Ruckus ICX 7750

Scale-Out Design Achieves Chassis-Like Performance

The Ruckus ICX 7750 delivers chassis performance in the network’s aggregation and core switching operations. The switch’s premier speed and reliability in a flexible scale-out design enables a small deployment to add capacity as needs grow and deliver mission critical application services with complete confidence.

The ICX 7750 provides the capabilities of a chassis with the flexibility and cost-effectiveness of a stackable switch. The switch delivers faster network response time via wire-speed, non-blocking performance across all ports to support latency-sensitive applications such as real-time voice or video streaming and Virtual Desktop Infrastructure. Up to 12 ICX 7750 switches can be stacked together to provide terabytes of aggregated stacking bandwidth with full redundancy, eliminating inter-switch bottlenecks.

Ultimate Scalability
Industry-leading 10/40 Gbps Ethernet port density and flexibility
Up to 32x40 GbE or 96x10 GbE ports per unit
Up to 5.76 Tbps of aggregated stacking bandwidth with full redundancy
Up to 10km between stacked switches
Continuous Productivity
6 full-duplex 40 Gbps stacking ports per switch
Software updates without downtime with In-Service Software Upgrades (ISSU)
Instantaneous hitless failover
Redundant power supplies with hot-swappable, and load-sharing capabilities
Affordable Growth
Flexible distributed chassis stacking architecture
Start small and add capacity via stacking as needs grow
1U form factor saves rack space and power in wiring closets


  • Switching Capacity (Max)
    2.56 Tbps
  • Available Ports
    • 48 1 GbE RJ-45 ports
    • 48 1 GbE SFP ports
    • Up to 48 10 GbE RJ-45 ports
    • Up to 96 10 GbE SPF+ ports with breakout cables
    • Up to 32 40 GbE QSFP+ ports
  • Switches Per Stack (Max)
  • Aggregated Stacking Bandwidth
    5.76 Tbps
  • Redundant Power Option
  • sFlow
  • OpenFlow (SDN)
  • Campus Fabric Technology
  • L3 Capabilities
    Base L3, RIP, OSFP, BGP, VRF
  • Hot-swappable PSUs and Fans
  • Front-to-Back or Back-to-Front Airflow
  • MCT




在開放標準 IEEE 802.1BR Bridge Port Extension (橋接連接埠擴充) 技術的基礎上,Ruckus 校園網狀架構技術將網路存取、彙總和核心層合併為共用服務的單一網域,進而整合了頂級、中階和入門款交換器。

橋接控制和連接埠延伸是構成校園網狀架構的重要基石。傳統的彙總功能/核心層將由具備橋接控制功用的交換器取而代之,在校園網狀架構技術中扮演中樞角色。以連接埠延伸模式運作的交換器也將取代存取層;這些交換器皆可連接個人電腦、筆記型電腦、IP 電話和其他存取裝置。控制橋接功能會使用以 IEEE 802.1BR 標準定義的通訊協定,與外接的連接埠延伸裝置進行通訊。



有別於傳統的三層網路設計,Ruckus 校園網路將網路合併成單一邏輯裝置。這種設計可方便集中控管,簡化部署和服務管理作業,並可隨使用需求成長輕鬆擴充。交換器之間的所有連結隨時都保持開啟,流量負載也維持平衡。帶來的成效包括:

  • 達到最佳效能
  • 彈性提升
  • 網路服務部署更加迅速

OpenFlow 混合連接埠模式



透過 Ruckus 的 OpenFlow 混合連接埠模式,使用者可針對 Ruckus ICX 交換器上的任何連接埠啟用 OpenFlow,並可同時支援其他傳統交換器功能,且不會提升延遲情況。


客戶通常希望能夠建立 OpenFlow 層疊,與既有的工作網路並行使用。OpenFlow 層疊主要用於支援基礎網路之外的新高階服務和 SDN 應用程式。在 Ruckus 混合連接埠模式下,便不需要另外建立網路,也能享有 SDN 和 OpenFlow 的優勢。




sFlow 是內嵌於 Ruckus ICX 交換器的標準型封包取樣技術,可為網路管理員提供測量網路流量、收集、排序及分析網路數據的可擴充技術。有了這項技術,便能從單一位置監控數以萬計的不同介面。


隨著企業的重要營運項目日漸仰賴網路服務,網路方面的任何變更都可能影響網路效能和可靠性。若能為各種連結設定 sFlow,則 sFlow 將可協助企業:

  • 分析這些連結的流量統計資料和趨勢
  • 化解出乎意料的網路壅塞情形
  • 改善容量規劃


Management Simplification

What it means:

Virtual Extensible LAN (VXLAN) is a standard based encapsulation protocol that enables running an overlay network on the top of an existing physical network. An overlay network is a virtual network that delivers L2 services on the top of an exiting L3 network infrastructure creating new virtual L2 broadcast domains decoupled from the underlay network physical topology.

Why you should care:

VXLAN makes it easier for network engineers to bridge network segments across physical locations separated by L3 boundaries. It also facilitates traffic isolation between various applications and various classes of users or tenants, promoting security and privacy. VXLAN deployed on campus networks can speed up new location onboarding and reduces complexity when deploying new applications and network services across the campus.