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Follow on Google News | Aerohive's New "Dynamic Airtime Scheduling" Delivers Up To 10X Faster Wi-Fi PerformancePatent-Pending Technology Unlocks the Performance Potential of 802.11n
By: Aerohive Networks Unlocking the Full Value of 802.11n On wireless LANs, only one network client may transmit data at a time. Traditionally, faster clients must wait while slower clients take their (relatively long) turns. Clients can be slow for many reasons, including lower-speed protocols (i.e., 802.11a), wireless interference, inconsistent RF coverage, and distant or obstructed network connections. On the vast majority of wireless LANs, there are slow clients that significantly degrade the performance of all clients. These factors prevent many enterprises from realizing the full value of their 802.11n investments, because their 802.11n clients operate far below their maximum data rates. Airtime Scheduling enables faster clients, such as 802.11n clients, to complete their transmissions without waiting for the slower clients to complete theirs, unlocking the performance potential of the faster clients without penalizing the slower clients. "In wireless LANs, the worst client dominates the air, as only one client can transmit or receive at a time, and slower clients take more airtime to send the same data," said Adam Conway, vice president, product management, Aerohive Networks. "Aerohive's breakthrough Dynamic Airtime Scheduling technology resolves this issue, creating dramatic performance improvements in a wide array of common, yet challenging, wireless LAN environments." Dynamic Airtime Scheduling Provides Superior Scheduling Because Dynamic Airtime Scheduling measures the actual airtime of each client's packets, it delivers better performance improvements than protocol-based scheduling approaches that simplistically prioritize 802.11n clients over 802.11ag clients. Protocol-based scheduling does not address the issue of slow 802.11n clients impacting faster 802.11n clients, nor does it prevent slow 802.11n clients from restricting faster 802.11ag clients. In fact, protocol-based scheduling can inadvertently prioritize slow 802.11n clients at the expense of faster-performing 802.11ag clients. "A fast radio isn't sufficient by itself to produce great performance in large-scale production WLAN environments," Aerohive Architecture Enables Microsecond Feedback Aerohive's unique cooperative control architecture features a distributed control plane, which puts control and data intelligence in the HiveAP along with the radio, creating a microsecond- Other New Features Dynamic Airtime Scheduling is delivered in HiveOS 3.2, the latest version of Aerohive's HiveAP operating system software. HiveOS 3.2 is a substantial release, with 20 other new features that are focused on application support, resiliency, and management, including firewall enhancements and Track IP path resilience. A significant new feature of the latest HiveOS release is HiveUI, an easy-to-use embedded network management application that can quickly deploy a hive of up to 12 HiveAPs. An entire hive can be managed via the HiveUI Web interface on a single 802.11n HiveAP, providing configuration, status, and guest-management functionality to customers who do not require the advanced features of Aerohive's HiveManager network management system. This free, intuitive interface reduces the cost of and simplifies small deployments, extending the benefits of Aerohive's cooperative control architecture to smaller businesses. Pricing and Availability HiveOS 3.2 is available now as a free upgrade for all Aerohive customers. About Aerohive Networks Aerohive Networks' cooperative control enterprise wireless LAN architecture provides all the management, mobility, and security of controller-based architectures without the cost, capacity, performance, and availability issues associated with controller deployments. The architecture also scales easily to support 802.11n. In addition, Aerohive solutions provide the reliability and scalability necessary for mission-critical networks and are optimized for voice over wireless LAN (VoWLAN) applications. Aerohive was founded in 2006 and is headquartered in Santa Clara, Calif. The company's investors include Kleiner Perkins Caufield & Byers, Lightspeed Venture Partners, and Northern Light Venture Capital. For more information, please visit www.aerohive.com or call 408-988-9918. Media Contact: Christian Danella Prequent, Inc. (for Aerohive Networks) (408) 275-6488 office (415) 350-4830 mobile christian@prequent.com # # # Prequent, Inc. is a strategic communications and public relations firm for technology companies. Prequent, Inc. is based in San Jose, Calif. End
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