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Access Ethernet Switches

ICX Access switches

The CommScope family of stackable RUCKUS access switches deliver the performance, flexibility, and scalability required for enterprise access deployment. These switches raise the bar with non-blocking performance and 1,10,40 and 100 GbE uplinks and stacking options.

These switches deliver seamless interoperability with RUCKUS wireless products to deliver unified wired and wireless network access. In addition, RUCKUS Multigigabit Ethernet technology offers bandwidth speeds needed to optimize performance of the latest generation high performance wireless access points and edge devices, over standard Ethernet cables.

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Featured
ICX7150 | RUCKUS ICX 7150 Switches
Base Product
ICX7150 | RUCKUS ICX 7150 Switches
Raising the Bar for Entry-Level Stackable Switches
DocumentationDocs
Featured
ICX7250 | RUCKUS ICX 7250 Switches
Base Product
ICX7250 | RUCKUS ICX 7250 Switches
Enterprise-Class Switching with Future-Proof Expandability
DocumentationDocs
Featured
ICX7450 | RUCKUS ICX 7450 Switches
Base Product
ICX7450 | RUCKUS ICX 7450 Switches
Fixed Form Factor Switch with Unmatched Modularity
DocumentationDocs
Featured
ICX7550 | RUCKUS ICX 7550 Switches
Base Product
ICX7550 | RUCKUS ICX 7550 Switches
Mid-Range Multi-Gigabit Access and 10GbE Aggregation Switches With 100GbE Support
DocumentationDocs
Featured
ICX7650 | RUCKUS ICX 7650 Switches
Base Product
ICX7650 | RUCKUS ICX 7650 Switches
High Performance Multi-Gigabit Access and Aggregation Switches With 100GbE Support
DocumentationDocs
ICX7150-24 | RUCKUS ICX 7150-24
Variant of ICX7150
ICX7150-24 | RUCKUS ICX 7150-24
Entry-Level 24 Ports 1G Switch
ICX7150-24 | RUCKUS ICX 7150-24
  • Downlink Port Count: 24-32
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): No-PoE
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
DocumentationDocs
ICX7150-24 | RUCKUS ICX 7150-24
  • Downlink Port Count: 24-32
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): No-PoE
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
ICX7150-24F | RUCKUS ICX 7150-24F
Variant of ICX7150
ICX7150-24F | RUCKUS ICX 7150-24F
Entry-Level 24 Ports 1G Fiber Switch
ICX7150-24F | RUCKUS ICX 7150-24F
  • Downlink Port Count: 24-32
  • Downlink Port Speed/Type: 1 Gb/s SFP
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): No-PoE
  • Layer 3/Advanced Features: OSPF
DocumentationDocs
ICX7150-24F | RUCKUS ICX 7150-24F
  • Downlink Port Count: 24-32
  • Downlink Port Speed/Type: 1 Gb/s SFP
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): No-PoE
  • Layer 3/Advanced Features: OSPF
ICX7150-24P | RUCKUS ICX 7150-24P
Variant of ICX7150
ICX7150-24P | RUCKUS ICX 7150-24P
Entry-Level 24 Ports 1G PoE Switch
ICX7150-24P | RUCKUS ICX 7150-24P
  • Downlink Port Count: 24-32
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W)
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
DocumentationDocs
ICX7150-24P | RUCKUS ICX 7150-24P
  • Downlink Port Count: 24-32
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W)
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
ICX7150-48 | RUCKUS ICX 7150-48
Variant of ICX7150
ICX7150-48 | RUCKUS ICX 7150-48
Entry-Level 48 Ports 1G Switch
ICX7150-48 | RUCKUS ICX 7150-48
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): No-PoE
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
DocumentationDocs
ICX7150-48 | RUCKUS ICX 7150-48
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): No-PoE
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
ICX7150-48P | RUCKUS ICX 7150-48P
Variant of ICX7150
ICX7150-48P | RUCKUS ICX 7150-48P
Entry-Level 48 Ports 1G PoE Switch
ICX7150-48P | RUCKUS ICX 7150-48P
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W)
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
DocumentationDocs
ICX7150-48P | RUCKUS ICX 7150-48P
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W)
  • Power Supply Options: Silent Operation
  • Layer 3/Advanced Features: OSPF
ICX7150-48PF | RUCKUS ICX 7150-48PF
Variant of ICX7150
ICX7150-48PF | RUCKUS ICX 7150-48PF
Entry-Level 48 Ports High PoE Switch
ICX7150-48PF | RUCKUS ICX 7150-48PF
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W)
  • Layer 3/Advanced Features: OSPF
DocumentationDocs
ICX7150-48PF | RUCKUS ICX 7150-48PF
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W)
  • Layer 3/Advanced Features: OSPF
ICX7150-48ZP | RUCKUS ICX 7150-48ZP
Variant of ICX7150
ICX7150-48ZP | RUCKUS ICX 7150-48ZP
Entry-Level 48 Ports Multi-Gigabit PoE Switch
ICX7150-48ZP | RUCKUS ICX 7150-48ZP
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45 | 2.5 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W) | PoE/PoE+/PoE++/PoH (802.3bt-90 W)
  • Power Supply Options: Hot-Swap PSUs/Fans
  • Layer 3/Advanced Features: OSPF
DocumentationDocs
ICX7150-48ZP | RUCKUS ICX 7150-48ZP
  • Downlink Port Count: 48+
  • Downlink Port Speed/Type: 1 Gb/s RJ45 | 2.5 Gb/s RJ45
  • Uplink Port Speed/Type: 1 Gb/s RJ45 | 1 Gb/s SFP | 10 Gb/s SFP+
  • Power over Ethernet (PoE): PoE/PoE+ (30 W) | PoE/PoE+/PoE++/PoH (802.3bt-90 W)
  • Power Supply Options: Hot-Swap PSUs/Fans
  • Layer 3/Advanced Features: OSPF
Compare
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Video

RUCKUS Campus fabric video

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ICX Switches

Find the right switch for your network. ICX switches work seamlessly with RUCKUS Wi-Fi access points and RUCKUS SmartZone network controllers to deliver the highest performance and most cost-effective solutions on the market today.

Data Center Capacity
The 100G Network

Switching to a New Era: Why Enterprise Networks Are Moving Toward 100GbE

Scaling out the network

Re-architecting enterprise networks with high-performance stackable switches.

  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    SmartZone OS 5 - At-A-Glance

    For the first time in the industry, Ruckus is enabling IT to deploy a single network element, the network controller, to simultaneously and directly control and manage both wired and wireless networks. IT no longer needs to deploy a separate, stand-alone network management system to manage their switches and access points. Simple.
    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.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Case Study: Radio Dimensione Suono - Italian

    Radio Dimensione Suono builds a new generation network based on Ruckus high performance switch technologies
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    The Power Of Ruckus Campus Fabric In The Data Center

    Small to mid-sized organizations often don’t have the budgets and the skillsets to support a sophisticated data center infrastructure. Ruckus ICX switching’s innovative technologies enable the deployment of a modern high performance data center networking infrastructure at lower cost without specialized data center networking experience.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Transforming The Network With Ruckus Campus Fabric

    Traditional Campus Architectures Struggle to Meet Today’s Application Requirements For the past two decades, campus network design has seen little innovation, as market leaders have promoted the status quo with no significant investments beyond incremental “speeds and feeds” enhancements. Years of incremental technology upgrades have turned traditional legacy campus networks, into a complex and fragmented patchwork of network devices
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Energy Efficiency in Campus Networks

    During the latter decades of the 20th century the Information Technology (IT) industry grew alongside traditional industries and has become one of the major consumers of electricity and in some areas, where large corporate offices and data centres are located, demand has increased exponentially. Despite increases in efficiency the growth of IT has meant that power consumption has significantly increased over several decades and the pressure to reduce electricity usage and adopt strategies that indirectly cut carbon emissions has never been greater.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    SmartZone OS 5 - At-A-Glance

    For the first time in the industry, Ruckus is enabling IT to deploy a single network element, the network controller, to simultaneously and directly control and manage both wired and wireless networks. IT no longer needs to deploy a separate, stand-alone network management system to manage their switches and access points. Simple.
    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.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Case Study: Radio Dimensione Suono - Italian

    Radio Dimensione Suono builds a new generation network based on Ruckus high performance switch technologies
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    The Power Of Ruckus Campus Fabric In The Data Center

    Small to mid-sized organizations often don’t have the budgets and the skillsets to support a sophisticated data center infrastructure. Ruckus ICX switching’s innovative technologies enable the deployment of a modern high performance data center networking infrastructure at lower cost without specialized data center networking experience.
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Transforming The Network With Ruckus Campus Fabric

    Traditional Campus Architectures Struggle to Meet Today’s Application Requirements For the past two decades, campus network design has seen little innovation, as market leaders have promoted the status quo with no significant investments beyond incremental “speeds and feeds” enhancements. Years of incremental technology upgrades have turned traditional legacy campus networks, into a complex and fragmented patchwork of network devices
    Download
  • A1A49B8B-5D80-4C0C-9DBB-88D27D401C49 Created with sketchtool.

    Energy Efficiency in Campus Networks

    During the latter decades of the 20th century the Information Technology (IT) industry grew alongside traditional industries and has become one of the major consumers of electricity and in some areas, where large corporate offices and data centres are located, demand has increased exponentially. Despite increases in efficiency the growth of IT has meant that power consumption has significantly increased over several decades and the pressure to reduce electricity usage and adopt strategies that indirectly cut carbon emissions has never been greater.
    Download