Product Details Introduction
RUCKUS ICX 7850 Switches Features
Superior Scalability: Up 76.8 Tbps of combined switching capacity and 384x 100GbE or 576x 10/25 GbE ports per 12 units’ stack supports the most demanding enterprise environments.
Maximum Flexibility: Network Core connectivity and switching capacity can be distributed wherever it is needed. Does not need to be co-located in a single wiring closet like a traditional chassis.
Advanced Security: 256 bit MACsec delivers maximum data privacy
Pay as you grow: Cost effective deployment model of fixed form factor switches at the network core
- Industry-leading 40/100 Gbps Ethernet port density and flexibility
- Up to 32x100 GbE or 128x25 GbE ports per unit
- Up to 9.6 Tbps of aggregated stacking bandwidth
- Stacks up to 12 units with up to 10km between stacked switches
- 8 full-duplex 100 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
- 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
- Works seamlessly with RUCKUS Wi-Fi access points
- RUCKUS SmartZone and RUCKUS Cloud support delivers unified wired & wireless management
Advantages Of Each Model Ethernet Switches
Due to space limitations, only three main product models are selected here. each with their own set of advantages:
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ICX Access Switches:
- Designed for enterprise access deployment.
- Offer non-blocking performance with various uplink options (1, 10, 40, and 100 GbE).
- Stackable for flexibility and scalability.
- Provide seamless interoperability with Ruckus wireless products for unified wired and wireless network access.
- Utilize Multigigabit Ethernet technology for optimizing performance with high-performance wireless APs and edge devices.
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ICX Aggregation Switches:
- Built for high-speed enterprise network aggregation layers.
- Support 10, 40, and 100 Gbps speeds to accommodate the latest wireless APs and bandwidth-intensive applications like 4K video and VDI.
- Designed to be resilient and high-bandwidth, meeting the challenges of modern network demands.
- Contribute to a lower total cost of ownership (TCO) with their reliability and performance.
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ICX Core Switches:
- Engineered to meet the most demanding enterprise requirements.
- Provide non-blocking line-rate performance on all ports with a high switching capacity (up to 6.4 Tbps).
- Support next-generation Ethernet speeds with 10/25 Gigabit Ethernet at the aggregation and 40/100 Gigabit Ethernet for core network traffic.
- Include a rich array of routing protocols and high-availability features for maximum network reliability.
Additionally, Ruckus Networks also offers:
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Rugged or Mil-Spec Switches:
- Collaborating with Crystal Group, Ruckus provides rugged versions of their ICX switches.
- These are suitable for harsh environments or specific military specifications and maintain the same high standards of performance as their standard counterparts.
For the exact model numbers and their specific advantages, you would typically visit the product page or contact the manufacturer directly. Each model may have unique features such as different port configurations, form factors, power options, and advanced capabilities that cater to a variety of deployment scenarios. If you need detailed information on specific models, including their particular advantages, you may want to reach out to Ruckus Networks directly or review their product documentation.
Advantage Of RUCKUS Ethernet Switches
The general advantages of Ruckus Networks' ICX switches based on industry knowledge and the information provided:
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Seamless Integration: Ruckus ICX switches are designed to work seamlessly with Ruckus' own wireless access points, network controllers, and cloud management systems, providing a cohesive and unified network experience.
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Simplified Management: The switches are noted for their simplified network setup and management, which can reduce the complexity of network administration.
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Performance: With a low-latency, non-blocking architecture, Ruckus switches are capable of providing excellent throughput suitable for demanding applications.
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Scalability: The stackable access switches offer scalability, which is crucial for growing networks. They can be expanded as the number of networked devices increases.
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Multigigabit Ethernet Technology: Ruckus switches support high-speed connectivity that can optimize the performance of the latest wireless APs and edge devices.
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High-Bandwidth Support: Aggregation and core switches are designed to handle high-bandwidth applications like 4K video streaming and VDI, which are becoming increasingly common in enterprise environments.
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High-Availability Features: Ruckus core switches are equipped with features that ensure high availability and minimal downtime, which is critical for business continuity.
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Ruggedized Options: For environments where standard switches may not be sufficient, Ruckus offers ruggedized or Mil-Spec versions of their switches, which can operate reliably in harsh conditions.
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Cost-Effectiveness: The unified wired and wireless access solution that Ruckus provides is designed to be cost-effective, potentially offering a better total cost of ownership (TCO) compared to maintaining separate wired and wireless infrastructures.
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Advanced Features: Ruckus switches likely support advanced features such as Quality of Service (QoS), link aggregation, and comprehensive security protocols, which are important for maintaining network performance and security.
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Professional Services and Support: Ruckus Networks offers professional services to assist with the design, deployment, and optimization of their network solutions, which can be a significant advantage over companies that only provide hardware.
When comparing Ruckus ICX switches to similar products from other companies, you would want to consider these advantages in the context of your specific network requirements, such as the size of your network, the applications you run, your environmental conditions, and your budget. It's also important to look at specific technical specifications, such as port density, power-over-Ethernet (PoE) capabilities, and the management features of each switch model to determine the best fit for your network.