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Standards >
Network Protocols >
WLAN Protocols >
802.11 >
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ALSO CALLED:
WiFi-N,
Wi-Fi N
DEFINITION: Specification for wireless LAN (WLAN) communications intended to increase network speed and reliability and to extend the operating distance of wireless networks. Raw data throughput is expected to reach as much as 600 Mbps, or more than 10 times the throughput of 802.11g. 802.11n is based on MIMO (multiple input, multiple output) technology, which uses multiple antennas at both the source (transmitter)
Definition continues below.
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802.11n Reports
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11 Matches
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Network technology trends for 2012: Wireless LAN and BYOD
sponsored by Enterasys
EGUIDE:
Access this expert E-Guide from SearchNetworking.com to uncover predictions for the upcoming year from a leading industry analyst.
Posted: 30 Jan 2012 | Published: 30 Jan 2012
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Meraki White Paper: Integrating the Apple iPad® Into Enterprise Wireless Networks
sponsored by Meraki
WHITE PAPER:
Access this whitepaper to discover steps you should take before integrating iPads, tablets, and other wireless devices into your network to maintain manageability and security and offer a good user experience.
Posted: 20 Jan 2012 | Published: 20 Jan 2012
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Wireless Resource Management For Maximum Reliability and Scalability
sponsored by Juniper Networks, Inc.
WHITE PAPER:
This white paper explores a scalable, high performance, easily managed WLAN solution that intelligently and effectively manages all network resources to deliver optimized performance and scalability.
Posted: 18 Jan 2012 | Published: 18 Jan 2012
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Upgrading to 802.11n
sponsored by Juniper Networks, Inc.
EGUIDE:
This E-Guide identifies key questions that enterprise customers should ask prospective WLAN vendors and also provides a list of vendors that will suit the needs specific to your business.
Posted: 18 Jan 2012 | Published: 18 Jan 2012
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Retailers Gain Simple, Budget-Friendly WLAN Options
sponsored by Aerohive Networks
WHITE PAPER:
This whitepaper explores new WLAN architectures and deployment models that have emerged which offer more options to help retailers get what they need while sticking to their budgets.
Posted: 13 Jan 2012 | Published: 13 Jan 2012
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Wi-Fi Provides Rx for Healthcare Challenges
sponsored by Aerohive Networks
WHITE PAPER:
Access this whitepaper to learn how wireless LANs are helping the healthcare environment, as well as the challenges faced in deployment and the solutions to address these issues.
Posted: 13 Jan 2012 | Published: 13 Jan 2012
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The iEverything Enterprise: Managing the Explosion of Mobile Devices
sponsored by Aerohive Networks
WHITE PAPER:
Learn more about the changing enterprise computing environment – from smart devices to virtualization to cloud computing.
Posted: 04 Jan 2012 | Published: 04 Jan 2012
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Debunking 10 Gigabit Ethernet Myths
sponsored by Dell, Inc. and Intel
EGUIDE:
10 Gigabit Ethernet (10GbE) has been around for years, but is still new to many network engineers. Access this E-Guide to read about some of the most common myths surrounding the technology. Also learn the truth about price, requirements, what’s in store for the future, and more.
Posted: 20 Dec 2011 | Published: 20 Dec 2011
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The Ultralight Branch
sponsored by Aerohive Networks
WHITE PAPER:
Access this whitepaper to learn more about enterprise connections and how ultralight branches can help keep users connected from multiple, small locations.
Posted: 08 Dec 2011 | Published: 08 Dec 2011
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Ten Factors To Consider For Business Grade WLANS
sponsored by Avaya
WHITE PAPER:
Access this whitepaper for a list of 10 key factors to consider when creating a business grade WLAN.
Posted: 05 Dec 2011 | Published: 05 Dec 2011
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Miercom Report Avaya WLAN Controller 8180
sponsored by Avaya
TEST RESULTS:
This is a lab testing summary report comparing the scalability and QoS for voice and video of Avaya’s WLAN 8100 versus 3 competitor’s products.
Posted: 02 Dec 2011 | Published: 02 Dec 2011
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802.11N DEFINITION (continued):
Specification for wireless LAN (WLAN) communications intended to increase network speed and reliability and to extend the operating distance of wireless networks. Raw data throughput is expected to reach as much as 600 Mbps, or more than 10 times the throughput of 802.11g. 802.11n is based on MIMO (multiple input, multiple output) technology, which uses multiple antennas at both the source (transmitter) and the destination (receiver) to minimize errors and optimize data speed. Visit WhatIs.com - a knowledge exploration and self-education tool about information technology.
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