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A wireless LAN or WLAN is a wireless local area network, which is the linking of two or more computers without using wires. It uses radio communication to accomplish the same functionality that a wired LAN has. WLAN utilizes spread-spectrum technology based on radio waves to enable communication between devices in a limited area, also known as the basic service set. This gives users the mobility to move around within a broad coverage area and still be connected to the network. |
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Results 1 - 25 of 39 matches |
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| By : iPass |
Published Date: Oct 20, 2009 |
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A few short years after 3G service brought us anytime, anywhere broadband-and before Apple rolled out its 3G iPhone-4G networks began raising the bar in select markets. This latest evolution in wireless networking offers faster wireless data transmission speeds, vastly superior coverage and support for a new generation of mobile applications and services.
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| By : Sprint |
Published Date: Oct 16, 2009 |
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Companies today are undergoing a significant transformation to a more global Anywhere Enterprise. Unified communications (UC) is a crucial component in this evolution and organizations look to collaborate better with an extended enterprise (see Exhibit 1 on the next page). UC has the power to help companies lower the overall cost of communications, bring worker productivity to new levels, enhance corporate green initiatives and completely redefine the way we work by becoming part of our application infrastructure.
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| By : Sprint |
Published Date: Oct 16, 2009 |
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As enterprises recognize the strategic importance of enabling their remote and/or mobile workforce with mobility solutions, they need to determine how to best extend their existing wireline services into the mobile environment. Today, many service providers offer converged solutions that help businesses bring together their office-based telecom solution with their mobile environment.
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In this free white paper, learn how it's now possible for wireless local area networks (WLANs) to deliver predictable throughput, reject interference, and generally behave just like Ethernet. Discover how beamforming, a specialized method of antenna-based RF transmission, renders inconsistent performance stable; rejects performance-impeding interference; supports reliability-sensitive applications like real-time voice and high-definition video; and eliminates packet loss, delays, and jitter. Download your copy of this free white paper now.
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In this free white paper, learn how to control the snowballing cost of cabling and recabling for WLAN deployments, moves, adds, and changes. Mesh WLANs-groups of cooperating access points (AP's)-have drawbacks. Now discover how it's possible to overcome them, to achieve higher capacity, simpler deployment and maintenance, improved reception, and lower costs. With Smart Mesh Networking, Mesh finally makes sense! Download your copy of this free white paper now.
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In this free white paper, discover the hidden costs of out-of-the-box Wi-Fi. Fluctuating connections can potentially cost thousands per day! Now get cost outlays for 5 vendors in 2 different scenarios; learn which 10 component(s) may avoid catastrophe; and find out when to prioritize coverage over capacity. If your business is riding on Wi-Fi, it pays to play it safe. Learn how-download your copy of this free white paper now.
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| By : iPass |
Published Date: Sep 16, 2009 |
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Thanks to new mobile technologies, work happens everywhere today. It might be responding to email on the morning train or uploading a customer contract during a cross-town cab ride. Your workers need this level of connectivity to compete. At the same time, you likely face unprecedented budgetary challenges.
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| By : iPass |
Published Date: Sep 16, 2009 |
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Unlike Wi-Fi access, 3G mobile broadband is available anywhere users have a mobile phone signal-from. From taxis, to trains, to remote stretches of road - your workforce will have access to critical data. If your company is even considering about deploying mobile broadband to its workforce, read this guide now!
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| By : iPass |
Published Date: Sep 16, 2009 |
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Learn what Forrester has uncovered in their latest report on Enteprise Mobility trends.
During the past two years, Forrester has seen the number of enterprise mobility inquiries increase nearly 55%, jumping to 550-plus inquiries in 2008. In the past year, we have seen a spike in the number of inquiries focused on mobile network architecture, new types of mobile devices, and deploying vertically focused mobile applications that address the needs of workers in certain industries (e.g., retail, transportation, and healthcare).
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By 2011 30.4% of the world's workforce will be mobile according to IDC. Embracing this trend is more of a question of "how" rather than "if": How will you measure, manage and build relationships with increasingly distributed teams and workers? Fortunately, there are many strategies to help managers adapt to developing their mobile teams. And while it requires some tactical changes, management of remote employees can be very rewarding.
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This overview shows how Absolute Software helps you centrally manage computers and mobile devices through a single web-based interface. Learn how you can simplify inventory management, identify computers that are lost or stolen and protect data with anti-theft capabilities.
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With an electronic health record system spanning 11 hospitals, Allina required a way to protect 2,700 laptops. Using Computrace, Allina has improved tracking from 30% to over 95% of computers outside facilities, and has averted several possible data breaches.
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iControl provides the means by which F5's BIG-IP platform can be automated, integrated, and flexible such that it can adapt in real-time to changing network and application infrastructure conditions inside and outside the data center. Whether you are building out a new infrastructure or adapting to new technology, using iControl can enable unprecedented levels of control over and visibility into the application delivery process.
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| By : Belden |
Published Date: Jun 02, 2009 |
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This paper provides recommendations and tips for accomplishing this by discussing: considerations for the wiring closet, identification of all network requirements, trends and tools for planning the placement of Access Points, decision factors to consider for combined networks, technology trends and standards, power level requirements, cable deployment and many other factors that impact the optimization of performance and reliability of combine wired and wireless networks. Learn more today!
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This paper examines both the centralized WLAN switch architecture and the optimized WLAN architecture, so that the wireless network choice an organization makes today will protect its investment and allow it to experience the substantial benefits of 802.11 for years to come.
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| By : Cisco |
Published Date: Jan 29, 2009 |
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Every minute counts in a small company and wireless networks are a powerful tool for boosting productivity and encouraging information sharing. With untethered access to documents, emails, applications and other network resources, employees can roam where they need to and have constant access to the tools required to do their jobs.
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| By : Cisco |
Published Date: Jan 29, 2009 |
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Wireless networking is an essential productivity tool for today's mobile workforce. With wireless networking, you and your employees can stay connected to your company's information resources virtually anytime, anywhere.
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| By : Aerohive |
Published Date: Feb 06, 2008 |
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Craig Mathias, Principal of the Farpoint Group, explores the advent of cooperative control, an innovative new class of wireless infrastructure from Aerohive Networks. Aerohive’s cooperative control architecture gives you all of the benefits of autonomous access points and controller-based infrastructures, without the high OPEX or CAPEX associated with either approach. Cooperative control architecture represents an innovative approach to wireless LAN systems, one that incorporates a number of interesting features and corresponding benefits.
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| By : Aerohive |
Published Date: Feb 06, 2008 |
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Yesterday’s fat access points and legacy wireless LANs typically can’t handle mission-critical, real-time applications, nor do they have a migration path to 802.11n. Aerohive Networks has developed a new controller-less architecture that provides an innovative way to handle tomorrow’s wireless challenges – like voice over WLAN and migrating to 802.11n – without costing you a fortune. This paper discusses the benefits of this approach and the key underlying technologies of cooperative control, including best path forwarding and policy enforcement at the edge.
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| By : Aerohive |
Published Date: Feb 06, 2008 |
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Are you looking to reduce the operational cost of your existing wireless LAN, and to make it support mission-critical, real-time applications and 802.11n? At the same time, are you challenged with the cost and complexity associated with most next-generation wireless LAN architectures? Check out the enterprise-class, cost-effective new cooperative control architecture from Aerohive Networks. In this real-world case study, you’ll see how Aerohive Networks' cooperative control architecture combines the linear cost modeling of autonomous APs and the operational advantages of controller-based approaches.
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For many wireless broadband network operators, the term "unlicensed reliability" is seen as an oxymoron. For many, the idea of building a high-speed network in the unlicensed band isn't a good one. A great deal has been said about crowded frequencies, self-interference and costly network rips. About how microwaving popcorn can cause interference. About disgruntled and perplexed customers. And ex-customers.
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This white paper will explore what security challenges wireless networks present, suggest best practices to ensure Wireless LAN security, and demonstrate how AirDefense Enterprise, a Wireless Intrusion Detection and Prevention System, can help you define, monitor and enforce your wireless security policy.
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This paper presents the security risks inherit in wireless networks and explores the technical, functional and return on investment requirements needed for a monitoring solution for companies looking to protect and fortify their wireless networks from rogue wireless devices.
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This paper outlines the specific elements of wireless LAN security (perimeter control, access control, date protection, and monitoring) and WLAN management (configuration, fault diagnostics, network usage, and policy enforcement). Reader will gain a keen understanding of how to effectively lockdown a wireless LAN and manage it for peak performance.
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This white paper is designed to guide network administrators and security managers to design, implement, and enforce wireless LAN security policies that enable every organization to fully reap the benefits of wireless LANs without experiencing undue management pains and security holes.
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<< Start < Previous 1 2 Next > End >>
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More Wireless Topics |
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802.11, Bluetooth, CDMA, GPS, Mobile Computing, Mobile Data Systems, Mobile Workers, PDA, RFID, Smart Phones, WiFi, Wireless Application Software, Wireless Communications, Wireless Hardware, Wireless Infrastructure, Wireless Messaging, Wireless Phones, Wireless Security, Wireless Service Providers, WLAN |
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