Q
What is a Cisco Meraki Compatible QSFP+ module?
A
A Cisco Meraki Compatible QSFP+ module is a hot-swappable four-channel transceiver designed to provide 40 Gbps connectivity on Meraki switches, offering seamless integration and full compliance with Cisco Meraki hardware specifications.
Q
What are the key benefits of using Cisco Meraki Compatible QSFP+ modules?
A
Key benefits include reliable 40 Gbps performance, seamless Meraki switch integration, cost-effective third-party options, low power consumption, and simplified installation without firmware or compatibility issues.
Q
Which Cisco Meraki switches support QSFP+ modules?
A
Cisco Meraki MS420, MS425, MS450, MS480, MS410, and MS425 series switches support QSFP+ modules in designated 40 Gbps uplink slots for high-density aggregation and campus backbone applications.
Q
How do I install a Cisco Meraki Compatible QSFP+ module?
A
To install, power off the Meraki switch or ensure the port is disabled, align the QSFP+ module with the SFP+ slot, gently slide until it clicks, then re-enable the port or power on the switch.
Q
How can I verify compatibility of a QSFP+ module with my Meraki device?
A
Verify compatibility by checking the Meraki Hardware Compatibility List (HCL) for supported part numbers, reviewing Meraki dashboard port status, or using CLI show commands to confirm module recognition.
Q
What data rates do Cisco Meraki QSFP+ modules support?
A
Cisco Meraki QSFP+ modules support aggregated data rates up to 40 Gbps across four 10 Gbps lanes or can be configured as a single 40 Gbps channel for high-speed uplinks.
Q
Can Cisco Meraki Compatible QSFP+ modules support optical and DAC connections?
A
Yes, compatible QSFP+ modules support both optical transceivers (SR, LR, ER) for multimode and single-mode fiber and Direct Attach Copper (DAC) cables for short-range links.
Q
What is the typical reach of a Meraki-compatible QSFP+ optical module?
A
Typical reach varies by module type: SR modules cover up to 100 meters over OM4 fiber, LR modules up to 10 kilometers over single-mode fiber, and ER modules up to 40 kilometers.
Q
How do I troubleshoot link issues with a Cisco Meraki QSFP+?
A
Troubleshoot by checking physical connections, verifying module compatibility in the Meraki dashboard, inspecting port LEDs, reviewing event logs for errors, and testing with a known-good module.
Q
Are Cisco Meraki Compatible QSFP+ modules certified by Cisco?
A
Third-party QSFP+ modules are not Cisco-branded but leverage reverse-engineered firmware to meet Cisco Meraki compliance standards and maintain full functionality on supported platforms.
Q
What warranty and support options are available for these QSFP+ modules?
A
Warranty and support vary by vendor but typically include lifetime replacement guarantees, 24/7 technical assistance, and advance RMA services to minimize network downtime.
Q
How do Cisco Meraki QSFP+ modules enhance network scalability?
A
By enabling 40 Gbps uplinks, QSFP+ modules allow aggregation of multiple 10 Gbps links, simplify campus spine-leaf design, and support future bandwidth growth without additional hardware.
Q
What is the power consumption of a QSFP+ module on a Meraki switch?
A
Power consumption typically ranges from 2.5 W to 3.5 W per QSFP+ module, depending on optical type or DAC, with Meraki dashboard metrics available for real-time monitoring.
Q
Can I mix Cisco-branded and compatible QSFP+ modules in the same network?
A
Yes, mixing Cisco-branded and compatible QSFP+ modules is supported as long as all modules appear correctly in the Meraki dashboard and comply with Cisco Meraki’s HCL.
Q
What factors should I consider when selecting a Meraki-compatible QSFP+?
A
Consider link distance, fiber type, data rate requirements, vendor warranty, and compliance with the Cisco Meraki Hardware Compatibility List to ensure optimal performance.
Q
How do firmware updates affect QSFP+ module performance?
A
Meraki firmware updates include transceiver compatibility improvements and performance optimizations; ensure your dashboard shows no transceiver errors after updates to maintain reliable operation.