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Aerohive Networks is now a part of Extreme Networks, please visit Extreme Networks for the latest product offerings!

Aerohive's End of Life Access Points and HiveManager Licensing:
(This link provides you with the end of sale and support dates along with the replacement Extreme Networks WAPs)

Aerohive HiveManager Classic

  • Hive Manager Classic is "End of Sale" for new customers. Existing customers can purchase classic licenses / subscriptions until 12/31/2020
  • Hive Manager Classic Cloud has an "End of Support" date of 3/31/2023. HiveManager Classic On-Prem has an "End of Support" date of 3/21/2025
  • We should begin discussing migrating your clients to Extreme XIQ (Formerly HiveManager NG)

  • Dynamic Airtime Scheduling
    Technology Behind the Solution

    Wireless is a shared medium, meaning that all clients and APs on the same channel compete for the same limited bandwidth. Each client's throughput varies depending on the data rate it is using (802.11 a/b/g/n) at any given point in time, and this data rate may vary multiple times per second. or not. RSSI values, RF interference sources, signal blockage, and other factors play into a client device's instantaneous data rate. RF interference, inconsistent RF coverage, clients connecting at the fringe of the network or moving behind obstructions, and older client devices using legacy modulation mechanisms all lead to low data-rate connections. Slow clients consume more airtime when transferring a given amount of data leaving less airtime for other clients in a cell. Airtime hogging by client devices experiencing these issues decreases overall throughput capacity and degrades performance within the WLAN.

    Dynamic Airtime Scheduling is a patent-pending wireless Quality of Service (QoS) technology from Aerohive Networks that can solve these problems.

    The benefits of Dynamic Airtime Scheduling are compelling to both the IT organization and the users of the wireless LAN. It enables clients connected at higher data rates, in a mixed data rate environment, to achieve up to 10 times more throughput than they would get with traditional wireless LAN infrastructures – without penalizing clients connected at lower data rates. This means that the users see faster download times and improved application performance. It also means that low-speed clients can't destroy the performance of the WLAN for the rest of the users. This allows IT to implement a phased upgrade to 802.11n and immediately start reaping the benefits of the new 802.11n infrastructure, even if it takes years to upgrade all of the clients. Because a user connecting at the fringe of the WLAN can no longer consume large amounts of airtime, the performance impact of a bad client or a weak coverage area is diminished, increasing user satisfaction.

    Dynamic Airtime Scheduling, coupled with user and application-based policy enforcement, allows IT to manage wireless network resources to transform a shared WLAN into a true multi-service network infrastructure that makes it possible to reliably move users and applications to the air. Aerohive's Dynamic Airtime Scheduling is a foundation, on top of which is built SLAs and policy-based airtime control – both of which are unique features in the enterprise Wi-Fi market.

    Dynamic Airtime Scheduling