Cisco DS-C9710 Fibre Channel Chassis Manageable Mds 9710 Refurbished

The DS-C9710 MDS 9710 Fibre Channel Switch is a powerful and versatile rack-mountable switch designed for robust data management in enterprise-level environments. In this comprehensive review, we will delve into the various aspects of this switch, including its design, key modules, power supply, and overall manageability.

The DS-C9710 MDS 9710 comes in a rack-mountable 14u chassis, emphasizing its suitability for data centers and large-scale network setups. The 14u form factor ensures that it can be efficiently integrated into standard server racks, optimizing space utilization.

The DS-C9710 MDS 9710 is a rack-mountable switch chassis that occupies 14 units (14u) of space in a standard equipment rack. Its compact design allows for efficient use of space in data centers while providing high-performance Fibre Channel connectivity.

The Supervisor-4 modules serve as the brain of the switch, providing advanced management and control functions.
With two Supervisor-4 modules included, the switch offers redundancy and high availability to ensure uninterrupted operation.

The Fabric-3 modules are responsible for handling data traffic within the switch.
With three Fabric-3 modules, the switch can efficiently manage large volumes of data with low latency and high throughput.

The DS-C9710 MDS 9710 is equipped with six 3000-watt power supply units to ensure sufficient power delivery for all components.
This redundancy in power supplies enhances reliability and minimizes the risk of downtime due to power failures.

• High Performance:
  • The DS-C9710 MDS 9710 offers high-performance Fibre Channel connectivity, supporting speeds of up to 16 Gbps.
  • This high bandwidth capability enables fast data transfer and ensures optimal performance for storage area networks (SANs).
• Scalability:
  • With its modular design, the switch chassis can be easily expanded to accommodate growing data storage requirements.
  • Additional modules can be installed to increase port density or add new features without disrupting existing operations.
• Manageability:
  • The switch chassis features comprehensive management capabilities, including remote monitoring, configuration, and troubleshooting.
  • Administrators can easily configure and manage the switch through a user-friendly interface, simplifying network administration tasks.
• Redundancy and Resilience:
  • Redundant components such as power supplies and Supervisor modules ensure high availability and resilience against hardware failures.
  • In the event of a component failure, the switch can automatically failover to backup resources, minimizing downtime and maintaining service continuity.

The redundant design and robust architecture of the DS-C9710 MDS 9710 switch chassis enhance reliability and minimize the risk of service disruptions.
This reliability is critical for mission-critical applications and environments where downtime is not an option.

By offering high-speed Fibre Channel connectivity and efficient data handling capabilities, the switch improves overall system performance and responsiveness.
Applications and services reliant on high-speed data transfer can operate more efficiently, leading to improved productivity and user satisfaction.

The DS-C9710 MDS 9710 switch chassis simplifies network management tasks through intuitive interfaces and comprehensive management features.
Administrators can easily monitor and control the switch, reducing the time and effort required for routine maintenance and troubleshooting.

With its modular design and scalability features, the switch chassis provides a future-proof solution for evolving data storage requirements.
Organizations can scale their storage infrastructure incrementally, avoiding costly forklift upgrades and ensuring compatibility with future technologies.

Optimize Your Network Performance of Fibre Channel Chassis

• Utilize Fabric-Shortest Path First (FSPF) Routing: By enabling the FSPF routing protocol, the network can optimize the communication between the switches in the Cisco MDS 9710 Fibre Channel Chassis. This helps to minimize the number of hops between switches and reduce the amount of time it takes to transfer data.
• Load Balancing: It is important to ensure that all switches and storage devices within the network are evenly loaded. This can be accomplished by using load-balancing algorithms to distribute the data evenly between all devices.
• Enable Flow Control: Flow control helps to manage the flow of data between the devices. It prevents the switches from overloading and ensures that data is transmitted at the correct speed.
• Upgrade Firmware: Regular firmware upgrades can help to improve the performance of the network. This is because firmware upgrades often contain fixes for bugs and improvements to the underlying hardware.
• Monitor Performance: Regular monitoring of the network can help to identify any potential performance issues before they become serious. This can be done by using tools such as the Performance Monitor and the Event Monitor.
• Use Quality of Service (QoS): Quality of Service is a method of prioritizing data traffic on a network. This can be used to ensure that mission-critical data is transmitted first and that the network is not congested by less important data.
• Use Zoning: Zoning is a technique used to create partitions within a network. This allows administrators to control access to specific devices and data.
• Enable Data Compression: Data compression helps to reduce the amount of data that needs to be transmitted. This can help to speed up the transfer of data and reduce the amount of bandwidth used.
• Implement Fault Tolerance: Fault tolerance is the ability of a network to continue functioning even if one of its components fails. This can be achieved by using techniques such as redundancy and backup systems.
• Regular Maintenance: Regular maintenance of the network can help to identify and fix any potential performance issues. This includes checking cables, switches, and storage devices for any physical problems.

Maximizing Performance and Scalability

Maximizing the performance and scalability of DS-C9710 Cisco Mds 9710 Fibre Channel Chassis can be achieved through a combination of hardware and software configuration. The following are some of the ways to achieve this goal:

• Upgrade hardware components: Upgrading hardware components such as disk drives, memory, and processors can significantly improve performance and scalability.
• Configure Network Topology: Configuring the network topology in a way that minimizes the distance between devices and eliminates bottlenecks can also improve performance.
• Use Advanced Features: Utilizing advanced features such as load balancing, multipathing, and Quality of Service (QoS) can help to optimize the performance and scalability of the system.
• Use Efficient Switching Technology: The use of efficient switching technology such as Fibre Channel over Ethernet (FCoE) and Data Center Bridging (DCB) can help to improve performance and scalability by reducing network overhead and improving network efficiency.
• Implement Virtualization: Implementing virtualization technologies such as virtual switches, virtual storage, and virtual servers can help to improve performance and scalability by allowing multiple applications to run on the same hardware.
• Monitor and Analyze Performance: Regular monitoring and analysis of performance metrics can help to identify bottlenecks and areas for improvement.
• Upgrade Software: Upgrading the software to the latest version can also help to improve performance and scalability by fixing bugs and adding new features.

High Availability and Redundancy Options

High Availability and Redundancy Options of the DS-C9710 Cisco MDS 9710 Fibre Channel Chassis are designed to provide maximum uptime and reliability for mission-critical storage networks. Some of the key features include:

• Redundant Power Supplies: The DS-C9710 has dual redundant power supplies that ensure uninterrupted power supply to the chassis. This provides continuous operation of the system even if one power supply fails.
• Redundant Supervisors: The chassis has two supervisors for redundant management and control of the system. If one supervisor fails, the other takes over, ensuring continuous operation.
• Dual Fabric Support: The DS-C9710 supports two independent Fibre Channel fabrics, providing redundancy and load balancing for mission-critical applications.
• Dual Fabric ISL: The chassis supports dual inter-switch links (ISLs) for redundancy and increased performance.
• Fabric Redundancy: The DS-C9710 supports fabric redundancy, allowing it to automatically switch to the alternate fabric in case of a failure, ensuring continuity of operations.
• Redundant Cooling: The chassis has dual redundant fans to provide maximum cooling and ensure the longevity of the system.
• Non-Disruptive Upgrade: The DS-C9710 supports non-disruptive upgrade and patching, allowing administrators to perform upgrades and patches without interrupting service.

• Manufacturer: Cisco
• Model Number or SKU#: DS-C9710
• Device Type: Managed Switch Chassis
• Product Name: MDS 9710 Chassis with 2x Cisco Supervisor-4 Modules

• Fibre Channel Types Supported: Fc-da, Fc-fla, Fc-fs, Fc-gs-3, Fc-gs-4, Fc-mi, Fc-ph, Fc-ph-2, Fc-ph-3, Fc-pi, Fc-plda, Fc-sb-2, Fc-sb-3, Fc-sw, Fc-sw-2, Fc-sw-3, Fc-tape, Fc-vi, Fc-sp, Fcp-4, Fc-bb-2, Fcp, Fcp-2, Fc-pi-2, Fc-bb-5, Fc-bb-3, Fc-fs-2, Fc-gs-5, Fc-sw-4, Fcp-3, Fc-ls, Fc-mi-2, Fc-pi-4, Fc-fs-3, Fc-gs-6, Fc-pi-3, Fc-sw-5, Fc-bb-4, Fc-ifr, Fais, Fais-2, Fc-pi-5, Fc-ls-2, Fc-sp-2, Fc-sb-4, Fc-da-2, Fc-mi-3, Fc-msqs
• Remote Management Protocol: RMON, SNMP 3, SSH-2, CLI
• Features: Syslog Support, Access Control List (ACL) Support, Quality of Service (QoS), Remote Switch Port Analyzer (RSPAN), Registered State Change Notification (RSCN) Support
• Enclosure Type: Rack-mountable 14u
• Subtype: Fibre Channel

• Interfaces: 2x Management (RS-232) RJ-45, 2x Management (Gigabit LAN) RJ-45, 4 x USB 2.0 Type A
• Expansion Slots: 10 (total) / 5 (free) x Expansion Slot
• Installed Modules Qty (max): 5 (installed) / 10 (max)

Power

• Power Device: Internal Power Supply - Hot-plug
• Installed Qty: 6 (installed) / 8 (max)
• Power Redundancy: Yes
• Power Redundancy Scheme: N+N
• Power Provided: 3000 Watt
• Voltage Required: AC 100/230 V (50 - 80 Hz)

Finally, the DS-C9710 MDS 9710 Fibre Channel Switch offers a powerful and reliable solution for enterprise-level data storage and management. With its high performance, scalability, and manageability features, it meets the demands of modern data center environments while providing a platform for future growth and innovation.