Catalyst C9300-NM-2Q module

• Performance: The module’s 40GE QSFP ports ensure ultra-fast data transmission for bandwidth-heavy applications.
• Scalability: With two 40GE ports, this module enables networks to expand and meet future data demands.
• Security: Built-in security features like encryption and Secure Boot safeguard the network against threats.
• Flexibility: The QSFP ports offer flexibility to support different network configurations and upgrades.

• Product Type: Network Module
• Ports: 2 x 40GE QSFP (Quad Small Form-factor Pluggable)
• Compatibility: Catalyst 9300 Series switches
• Data Rate: 40Gbps per port
• Form Factor: Pluggable module

• Use Case: High-bandwidth enterprise networks, data centers, and cloud environments
• Installation: Plug-and-play functionality for easy setup
• Power Efficiency: Energy-efficient design for reduced operational costs
• Security Features: Supports encryption and Secure Boot to protect against unauthorized access

• 1-Year BrightStar warranty for end-user customers
• 90-Day BrightStar Warranty for resellers

• Free FedEx Ground shipping within the United States
• FedEx Overnight shipping is available as well
• FedEx International Shipping is available for customers outside of the United States

Q: What is the Catalyst C9300-NM-2Q used for?

A: It provides two 40GE QSFP ports to expand the networking capacity of Catalyst 9300 Series switches, enabling faster data transmission for high-performance environments.

Q: Which devices are compatible with this module?

A: The Catalyst C9300-NM-2Q is designed specifically for use with Catalyst 9300 Series switches.

Q: What data speeds does this module support?

A: It supports 40Gbps speeds on each of the QSFP ports.

Q: Is this module easy to install?

A: Yes, it features plug-and-play installation for quick and simple integration into existing networks.

Q: What kind of network environments benefit from this module?

A: This module is ideal for enterprise networks, data centers, and environments requiring high-bandwidth and low-latency data transmission.