Neighborhood Internet service provider

A neighborhood internet service provider (NISP) is a small scale broadband internet service provider targeted at a single subdivision or neighborhood. They are built in a neighborhood to provide internet access to residents in the community, often using rooftop antennas in a hub-and-spoke arrangement to bridge the last few hundred feet to the residences (or possibly businesses).[1] Such a network requires a local network engineer (often a volunteer) to maintain network integrity and monitor the quality of service.

There are firms that will install and maintain such a network, but there are other options. For instance, a loosely knit community might use a wireless mesh network to connect collectively owned access points.

Advantages

With the right number of subscribers a NISP can easily cost less than the traditional DSL and cable lines.[2] NISP offers greater speed in connectivity for larger groups of people compared to a Wi-Fi hotspot but at a cheaper price than wireless community network. NISP can use software such as P2P (peer-to-peer) in order to function efficiently with high performance neighbors. This can lead to the greatest amount of bandwidth being used by all. At the same time traffic can be kept within the network.[3]

Disadvantages

There are some legal disadvantages to having an NISP. For example, if the internet connection being provided is secured by only one username and password, this makes the connection less secure since more than a few people have access. Another disadvantage is if a person has a stronger wi-fi transmitter they can use a particular frequency even if it causes the other neighbors connection to weaken.[4]

Alternate options

In smaller areas it can be beneficial to use Wi-Fi Hot Spots since it can provide more security, fewer legal repercussions, and cheaper and faster connectivity.[4] For bigger groups it can be beneficial to use a wireless Internet service provider instead.

gollark: solution: illegalize not halting
gollark: Some other nontrivial machines will also *always* halt.
gollark: Which means it does not apply as generally as you claimed.
gollark: A `return True` machine does absolutely no computation and returns yes/true/1/whatever.
gollark: Well, my `return True` machine can determine whether a `return True` machine can halt.

See also

References
  1. Brazil, Karla Mae. "Neighborhood Internet Service Provider". guide-to-isp.com. Retrieved 19 March 2014.
  2. "Building a Neighborhood ISP with Broadband Wireless Technology". Broadband Wireless Exchange Magazine. Archived from the original on 25 April 2012. Retrieved 19 March 2014.
  3. Aggarwal, Vinay. "Improving User and ISP Experience through ISP-aided P2P Locality" (PDF). Retrieved 19 March 2014.
  4. Verma, Sameer; Beckman, Paul; Nickerson, Robert C. (2002). "Identification of Issues and Business Models for Wireless Internet Service Providers and Neighborhood Area Networks" (PDF). Workshop on wireless strategy in the enterprise: 53–62. Retrieved 20 November 2019.
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.