Cisco 8-Port 1/10-Gb SFP+ Network Module

The Cisco 8-Port 1/10-Gb SFP+ Network Module is engineered to elevate your data networking and optical networking capabilities. This advanced module offers a combination of high performance, reliability, and scalability, making it the perfect solution for businesses aiming to enhance their network infrastructure. Designed for modern data centers, enterprise campuses, and edge deployments, this module enables flexible, scalable connectivity that grows with your organization’s needs. It integrates seamlessly with Cisco switching ecosystems, delivering plug-and-play deployment, streamlined management, and consistent performance across diverse workloads—from virtualization and storage replication to cloud services and high-frequency trading environments. With eight independent SFP+ ports, administrators gain the agility to implement link aggregation, multi-path I/O, and granular traffic control, all while maintaining a compact footprint and efficient power usage. The module embodies Cisco’s commitment to reliability, offering redundancy-friendly features, durable construction, and compatibility with a broad range of Cisco devices that support SFP+ modules. Whether you are consolidating networks in a data center, expanding a research lab, or upgrading a branch office, this network module provides a robust foundation for high-speed connectivity, enabling faster backups, seamless data replication, and low-latency access to critical applications. Its flexible optics landscape allows you to choose the right transceivers for your fiber or copper backbone, ensuring optimal reach, performance, and cost efficiency. In short, the Cisco 8-Port 1/10-Gb SFP+ Network Module is a forward-looking upgrade that combines density, versatility, and Cisco-grade reliability to power modern networking environments.

• High-density, flexible connectivity: Eight independent SFP+ ports support 1 Gb or 10 Gb per link depending on the transceivers you install, enabling dense, scalable connectivity within data centers and enterprise networks. This configuration is ideal for creating high-bandwidth spine-leaf architectures, building fault-tolerant uplinks, and enabling rapid failover in mission-critical applications.
• Broad optics compatibility and cost efficiency: The module is designed to work with a wide array of Cisco-approved SFP and SFP+ transceivers and DAC/AOC cables, giving you the freedom to select the best optics for your distance, budget, and performance needs. With the right transceivers, you can optimize reach from a few meters to several kilometers, or establish cost-effective direct-attach links for short-range deployments without sacrificing reliability.
• Performance you can rely on: Built to deliver steady, low-latency throughput across all ports, this module supports high-bandwidth workloads, virtualization, storage replication, and data-intensive applications. The robust design reduces packet loss and minimizes jitter, helping ensure smooth operation for latency-sensitive tasks and multi-VM environments while maintaining stable throughput under heavy traffic.
• Scalability and future-proofing: With eight SFP+ ports, you’re equipped to scale up your network gradually by adding more high-speed links as demand grows. The module supports link aggregation, VLAN segmentation, QoS policies, and software-defined networking features that help you optimize utilization, efficiency, and performance across growing workloads, all while preserving compatibility with existing Cisco infrastructure.
• Management, reliability, and security integration: This Cisco module integrates with familiar Cisco management tools and firmware ecosystems, enabling streamlined provisioning, monitoring, and fault isolation. It supports standard security and performance best practices, helping protect data flows between endpoints while simplifying ongoing maintenance and operational visibility for network administrators.

Technical Details of Cisco 8-Port 1/10-Gb SFP+ Network Module

• Product Type: 8-Port SFP+ Network Module
• Ports: 8 x SFP+ ports (1 Gb / 10 Gb per port dependent on inserted transceivers)
• Data Rate: Per-port data rate determined by installed transceivers; supports flexible 1 Gb and 10 Gb operation
• Compatibility: Designed for Cisco devices that support SFP+/SFP modules; exact model compatibility to be confirmed with official Cisco documentation
• Specifications: Not provided in the input data; refer to the official product listing for full, up-to-date details and supported transceivers

Note on Technical Details

Because the Specifications section from the source listing at ec.synnex.com is not included in the provided product details, the above technical items are offered as generalized guidance based on typical Cisco SFP+ module behavior. For precise compatibility, supported transceivers, mechanical form factor, power consumption, temperature range, and any device-specific requirements, please consult the official Cisco product page or your hardware vendor’s catalog with the exact UPC or SKU in hand.

How to Install Cisco 8-Port 1/10-Gb SFP+ Network Module

• Prepare your equipment: Power down or place the Cisco chassis or switch in maintenance mode if your platform requires it. Ensure you have a compatible Cisco device that supports SFP+ modules and that the system firmware is up to date to guarantee optimal compatibility and security.
• Identify the correct slot: Locate an available SFP+ slot in the switch or chassis where the module will be installed. Review the device’s hardware installation guide to confirm slot compatibility and any slot-specific requirements.
• Insert the module: Align the module with the slot and firmly seat it until the retention mechanism clicks into place. Do not apply excessive force. Verify that the module is fully seated and that any mounting brackets are securely fastened if your chassis uses them.
• Install appropriate transceivers or DAC cables: For each port, insert the desired SFP+/DAC transceivers or copper/direct-attach cables. Ensure that the transceivers are Cisco-approved for reliable operation and to maintain warranty and support alignment.
• Power up and verify: Restore power to the device and observe the port status indicators. Use the device management interface to confirm that all eight ports are recognized and that links come up with the expected speed (1 Gb or 10 Gb, depending on transceivers).
• Configure network settings: Apply your intended configurations—VLANs, QoS policies, link aggregation groups (LAGs), and any routing or security settings. Validate traffic flow, latency, and error rates across the new links to ensure the deployment meets your performance goals.

Frequently asked questions

• Q: What is the primary purpose of the Cisco 8-Port 1/10-Gb SFP+ Network Module? A: It expands high-speed network connectivity by providing eight SFP+ ports that can operate at 1 Gb or 10 Gb per port, depending on the transceivers installed, enabling scalable, flexible networking for data centers and enterprise environments.
• Q: Is this module hot-swappable? A: In supported Cisco devices, SFP+ modules are generally hot-swappable, allowing installation and replacement without powering down the entire system. Always follow the device vendor’s maintenance guidance and ensure compatibility before swapping.
• Q: Do I need specific transceivers to use the ports at 10 Gb? A: Yes. The per-port speed is determined by the installed SFP+/SFP transceivers. To achieve 10 Gb per port, use Cisco-approved 10-Gb SFP+ transceivers or DAC cables compatible with your device and link length requirements.
• Q: What devices are compatible with this module? A: The module is designed for Cisco devices that support SFP+ modules. Confirm compatibility with your switch or router model and firmware version via official Cisco documentation or your vendor.
• Q: What are common use cases for this 8-port module? A: Use cases include high-density data center uplinks, server-to-storage networking, virtualization environments with multiple VM traffic paths, cross-chassis links in leaf-spine architectures, and branch-office networks requiring scalable, high-speed connectivity.