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FS 10G Aggregation Network Solution Enhances University IT Infrastructure

Case Study

HighlightsKey StatsOverviewChallengesSolutionsResultsHighlightsContact UsCountry

Australia

Industry

Education

Network Type

Enterprise Data Centers

Solutions

Enterprise LAN

Case RecommendDream Chip Improves Network Stability with FS MLAG SolutionElevate Data Center Core Network Performance with FS Solution

Updated on Sep 01, 2025

DownloadHighlights

The 10G aggregation network significantly enhances overall network performance and user experience.

MLAG ensures uninterrupted operation even if a switch fails, addressing future business growth needs and maximizing the university's return on investment.

The highly converged access layer architecture provides ample client port access, supporting both wired and wireless terminals.

Key Stats

Each core switch supports up to 124 Gbps of switching capacity, offering high bandwidth and low latency.

The S3410-48TS-P switch provides 48 PoE+ ports, each delivering up to 30W.

FS switches supports voice VLAN, prioritizing the transmission of voice data streams.

Overview

When setting up an IT network, it is important to build one that meets for your business needs. Our client, a renowned university in Australia, required network setup in their newly relocated office, aiming for comprehensive wired and wireless network coverage while ensuring minimal downtime and future scalability. They sought an efficient and smart network solution from FS.

Challenges

The client needed to support a variety of device types for voice, video, and other data transmissions, ensuring sufficient network redundancy to avoid single points of failure. The solution also needed to accommodate increasing bandwidth demands and support additional device connections in the future. Additionally, regarding the placement of APs, IP cameras, and IP phones, the client emphasized the importance of proper cabling to minimize damage to the building.

Solutions

FS delivered a customized 10G aggregation network solution tailored to the client's requirements. The solution integrated the S3950-4T12S-R and S3410-48TS-P switches, forming the backbone of a high-speed and scalable network.

The S3950-4T12S-R, acting as the core switches, utilizes MLAG (Multi-Chassis Link Aggregation) to achieve hardware-level redundancy. The network can maintain uninterrupted service even if one of the links fails. With a switching capacity of up to 124 Gbps and a forwarding rate of 184.5 Mpps, these switches meet the high bandwidth requirements of campus networks.

Each access layer switch, the S3410-48TS-P, provides 48 PoE+ ports to connect various wired and wireless devices, such as PCs, IP phones, and APs. These switches are connected to the core layer via 10G DAC cables.

During the planning and installation of network infrastructure, placing terminal devices side by side allows for centralized wiring, reducing the number of openings required. This minimized damage to walls and ceilings, thereby lowering installation costs to some extent.

Results

The solution addressed the institution’s challenges for converged wired and wireless access while future-proofing scalable networks.

By ensuring network redundancy through the addition of more core switches via MLAG, administrators can easily expand network capacity to meet the university's future growth needs. The S3410-48TS-P features high-density PoE ports, capable of connecting a large number of terminal devices simultaneously. Additionally, FS switches all support voice VLAN, meeting the customer’s demand for using IP phones. The result was a stable, flexible, and easy-to-manage converged network.

Case RecommendDream Chip Improves Network Stability with FS MLAG SolutionElevate Data Center Core Network Performance with FS SolutionBack to Case ListAbout Us

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FS Blog

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