Decoding the Cisco 100g Sfp Datasheet: Your Gateway to High-Speed Networking

Understanding the nuances of high-speed networking is crucial in today's data-driven world. For those navigating the complexities of enterprise and data center infrastructures, the "Cisco 100g Sfp Datasheet" serves as an indispensable guide. This document is more than just a technical specification; it's a blueprint for deploying and managing the critical small form-factor pluggable transceivers that power 100 Gigabit Ethernet connections.

What is a Cisco 100g Sfp Datasheet and How is it Used?

A Cisco 100g Sfp Datasheet is a detailed technical document provided by Cisco Systems that outlines the specifications, features, and operational parameters for their 100 Gigabit Ethernet Small Form-Factor Pluggable (SFP) transceivers. These transceivers are modular components that plug into network devices like switches, routers, and network interface cards, enabling them to send and receive data at incredibly high speeds. The datasheet is essential for network engineers, IT managers, and system administrators who need to select the right SFP for their specific network needs, ensuring compatibility, performance, and reliability.

The information contained within a Cisco 100g Sfp Datasheet is comprehensive and covers a wide range of critical details. For instance, you'll typically find:

• Optical Specifications: This includes details about the wavelength, transmit power, receive sensitivity, and maximum reach for the transceiver.
• Electrical Specifications: Information on voltage requirements, power consumption, and data rates.
• Environmental Specifications: Operating temperature ranges, storage temperatures, and humidity levels.
• Connector Types: The type of fiber optic connector used (e.g., LC, MPO).
• Compatibility Information: Which Cisco platforms and operating systems the SFP is supported on.
• Standards Compliance: Adherence to industry standards like IEEE 802.3bm or QSFP28 specifications.

These datasheets are instrumental in the planning and deployment phases of any network upgrade or new installation. They allow users to make informed decisions by comparing different SFP models based on their intended application. For example, if you need to connect two switches across a data center floor, you'll look for an SFP that specifies a suitable reach and connector type. If you're building a high-performance computing cluster, you might prioritize transceivers with lower latency and specific optical performance characteristics. The ability to accurately match the SFP transceiver to the network infrastructure and the required performance is paramount for achieving optimal network efficiency and avoiding costly compatibility issues.

The practical application of a Cisco 100g Sfp Datasheet can be illustrated with a few common scenarios:

1. Data Center Interconnects: Deploying 100GbE connections between top-of-rack switches and spine switches requires transceivers with specific reach and performance metrics, all detailed in the datasheet.
2. High-Performance Computing (HPC): Applications demanding extremely high bandwidth and low latency will rely on the detailed optical and electrical specifications in the datasheet to ensure smooth operation.
3. Enterprise Network Backbones: Connecting core routers and switches at 100Gbps necessitates careful selection based on distance, fiber type, and compatibility, as guided by the datasheet.

Here's a simplified comparison you might find when reviewing different 100G SR4 modules:

By leveraging the comprehensive information within the Cisco 100g Sfp Datasheet, you can confidently select the correct 100GbE SFP transceivers to meet your organization's evolving networking demands.

For the most accurate and up-to-date information on Cisco 100GbE SFP transceivers, consult the official Cisco documentation. This resource will provide the definitive specifications and compatibility details you need.