Difference between revisions of "VoIP Cookbook: VoIP Hardware for experienced Users"

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Once you are experienced in using softphone, you may start wondering whether there is an easier way to communicate through VoIP, as using softphone via a computer is not practical—you need to turn on your computer each time you want to communicate through VoIP or keep your computer running for a long duration just to receive incoming call. This may not be prudent at all, since the purpose of using VoIP is to minimize your cost. Besides wasting electrical energy, the computer in which the softphone is running could crash.  
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Once you are experienced in using [[softphone]], you may start wondering whether there is an easier way to communicate through [[VoIP]], as using [[softphone]] via a [[computer]] is not practical—you need to turn on your computer each time you want to communicate through [[VoIP]] or keep your computer running for a long duration just to receive incoming call. This may not be prudent at all, since the purpose of using VoIP is to minimize your cost. Besides wasting electrical energy, the computer in which the softphone is running could crash.  
  
So instead of using a computer to communicate through VoIP, you could use VoIP hardware, equipments that enable you to communicate through VoIP efficiently and as easy as you use your conventional phone.  
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So instead of using a computer to communicate through [[VoIP]], you could use [[VoIP]] [[hardware]], equipments that enable you to communicate through [[VoIP]] efficiently and as easy as you use your conventional phone.  
  
 
Called Internet Telephone appliance, these hardware typically have the following characteristics:
 
Called Internet Telephone appliance, these hardware typically have the following characteristics:
  
 
* it is physically simple, with its dimension slightly bigger than the size of a cigarette box.
 
* it is physically simple, with its dimension slightly bigger than the size of a cigarette box.
* There are ports for connecting to the network or computer, such as LAN/UTP, USB or wireless at 2.4 GHz frequency.  
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* There are ports for connecting to the network or computer, such as [[LAN]]/[[UTP]], [[USB]] or [[wireless]] at 2.4 GHz [[frequency]].  
 
* There is one port or more for connecting to telephones with RJ-11 port.
 
* There is one port or more for connecting to telephones with RJ-11 port.
 
* It can be configured through the web.  
 
* It can be configured through the web.  
  
However, VoIP hardware is not free, as you still have to spend some money for buying the equipment. For about  US$ 100, you can get a set of decent VoIP hardware produced from China or Taiwan. But despite this cost, VoIP hardware are highly recommended, as you may find the benefits the hardware bring outweigh the cost you have to cover, in terms of ease of use and energy efficiency.   
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However, VoIP hardware is not free, as you still have to spend some money for buying the equipment. For about  US$ 100, you can get a set of decent VoIP hardware produced from China or Taiwan. But despite this cost, [[VoIP]] [[hardware]] are highly recommended, as you may find the benefits the hardware bring outweigh the cost you have to cover, in terms of ease of use and energy efficiency.   
  
This Chapter will explain several hardware available in the market and how to configure them: IP Phone, Internet Telephone Gateway or better known as Analog Telephone Adapter (ATA), and Wireless IP Phone. They way you configure VoIP hardware is not much different from what you do with softphone. Basically all you have to configure are the IP settings (IP address, subnet mask, and gateway) and registration to SIP server or proxy server (Username or telephone number, password and hostname server). Often, IP settings is configured automatically using DHCP server operating in a network, so you don't have to set the IP address, subnet mask and gateway.  
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This Chapter will explain several hardware available in the market and how to configure them: [[IP Phone]], [[Internet Telephone Gateway]] or better known as [[Analog Telephone Adapter]] ([[ATA]]), and Wireless IP Phone. They way you configure [[VoIP]] hardware is not much different from what you do with softphone. Basically all you have to configure are the [[IP]] settings ([[IP address]], [[subnet mask]], and [[gateway]]) and registration to [[SIP]] [[server]] or [[proxy server]] (Username or telephone number, password and hostname server). Often, [[IP]] settings is configured automatically using [[DHCP server]] operating in a network, so you don't have to set the [[IP address]], [[subnet mask]] and [[gateway]].  
  
 
==More Detailed==
 
==More Detailed==
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** [[VoIP Cookbook: SIP Server and Account Configuration in Nokia E61]]
 
** [[VoIP Cookbook: SIP Server and Account Configuration in Nokia E61]]
 
** [[VoIP Cookbook: Internet Telephone Configuration in Nokia]]
 
** [[VoIP Cookbook: Internet Telephone Configuration in Nokia]]
** [[VoIP Cookbook: Registering to VoIP Softswitch]]
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** [[VoIP Cookbook: Registering a Nokia to VoIP Softswitch]]
 
** [[VoIP Cookbook: Calling using Internet Telephone in Nokia E61]]
 
** [[VoIP Cookbook: Calling using Internet Telephone in Nokia E61]]
 
** [[VoIP Cookbook: VoIP in ADSL Modem]]
 
** [[VoIP Cookbook: VoIP in ADSL Modem]]
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* [[VoIP Cookbook: Building your own Telecommunication Infrastructure]]
 
* [[VoIP Cookbook: Building your own Telecommunication Infrastructure]]
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[[Category: VoIP]]

Latest revision as of 18:04, 13 May 2010

Once you are experienced in using softphone, you may start wondering whether there is an easier way to communicate through VoIP, as using softphone via a computer is not practical—you need to turn on your computer each time you want to communicate through VoIP or keep your computer running for a long duration just to receive incoming call. This may not be prudent at all, since the purpose of using VoIP is to minimize your cost. Besides wasting electrical energy, the computer in which the softphone is running could crash.

So instead of using a computer to communicate through VoIP, you could use VoIP hardware, equipments that enable you to communicate through VoIP efficiently and as easy as you use your conventional phone.

Called Internet Telephone appliance, these hardware typically have the following characteristics:

  • it is physically simple, with its dimension slightly bigger than the size of a cigarette box.
  • There are ports for connecting to the network or computer, such as LAN/UTP, USB or wireless at 2.4 GHz frequency.
  • There is one port or more for connecting to telephones with RJ-11 port.
  • It can be configured through the web.

However, VoIP hardware is not free, as you still have to spend some money for buying the equipment. For about US$ 100, you can get a set of decent VoIP hardware produced from China or Taiwan. But despite this cost, VoIP hardware are highly recommended, as you may find the benefits the hardware bring outweigh the cost you have to cover, in terms of ease of use and energy efficiency.

This Chapter will explain several hardware available in the market and how to configure them: IP Phone, Internet Telephone Gateway or better known as Analog Telephone Adapter (ATA), and Wireless IP Phone. They way you configure VoIP hardware is not much different from what you do with softphone. Basically all you have to configure are the IP settings (IP address, subnet mask, and gateway) and registration to SIP server or proxy server (Username or telephone number, password and hostname server). Often, IP settings is configured automatically using DHCP server operating in a network, so you don't have to set the IP address, subnet mask and gateway.

More Detailed

See Also