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Ruijie - Robust Router and Switch Solutions for High-Performance Networks
Ruijie - Robust Router and Switch Solutions for High-Performance Networks

Empower your Network Infrastructure with Ruijie's Robust Router and Switch Solutions.

E
Written by Engineering
Updated over a year ago

Summary

  1. This video introduces a solution of routers and switches designed for networks requiring robustness and the capacity to support varying user counts, ranging from 100 to 20,000.

  2. The QSFP+ ports provide a bandwidth of up to 40 gigabits, ensuring high-speed and quality connections.

  3. The presented solution is suitable for carrier-class solutions, which must meet stringent requirements in terms of stability and reliability.

  4. The routers and switches used are highly robust and designed to handle high data traffic loads, ensuring high availability and reliability.

  5. This solution is suitable for businesses seeking a high-quality, high-performance option for their networks, and requiring a reliable and robust solution to support significant data loads.

FAQ (Frequently Asked Questions)

How robust is the Ruijie family solution?

The presented solution is very robust and designed to handle high data traffic loads, ensuring high availability and reliability.

What type of ports do the presented routers and switches use?

The routers and switches use QSFP+ ports, providing a bandwidth of up to 40 gigabits, ensuring high-speed and quality connections.

What type of companies is this solution suitable for?

This solution is suitable for businesses requiring a high-quality and high-performance option for their networks, and needing a reliable and robust solution to support significant data loads.

How many users can the routers and switches support?

The presented routers and switches can support varying user counts, ranging from 100 to 20,000.

What requirements must a carrier-class solution meet?

A carrier-class solution must meet stringent requirements in terms of stability and reliability, as it is designed to handle high data traffic loads and ensure maximum availability.

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