Setting up a Data Center Network at 40/100/400GbE
with Panduit and Cisco Nexus

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Setting up a Data Center Network at 40/100/400GbE with Panduit and Cisco Nexus: Optimizing Your Data Center Network by Choosing Transceivers, Enclosure Systems, and Fiber Cables.

For enterprises and Cloud/Data Center service providers, elevating the Data Center Network to 40/100/400Gbps speeds is a pivotal stride towards establishing a resilient groundwork for the future. These speeds are on track to become the prevailing standard in the upcoming years, prompting numerous global businesses and Data Centers to contemplate ventures of similar magnitude.

To streamline the adaptation of businesses and Cloud/Data Center providers to these higher speed levels, Panduit and Cisco have collaborated on a guide that details the methodology for implementing 40/100/400GbE network systems. This guide facilitates comprehensive examination and evaluation to determine their suitability for adoption.

The TechTalkThai team has summarized the essential factors for considerations, with a step-by-step procedure for choosing different components of the network system that align with the organization's strategies, as outlined below:

Addressing Business Challenges And Investment Value In The Decision-Making Process

In general, investing in a Data Center Networking system requires thorough and detailed planning right from the beginning, especially with regards to long-term future-proofing strategies. This ensures that the system's design accommodates future requirements, allows for timely technology upgrades, and generates a meaningful return on investment. Furthermore, given the substantial investment value and the complex, time-consuming process involved in deploying a significant amount of Fiber within the Data Center, extending the lifespan and value of these Fiber connections also becomes a pivotal aspect of system design.

However, due to the diversity of technologies and standards, businesses are presented with a myriad of choices while designing these systems, which may lead to confusion in the design and selection of various components within the system. Therefore, having well-tested guidelines for selecting different components that have been proven to work together effectively helps simplify and enhance the accuracy of the design process. In addition, consultation with Panduit and Cisco experts further enhances the designer decision-making process.

Why Should You Use Data Center Networking Solutions from Panduit and Cisco?

Panduit and Cisco have maintained a longstanding partnership in the field of Data Center Networking systems. Their unwavering commitment to testing and validating their solutions has ensured seamless compatibility, fostering dependable cooperation whenever either party introduces new proprietary technologies. This compatibility instills confidence when others consider the adoption of their solutions.

Furthermore, both companies share a common approach of designing specialized technologies with unique features while respecting conventional standards to address business needs effectively. For instance, Cisco offers Bi-Directional Transceivers that allow the use of existing 10Gb Duplex Multi-Mode Fiber (MMF) cables to achieve speeds of up to 40/100Gbps. This enhances the value of using existing Fiber infrastructure for speed upgrades. Panduit, on the other hand, offers the PanMPO Fiber Connector, which supports versatile connector format changes, reducing ordering errors and accommodating future changes with flexibility.

By utilizing solutions which combine the strengths of both manufacturers, businesses can leverage the advantages of these technologies, enhancing their network infrastructure with more options and better value. This approach not only ensures a cost-effective and efficient network design but also better aligns with long-term investment strategies.

Steps for Selecting Equipment for Fiber Cables to Use with Cisco Nexus

Panduit has outlined a three-steps process to facilitate in the selection of equipment for Fiber cables to use with Cisco Nexus:

1. Choose the preferred Cisco Transceiver

Once the preferred connection speed is determined, such as 40GbE, 100GbE, or 400GbE, one can refer to “Panduit Cable Ordering Guide: Cisco Nexus” to select and verify the appropriate speed. This guide summarizes the information for each speed level.


Network system designers must also consider the following aspects:
  • Choosing between using standard connections with equal speeds on both ends or utilizing Breakout Cables.
  • Compatible Cisco Transceiver for each speed level.
  • Maximum distance for each specific Cisco Transceiver.
  • Type of Fiber cable required for each Cisco Transceiver.
  • Connector type for each Cisco Transceiver.
With this information, network system designers can easily formulate the overall picture and feasibility of each Cisco Transceiver selection. Additionally, they can compare these Cisco Transceivers with those of other speed levels to assess possible future upgrade options.

With the appropriate Cisco Transceiver selections for each distinct connection within the Data Center, designers can visualize the complete wiring scenario that should materialize. This insight would be used for further evaluation in the subsequent stages.

2. Choose an Enclosure System for Fiber Cable Management

After establishing the cable type, length, and quantity, the second phase involves choosing an Enclosure System to oversee the Fiber cable connections. This can include either a Fiber Enclosure or a Patch Panel, depending on the preference. The objective is to secure an organized cable management structure that aligns seamlessly with the intended layout in the future. Furthermore, if there are plans for speed enhancements or changes in the usage, these factors should also be meticulously considered from this stage onwards.

3. Ensure the Comprehensive Selection of Other Components


After acquiring the details of the Cisco Transceiver, cable length, cable type, necessary connector, and chosen Enclosure System, the last phase involves the selection of the remaining components to achieve a holistic design. This includes elements such as Patch Cords for each terminal, Cassettes for placement within the Enclosure System, and Trunks for interconnecting between Enclosures.

You can download the Cable Ordering Guide: Cisco Nexus manual immediately.

For those who are interested in finding out more, you can download the documentation for selecting components in designing a Data Center Network system from Panduit and Cisco, intended for use in conjunction with Cisco Nexus. This includes accompanying diagrams for immediate design implementation, as follows:

  • 40G Fiber Optic Transceiver Cable Ordering Guide: Cisco Nexus
  • 100G Fiber Optic Transceiver Cable Ordering Guide: Cisco Nexus
  • 400G Fiber Optic Transceiver Cable Ordering Guide: Cisco Nexus
  • Fiber Optic Transceiver Breakout Cable Ordering Guide: Cisco Nexus



Written by Tech Talk Thai for Panduit Thailand. Read the original article here.

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