics For Sale Co. web site.
Article Source: http://EzineArticles.com/?expert=Colin_Yao
With the explosive growth of Internet users, the demand for data communication network bandwidth has increased significantly.By the end of 2000, there were already 29 million Internet domains and still increasing. Digital library, distance learning, e-commerce, video on demand and peer-to-peer sharing all are spawned by these web sites.
Most of the backbone level connections for the Internet are backed by AT&T, Worldcom and Sprint with a standard speed of 2.5Gbps. The network infrastructure has serious difficulty in keeping up with the bandwidth demand and that is why 10Gbps, 40Gbps and even 100Gbps are being deployed and developed by the fiber optic equipment manufacturers.
Future Internet applications will create even more demand on the bandwidth and switching capabilities of these network systems. With the inception of Web 2.0, more bandwidth-hungry applications which extensively uses graphics, images and video are used. The Internet backbone has to keep up with this demand. Actually many carriers have already upgraded their network to 10Gbps and 40Gbps. (although, 100Gbps remains under development at this moment).
On the technology side, ATM (Asynchronous Transfer Mode) over SONET have been adopted as the primary transport mechanism for broadband traffic. Currently, this traffic is carried on single mode fiber between switching hubs for up to 40Gbps.
However, the speed of each fiber cannot be increased indefinitely, when the bandwidth required is more than can be supported by a single fiber, multiplexing technology is incorporated into the system such as TDM and WDM.
There are number of promising technologies for fiber optic data communications. But we have to investigate the potentials and limitations of each technology. These technologies include All-Optical Network, WDM and Wavelength Routing technologies.
Colin Yao is an expert on fiber optic communication technology and products. Learn more about LC multimode patch, multimode SC, multimode ST on Fiber Optics For Sale Co. web site.
Article Source: http://EzineArticles.com/?expert=Colin_Yao
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