Infrabel deploys FSP 3000 S Flex to boost railway data network

The company has been expanding its network infrastructure to support the increasing demand for high-speed data transmission. Infrabel has chosen Adtran’s solution to enhance its network performance and reliability.

The Need for Network Expansion

Infrabel, the Belgian railway company, has been facing a significant challenge in meeting the growing demand for high-speed data transmission. The company’s network infrastructure has been expanding rapidly, and it has become essential to upgrade its existing network to support the increasing data traffic. Infrabel’s goal is to provide high-speed internet connectivity to its customers, and the company has been investing heavily in its network infrastructure to achieve this goal.

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Key Features of the FSP 3000 S-Flex Solution

Adtran’s FSP 3000 S-Flex solution is a highly scalable and flexible network solution that has been chosen by Infrabel to enhance its network performance and reliability. The solution offers several key features, including:

Highly scalable architecture that can support large amounts of data traffic

Flexible design that allows for easy integration with existing network infrastructure

Advanced security features that protect against cyber threats

High-performance switching capabilities that support high-speed data transmission

Deployment and Benefits

Infrabel has successfully deployed the Adtran FSP 3000 S-Flex solution to grow its network capacity.

The FSP 1000 S-Flex also features a built-in, high-performance, and low-latency 10G Ethernet switch.

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FSP 1000 S-Flex: A Quantum-Safe Solution for Secure Data Transmission

The FSP 1000 S-Flex is a high-performance, secure, and reliable data transmission solution designed for the modern data center.

Introduction

The IBM Z mainframe system is a powerful and reliable platform for businesses to process and store large amounts of data. However, its high-performance capabilities and scalability make it challenging to integrate with other systems, particularly in the context of Storage Area Network (SAN) Direct Connect Interconnect (DCI) networks.

The Challenge of Integrating IBM Z with SAN DCI Networks

SAN DCI networks are designed to provide high-speed connectivity between storage systems and servers. However, integrating IBM Z with these networks can be a complex task due to the following reasons:

Incompatible protocols: IBM Z uses its own proprietary protocols, which may not be compatible with the protocols used by SAN DCI networks. Different network architectures: IBM Z operates on a different network architecture than SAN DCI networks, which can make it difficult to establish a seamless connection. Security and compliance: Integrating IBM Z with SAN DCI networks requires careful consideration of security and compliance issues, such as data encryption and access controls.