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The Ideal FS Network Switch for SMEs: S3700-24T4F with QoS

Posted on Aug 6, 2024 by
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The FS S3700-24T4F 1G switch stands out as a crucial component in enterprise networking, designed to meet the dynamic needs of small to medium-sized enterprises (SMEs). Its robust performance, combined with a cost-effective approach, makes it an indispensable asset for enhancing network efficiency and reliability. Additionally, the switch's advanced Quality of Service (QoS) features ensure that critical applications receive the necessary bandwidth and priority, minimizing latency and ensuring the smooth operation of essential services.

The Product Overview of S3700-24T4F

S3700-24T4F L2+ 1G switch is a high-performance device with a compact 1U rack-mountable design, ensuring easy integration into existing network infrastructure and space optimization without compromising performance. It features 10/100/1000BASE-T RJ45 ports and Gigabit SFP optical ports, providing versatile connectivity options for various network environments. Ideal for branch offices, mid-market enterprises, and SMEs, its scalable and flexible architecture offers significant advantages. The key specifications of the S3700-24T4F include:

Port Configuration
24x 10/100/1000BASE-T RJ45 | 4x 1G SFP
Max. Power Consumption
15W
Switch Chip
Realtek RTL8382M
Operating Temperature
0 to 50ºC (32 to 122°F)
Forwarding Rate
42 Mpps
Storage Temperature
-40 to 70ºC (-40 to 158°F)
Switching Capacity
56 Gbps
Operating Humidity
10% to 90% (non-condensing)
Packet Buffer
0.5MB
Flash Memory
16MB (NOR)
MTBF
50000 hours
RAM
128MB
Power Supply
AC 100-240V, 50/60Hz
Dimensions (WxDxH)
1.73''x17.32''x8.27'' (44x440x210mm)
 

Traffic Management with S3700-24T4F's QoS

The image illustrates how QoS enhances traffic prioritization in the S3700-24T4F switch. Comparison of networks with and without QoS shows that without QoS, networks suffer from congestion, packet loss, latency, and jitter. With QoS, traffic is efficiently managed and prioritized for optimal performance.

On the left side of the image, without QoS, data, video, and voice traffic are sent through the network without prioritization, leading to network congestion and packet loss, resulting in a clogged network and inefficient data transmission.

On the right side of the image, with QoS, traffic is classified and prioritized—high priority for data, middle priority for video, and low priority for voice. This classification and prioritization enable optimal traffic management, reducing congestion and packet loss, and ensuring that critical business traffic is transmitted efficiently.

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Application Cases of S3700-24T4F with QoS

The S3700-24T4F 1G switch has been successfully implemented in various enterprise scenarios, showcasing its versatility and effectiveness. Here are some industry-specific success stories.

Retail Networking Solution

A mid-sized retail chain deployed the S3700-24T4F gigabit switch to connect multiple store locations, enhancing data management and real-time inventory updates. This integrated networking solution spans core and access layers, supporting efficient connectivity across shops and offices.

At the core layer, the SG-5105 serves as the primary gateway to the internet with 1Gbps connectivity, while the S5860-20SQ acts as the network backbone, delivering high-speed 10GbE connections.

In the access layer, the S3700-24T4F 1G switch connects crucial office equipment in the Office Area, such as PCs and printers, through gigabit ethernet, ensuring fast and reliable connectivity essential for smooth business operations.

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The S3700-24T4F gigabit switch plays a crucial role in the office network, offering ample ports and bandwidth for multiple devices, ensuring seamless workflow. Its advanced QoS features prioritize critical business traffic like voice and video conferencing, minimizing packet loss, latency, and jitter. This enhances overall network performance, making S3700-24T4F essential to this retail networking setup.

Enterprise SOHO Network Solution

In the Core Layer, the NSG-2230 connects to the internet and interfaces with the S3700-24T4F switch, which forms the backbone of the network, linking the core to access networks in both home and office environments.

In the Access Layer, the S3150-8T2F connects to the S3700-24T4F via a 1Gbps fiber link, with PCs connected through gigabit ethernet. Similarly, the S3270-10TM-P in the office links to the S3700-24T4F via a 1Gbps fiber connection, supporting other devices like phones, and security cameras through both gigabit ethernet and gigabit PoE.

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Deploying the S3700-24T4F 1G switch in an enterprise SOHO network highlights the pivotal role of QoS. The S3700-24T4F prioritizes critical traffic like voice and video, reducing latency and ensuring smooth performance. Efficient bandwidth management minimizes packet loss and jitter, providing reliable connectivity. These capabilities optimize network efficiency, prevent congestion, and support seamless operations, making the S3700-24T4F indispensable for robust and high-performing networks.

Campus Network Management Enhanced Solution

The S3700-24T4F 1G switch is essential for efficient campus network deployment, providing a robust, high-performance solution for SMEs.

Key Highlights:

  • Scalability and Management: Advanced stacking facilitates seamless integration and management of multiple devices across various campus scenarios.

  • QoS: Ensures critical applications receive necessary bandwidth and priority, enhancing user experience and minimizing latency.

  • Flexible 10G Network Infrastructure: Supports reliable operation for offices, classrooms, and residential areas.

  • Cost-Effective O&M: Intelligent operations and maintenance features streamline management and reduce costs.

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Conclusion

The FS S3700-24T4F gigabit switch is essential for SMEs, offering enhanced network efficiency and reliability. Its advanced QoS features prioritize critical traffic, reducing latency and ensuring smooth operations. This switch provides a cost-effective, scalable solution with versatile connectivity options, making it ideal for improving network performance and supporting seamless connectivity in various enterprise environments.

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