Enterprise Networking

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Featured
RUCKUS ICX 7150 Switches ICX7150 | RUCKUS ICX 7150 Switches
Raising the Bar for Entry-Level Stackable Switches
Featured
RUCKUS ICX 7250 Switches ICX7250 | RUCKUS ICX 7250 Switches
Enterprise-Class Switching with Future-Proof Expandability
Featured
RUCKUS ICX 7450 Switches ICX7450 | RUCKUS ICX 7450 Switches
Fixed Form Factor Switch with Unmatched Modularity
Featured
RUCKUS ICX 7650 Switches ICX7650 | RUCKUS ICX 7650 Switches
High Performance Multi-Gigabit Access and Aggregation Switches With 100GbE Support
Featured
RUCKUS ICX 7750 Switches ICX7750 | RUCKUS ICX 7750 Switches
Scale-Out Design Achieves Chassis-Like Performance
Featured
RUCKUS ICX 7850 Switches ICX7850 | RUCKUS ICX 7850 Switches
The Core of The Next Generation 100G Enterprise
Featured
RUCKUS R320 Indoor Access Point R320 | RUCKUS R320 Indoor Access Point
Indoor 802.11ac Wave 2 Wi-Fi Access Point
R320 | RUCKUS R320 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11n
  • Wi-Fi Interface Standard at 5 GHz: 802.11ac
  • Concurrent Users: 256
  • PD-MRC: No
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: No
  • IoT Ready: No
R320 | RUCKUS R320 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11n
  • Wi-Fi Interface Standard at 5 GHz: 802.11ac
  • Concurrent Users: 256
  • PD-MRC: No
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: No
  • IoT Ready: No
Featured
RUCKUS R510 Indoor Access Point R510 | RUCKUS R510 Indoor Access Point
Indoor 802.11ac Wave 2 Wi-Fi Access Point for Dense Device Environments
R510 | RUCKUS R510 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11n
  • Wi-Fi Interface Standard at 5 GHz: 802.11ac
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
  • Venue Type: Education | Office Retail | Hospitality
  • Venue Sub-Type: Hallways | Office | Small/Branch Office | Classroom | Residence Hall
R510 | RUCKUS R510 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11n
  • Wi-Fi Interface Standard at 5 GHz: 802.11ac
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
  • Venue Type: Education | Office Retail | Hospitality
  • Venue Sub-Type: Hallways | Office | Small/Branch Office | Classroom | Residence Hall
Featured
RUCKUS R550 Indoor Access Point R550 | RUCKUS R550 Indoor Access Point
High Performance Wi-Fi 6 2x2:2 Indoor Access Point with 1.8 Gbps HE80/40 Speeds and Embedded IoT
R550 | RUCKUS R550 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11ax
  • Wi-Fi Interface Standard at 5 GHz: 802.11ax
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
  • Venue Type: Offices | Education | Retail | Hospitality
  • Venue Sub-Type: Classroom | Office Space | Hallway
R550 | RUCKUS R550 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11ax
  • Wi-Fi Interface Standard at 5 GHz: 802.11ax
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
  • Venue Type: Offices | Education | Retail | Hospitality
  • Venue Sub-Type: Classroom | Office Space | Hallway
Featured
RUCKUS R610 Indoor Access Point R610 | RUCKUS R610 Indoor Access Point
Indoor 802.11ac Wave 2 Wi-Fi Access Point for Dense Device Environments
R610 | RUCKUS R610 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11n
  • Wi-Fi Interface Standard at 5 GHz: 802.11ac
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
  • Venue Type: Education | Public Venue | Office Retail
  • Venue Sub-Type: Library | Office | Venue VIP Rooms | Classroom
R610 | RUCKUS R610 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11n
  • Wi-Fi Interface Standard at 5 GHz: 802.11ac
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
  • Venue Type: Education | Public Venue | Office Retail
  • Venue Sub-Type: Library | Office | Venue VIP Rooms | Classroom
Featured
RUCKUS R650 Indoor Access Point R650 | RUCKUS R650 Indoor Access Point
High Performance Wi-Fi 6 4x4:4 Indoor Access Point with 3 Gbps HE80/40 Speeds and Embedded IoT
R650 | RUCKUS R650 Indoor Access Point
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
R650 | RUCKUS R650 Indoor Access Point
  • Concurrent Users: 512
  • PD-MRC: Yes
  • BeamFlex: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
Featured
RUCKUS R750 Indoor Access Point R750 | RUCKUS R750 Indoor Access Point
Very High Performance Wi-Fi 6 4x4:4 Indoor Access Point with 3.5 Gbps HE80/40 Speeds and Embedded IoT
R750 | RUCKUS R750 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11ax
  • Wi-Fi Interface Standard at 5 GHz: 802.11ax
  • Concurrent Users: 1024
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
R750 | RUCKUS R750 Indoor Access Point
  • Wi-Fi Interface Standard at 2.4 GHz: 802.11ax
  • Wi-Fi Interface Standard at 5 GHz: 802.11ax
  • Concurrent Users: 1024
  • PD-MRC: Yes
  • BeamFlex: Yes
  • ChannelFly: Yes
  • SmartMesh: Yes
  • USB: USB 2.0
  • IoT Ready: Yes
Brochure

RUCKUS Product Guide

Access Points

Indoor, outdoor and special-purpose access points that deliver great user experience and higher user productivity.

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SmartZone Introduction Video

See for yourself how easy it is to manage your wired and wireless networks with SmartZone OS 5.

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RUCKUS Cloud Wi-Fi: Elevating classroom learning with simplified IT
Watch Video
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Ruckus Product Guide

    A guide to indoor access points, outdoor access points & bridges, control & management, ICX switches, and monitoring & software
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    RUCKUS R610 Data Sheet

    Busy indoor locations like classrooms, retail venues, and branch offices can be among the most challenging Wi-Fi environments. Dozens of users share the same crowded spectra and they all expect fast, reliable connectivity to their content and applications.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Ruckus Product Guide - Simplified Chinese

    A guide to indoor access points, outdoor access points & bridges, control & management, ICX switches, and monitoring & software
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Technology overview - CBRS

    The new specifications from the CBRS Alliance will complement 5G New Radio (5G NR), the new air interface developed by the 3rd Generation Partnership Project (3GPP) to support the wide variety of 5G services, devices, and deployments. The latest release of 5G NR is expected to support operations in Band 48 and will improve the performance, flexibility, scalability and efficiency of mobile networks while enabling industries to get the most out of the available spectrum. Industry experts are excited about CBRS becoming not only part of the new 5G standards but the fact that the CBRS frequency range is seated in the heart of the 5G operating range.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Re-Architecting Enterprise Networks With High-performance Stackable Switches

    In recent years the evolution of packet processor and CPU technology, the heart of an Ethernet switch, has allowed unprecedented levels of performance and functionality to be incorporated into fixed form factor (FFF) switches which were previously only available to much larger and more costly chassis-based systems. This situation was highlighted by Gartner analyst Andrew Lerner in his blog post on the topic of fixed form factor switching in the data center, which applies equally well to campus edge networks, concludes “the emergence of high-density fixed form factor switches can reduce or eliminate the need for costlier, oversized chassis-based switches in the data center. The move toward FFF switches will help network managers deliver higher-performance networks and reduce footprint, power, cooling and TCO.”
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    ESG White Paper - Does Your Method for BYOD Onboarding Compromise Network Security?

    Network onboarding is the mechanism by which BYOD, guest, and company-owned devices initially connect to the network. To be successful, the wired and wireless network onboarding process for authorized users and devices needs to be efficient, as well as easy to implement and manage—ideally without any hands-on involvement by IT (once deployed and configured). However, many organizations still rely on rudimentary onboarding methods that are built in to their network infrastructure (such as pre-shared keys and MAC authentication via captive portal) that can both impact user experience and create security risks.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Ruckus Product Guide

    A guide to indoor access points, outdoor access points & bridges, control & management, ICX switches, and monitoring & software
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    RUCKUS R610 Data Sheet

    Busy indoor locations like classrooms, retail venues, and branch offices can be among the most challenging Wi-Fi environments. Dozens of users share the same crowded spectra and they all expect fast, reliable connectivity to their content and applications.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Ruckus Product Guide - Simplified Chinese

    A guide to indoor access points, outdoor access points & bridges, control & management, ICX switches, and monitoring & software
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Technology overview - CBRS

    The new specifications from the CBRS Alliance will complement 5G New Radio (5G NR), the new air interface developed by the 3rd Generation Partnership Project (3GPP) to support the wide variety of 5G services, devices, and deployments. The latest release of 5G NR is expected to support operations in Band 48 and will improve the performance, flexibility, scalability and efficiency of mobile networks while enabling industries to get the most out of the available spectrum. Industry experts are excited about CBRS becoming not only part of the new 5G standards but the fact that the CBRS frequency range is seated in the heart of the 5G operating range.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Re-Architecting Enterprise Networks With High-performance Stackable Switches

    In recent years the evolution of packet processor and CPU technology, the heart of an Ethernet switch, has allowed unprecedented levels of performance and functionality to be incorporated into fixed form factor (FFF) switches which were previously only available to much larger and more costly chassis-based systems. This situation was highlighted by Gartner analyst Andrew Lerner in his blog post on the topic of fixed form factor switching in the data center, which applies equally well to campus edge networks, concludes “the emergence of high-density fixed form factor switches can reduce or eliminate the need for costlier, oversized chassis-based switches in the data center. The move toward FFF switches will help network managers deliver higher-performance networks and reduce footprint, power, cooling and TCO.”
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    ESG White Paper - Does Your Method for BYOD Onboarding Compromise Network Security?

    Network onboarding is the mechanism by which BYOD, guest, and company-owned devices initially connect to the network. To be successful, the wired and wireless network onboarding process for authorized users and devices needs to be efficient, as well as easy to implement and manage—ideally without any hands-on involvement by IT (once deployed and configured). However, many organizations still rely on rudimentary onboarding methods that are built in to their network infrastructure (such as pre-shared keys and MAC authentication via captive portal) that can both impact user experience and create security risks.
    Download