Cisco SFP+ transceiver module drops to $775.12 on Amazon

Save $190.43 while this limited-time sale lasts.

Network hardware rarely sees major discounts outside of enterprise sales cycles. Cisco SFP + transceiver Module - 10 drops to $775.12 - save $190.43. This is an urgent price drop for enterprise-grade networking components.

THE DEAL

Cisco SFP + transceiver Module - 10

$775.12 (was $965.55) - Save $190.43 (20% off)

WhereAmazon

ExpiresNo end date listed

Get This Price

For just $775.12, below its 180-day average of $965.55. This represents a significant 20% discount on enterprise networking hardware that typically maintains stable pricing.

The current price undercuts the 30-day average of $939.47 and the 90-day average of $964.21, making this one of the best recent opportunities for network administrators.

What You're Getting

The Cisco SFP + transceiver Module - 10 (model SFP-10G-LR-S=) delivers 10 Gigabit Ethernet connectivity in the smallest 10G form factor available. You're getting commercial temperature operation (0 to 70°C) with support for 10GBASE Ethernet standards.

This hot-swappable input/output device plugs directly into Ethernet SFP+ ports on Cisco platforms, providing maximum flexibility for interface choices in enterprise network deployments.

Who This Is For

Best for: Network administrators upgrading existing Cisco infrastructure or expanding 10G capabilities. This is ideal for data center deployments, enterprise backbone connections, or high-performance computing environments.

The Caveat

This module only supports commercial temperature ranges (0 to 70°C), not industrial or extended temperature environments. It's specifically designed for Cisco platforms, so verify compatibility with your existing network hardware before purchasing.

Final Verdict

At $775.12, network administrators with Cisco infrastructure should buy now to secure this 20% discount. Those who can wait for deeper discounts should monitor pricing during major enterprise sales events, but this current price represents solid value below historical averages.