Network Instruments 114ff manual Tapping an Ethernet or Fibre Channel connection

Models: 114ff

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Tapping an Ethernet or Fibre Channel connection

This section describes how to connect the cables for these environments:

“10/100/1000, 10GbE Optical, and Fibre Channel” on page 37

“Gigabit copper” on page 40

10/100/1000, 10GbE Optical, and Fibre Channel

The optical Ethernet kit includes:

Optical TAP

One, two, or four full duplex optical cables depending on which Gen2 card you purchased.

One, two, or four optical Y-analyzer cables

To connect the TAP to the GigaStor:

1Insert the supplied SFP connectors (XPF connectors for 10GbE) into the open slots on the back of the Gen2 card(s).

2If you have a GigaStor Expandable, see “Connecting the GigaStor Expandable to the expansion units” on page 52 for details about connecting the expansion units. After connecting them, continue with step 3.

3Connect the TX Data Circuit-terminating Equipment (DCE) or SAN port to the Link A port on the nTAP.

4Connect the TX port on the Gigabit switch (DCE) or Fibre Channel Fabric to the Link B port on the nTAP.

5Use the Y-analyzer cable to connect the nTAP to the Gen2 capture card in the GigaStor. If you have more than one nTAP, repeat for each additional nTAP.

 

Tapping an Ethernet or Fibre Channel connection

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Chapter 2 Installing Your GigaStor

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Network Instruments 114ff Tapping an Ethernet or Fibre Channel connection, 10/100/1000, 10GbE Optical, and Fibre Channel

114ff specifications

Network Instruments 114ff is a sophisticated platform designed to enhance network visibility and performance management. This state-of-the-art device is aimed at network professionals who require a deep insight into their network’s behavior and performance metrics. One of its main features is its ability to provide real-time monitoring and analytics, which is crucial for quick decision-making in IT environments.

With a robust set of technologies embedded in its architecture, Network Instruments 114ff leverages advanced packet capture and analysis capabilities. It employs deep packet inspection (DPI) technology to evaluate data packets as they traverse the network. This functionality allows administrators to dissect various layers of network traffic, enabling them to identify anomalies and troubleshoot issues effectively. The 114ff can analyze both encrypted and unencrypted traffic, an asset as organizations increasingly adopt encryption protocols.

Another prominent feature of the Network Instruments 114ff is its customizable dashboard, which can be tailored to present the most relevant metrics at a glance. Users can visualize their network performance through a variety of graphs, charts, and alerts signaling potential performance degradation. This feature aids network managers in assessing key performance indicators (KPIs) and helps ensure that service level agreements (SLAs) are met.

The device is equipped with extensive reporting capabilities, allowing users to generate historical reports for analysis and compliance purposes. This function is essential for businesses that must comply with regulatory standards, as it enables them to maintain records of network performance and security incidents.

Furthermore, Network Instruments 114ff supports a variety of network protocols, ensuring compatibility with existing infrastructure. Its scalable architecture means organizations can adapt the device to cater to growing network demands without the need for significant overhauls. The integration capability with other Network Monitoring Systems (NMS) positions it as a flexible solution suited for diverse environments.

In summary, Network Instruments 114ff stands out as an essential tool for IT professionals looking to optimize network performance. With features such as real-time monitoring, deep packet inspection, customizable dashboards, and robust reporting capabilities, it delivers a comprehensive solution to manage and enhance network infrastructures effectively.