800G Optical Transceiver: Shaping the AI-Driven Networks

The emergence of AI applications and large-scale models (such as ChatGPT) has made computing power an indispensable infrastructure for the AI industry. With the ever-increasing demand for swifter communication in supercomputing, 800G high-speed optical modules have evolved into a crucial component of artificial intelligence servers. Here are some key reasons why the industry is progressively favoring 800G optical transceiver and solutions.

Bandwidth-Intensive AI Workloads

In artificial intelligence computing applications, especially those involving deep learning and neural networks, a significant amount of data is generated that needs to be transmitted over the network. Research indicates that the higher capacity of 800G transceivers helps meet the bandwidth requirements of these intensive workloads.

Data Center Interconnect

With the prevalence of cloud computing, the demand for efficient data center interconnectivity becomes crucial. The 800G optical transceiver enable faster and more reliable connections between data centers, facilitating seamless data exchange and reducing latency.

Transition to Spine-Leaf Architecture

As east-west traffic experiences rapid growth within data centers, the traditional three-tier architecture is encountering progressively challenging tasks and heightened performance demands. The adoption of 800G optical transceiver has propelled the emergence of a Spine-Leaf network architecture, offering multiple advantages such as high bandwidth utilization, outstanding scalability, predictable network latency, and enhanced security.

Future-Proofing Networks

With the exponential growth in the volume of data processed by artificial intelligence applications, choosing to invest in 800G optical transceivers ensures that the network can meet the continuously growing data demands, providing future-oriented assurance for the infrastructure.


The adoption of 800G optical transceiver offers a forward-looking solution to meet the ongoing growth in data processing and transmission. Indeed, the collaborative interaction between artificial intelligence computing and high-speed optical communication will play a crucial role in shaping the future of information technology infrastructure.

How FS Can Help

The transformative impact of artificial intelligence on data center networks highlights the critical role of 800G optical transceivers. Ready to elevate your network experience? As a reliable network solution provider, FS provides a complete 800G product portfolio designed for global hyperscale cloud data centers. Seize the opportunity – register now for enhanced connectivity or apply for a personalized high-speed solution design consultation.

Take a deeper dive into the exciting advancements in 800G optical transceivers and their huge potential in the era of artificial intelligence with the following articles:

AI Computing Sparks Surge in 800G Optical Transceiver Demand

Unleashing Next-Generation Connectivity: The Rise of 800G Optical Transceivers

In the AI Era: Fueling Growth in the Optical Transceiver Market

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Empowering Your 800G Networks with MTP/MPO Fiber Cables

In the era of ultra-high-speed data transmission, MTP/MPO cables have become a key player, especially in the context of 800G networks. In essence, MTP/MPO cables emerge as catalysts for the evolution toward 800G networks, offering a harmonious blend of high-density connectivity, reliability, and scalability. This article will delve into the advantages of MTP/MPO cables in 800G networks and provide specific solutions for constructing an 800G network, offering valuable insights for upgrading your existing data center.

Challenges Faced in 800G Data Transmission

As a critical hub for storing and processing vast amounts of data, data centers require high-speed and stable networks to support data transmission and processing. The 800G network achieves a data transfer rate of 800 Gigabits per second (Gbps) and can meet the demands of large-scale data transmission and processing in data centers, enhancing overall efficiency.

Therefore, many major internet companies are either constructing new 800G data centers or upgrading existing data centers from 100G, 400G to 800G speeds. However, the pursuit of 800G data transmission faces numerous complex challenges that necessitate innovative solutions. Here, we analyze the intricate obstacles associated with achieving ultra-fast data transmission.

Insufficient Bandwidth & High Latency

The 800G network demands extensive data transmission, placing higher requirements on bandwidth. It necessitates network equipment capable of supporting greater data throughput, particularly in terms of connection cables. Ordinary optical fibers typically consist of a single fiber within a cable, and their optical and physical characteristics are inadequate for handling massive data, failing to meet the high-bandwidth requirements of 800G.

While emphasizing high bandwidth, data center networks also require low latency to meet end-user experience standards. In high-speed networks, ordinary optical fibers undergo more refraction and scattering, resulting in additional time delays during signal transmission.

Limited Spatial Layout

The high bandwidth requirements of 800G networks typically come with more connection ports and optical fibers. However, the limited space in data centers or server rooms poses a challenge. Achieving high-density connections requires accommodating more connection devices in the constrained space, leading to crowded layouts and increased challenges in space management and design.

Complex Network Architecture

The transition to an 800G network necessitates a reassessment of network architecture. Upgrading to higher data rates requires consideration of network design, scalability, and compatibility with existing infrastructure. Therefore, the cabling system must meet both current usage requirements and align with future development trends. Given the long usage lifecycle of cabling systems, addressing how to match the cabling installation with multiple IT equipment update cycles becomes a challenging problem.

High Construction Cost

Implementing 800G data transmission involves investments in infrastructure and equipment. Achieving higher data rates requires upgrading and replacing existing network equipment and cabling management patterns, incurring significant costs. Cables, in particular, carry various network devices, and their required lifecycle is longer than that of network equipment. Frequent replacements can result in resource wastage.Effectively addressing these challenges is crucial to unlocking the full potential of a super-fast, efficient data network.

Unlocking 800G Power: MTP/MPO Cables’ Key Advantages

The significance of MTP/MPO cables in high-speed networks, especially in 800G networks, lies in their ability to manage the escalating data traffic efficiently. The following are key advantages of MTP/MPO cables:

High Density, High Bandwidth

MTP/MPO cables adopt a high-density multi-fiber design, enabling the transmission of multiple fibers within a relatively small connector. This design not only provides ample bandwidth support for data centers, meeting the high bandwidth requirements of an 800G network, but also helps save space and supports the high-density connection needs for large-scale data transfers.

Additionally, MTP/MPO cables exhibit excellent optical and mechanical performance, resulting in low insertion loss in high-speed network environments. By utilizing a low-loss cabling solution, they effectively contribute to reducing latency in the network.

Flexibility and Scalability

MTP/MPO connectors come in various configurations, accommodating different fiber counts (8-core, 12-core, 16-core, 24-core, etc.), supporting both multimode and single-mode fibers. With trunk and breakout designs, support for different polarities, and male/female connector options, these features allow seamless integration into various network architectures. The flexibility and scalability of MTP/MPO connectors enable them to adapt to evolving network requirements and facilitate future expansions, particularly in the context of 800G networks.

Efficient Maintenance

The high-density and compact design of MTP/MPO cables contribute to saving rack and data room space, enabling data centers to utilize limited space resources more efficiently. This, in turn, facilitates the straightforward deployment and reliable operation of 800G networks, reducing the risks associated with infrastructure changes or additions in terms of cost and performance. Additionally, MTP/MPO cables featuring a Plenum (OFNP) outer sheath exhibit fire resistance and low smoke characteristics, minimizing potential damage and saving on cabling costs.

Scaling the 800G Networks With MTP/MPO Cables

In the implementation of 800G data transmission, the wiring solution is crucial. MTP/MPO cables, as a key component, provide reliable support for high-speed data transmission. FS provides professional solutions for large-scale data center users who require a comprehensive upgrade to 800G speeds. Aim to rapidly increase data center network bandwidth to meet the growing demands of business.

Newly Built 800G Data CenterGiven the rapid expansion of business, many large-scale internet companies choose to build new 800G data centers to enhance their network bandwidth. In these data centers, all network equipment utilizes 800G switches, combined with MTP/MPO cables to achieve a direct-connected 800G network. To ensure high-speed data transmission, advanced 800G 2xFR4/2xLR4 modules are employed between the core switches and backbone switches, and 800G DR8 modules seamlessly interconnect leaf switches with TOR switches.

To simplify connections, a strategic deployment of the 16-core MTP/MPO OS2 trunk cables directly connects to 800G optical modules. This strategic approach maximally conserves fiber resources, optimizes wiring space, and facilitates cable management, providing a more efficient and cost-effective cabling solution for the infrastructure of 800G networks.

Upgrade from 100G to 800G

Certainly, many businesses choose to renovate and upgrade their existing data center networks. In the scenario below, engineers replaced the original 8-core MTP/MPO-LC breakout cable with the 16-core version, connecting it to the existing MTP cassettes. The modules on both ends, previously 100G QSFP28 FR, were upgraded to 800G OSFP XDR8. This seamless deployment migrated the existing structured cabling to an 800G rate. It is primarily due to the 16-core MTP/MPO-LC breakout cable, proven as the optimal choice for direct connections from 800G OSFP XDR8 to 100G QSFP28 FR or from 800G QSFP-DD/OSFP DR8 to 100G QSFP28 DR.

In short, this solution aims to increase the density of fiber optic connections in the data center and optimize cabling space. Not only improves current network performance but also takes into account future network expansion.

Elevating from 400G to the 800G Network

How to upgrade an existing 400G network to 800G in data centers? Let’s explore the best practices through MTP/MPO cables to achieve this goal.

Based on the original 400G network, the core, backbone, and leaf switches have all been upgraded to an 800G rate, while the TOR (Top of Rack) remains at a 400G rate. The core and backbone switches utilize 800G 2xFR4/2xLR4 modules, the leaf switches use 800G DR8 modules, and the TOR adopts 400G DR4 modules. Deploying two 12-core MTP/MPO OS2 trunk cables in a breakout configuration between the 400G and 800G optical modules facilitates interconnection.

This cabling solution enhances scalability, prevents network bottlenecks, reduces latency, and is conducive to expanding bandwidth when transitioning from lower-speed to higher-speed networks in the future. Additionally, this deployment retains the existing network equipment, significantly lowering cost expenditures.

1OSFP-DR8-800GNVIDIA InfiniBand MMS4X00-NM compatible OSFP 800G DR8 PAM4 2x DR4 1310nm 500m DOM dual MPO-12/APC NDR SMF optical transceiver, finned top.
2OSFP800-XDR8-B1Generic compatible 800GBASE-XDR8 OSFP PAM4 1310nm 2km DOM MTP/MPO-16 SMF optical transceiver module.
3OSFP-2FR4-800GNVIDIA InfiniBand MMS4X50-NM compatible OSFP 800G 2FR4 PAM4 1310nm 2km DOM dual LC duplex/UPC NDR SMF optical transceiver, finned top.
416FMTPSMFMTP®-16 APC (Female) to MTP®-16 APC (Female) OS2 single mode standard IL trunk cable, 16 fibers, plenum (OFNP), yellow, for 800G network connection.
516FMTPLCSMFMTP®-16 APC (Female) to 8 LC UPC duplex OS2 single mode standard IL breakout cable, 16 Fibers, plenum (OFNP), yellow, for 800G network connection.
612FMTPSMFMTP®-12 (Female) to MTP®-12 (Female) OS2 single mode elite trunk cable, 12 fibers, type B, plenum (OFNP), yellow.

For more specific 800G connectivity solutions, please refer to 800G MTP/MPO Cabling Guide.


Ultimately, the diverse range of MTP/MPO cable types provides tailored solutions for different connectivity scenarios in 800G networks. As organizations navigate the complexities of high-speed data transmission, MTP/MPO cables stand as indispensable enablers, paving the way for a new era of efficient and robust network infrastructures.

How FS Can Help

The comprehensive networking solutions and product offerings not only save costs but also reduce power consumption, delivering higher value. Considering an upgrade to 800G for your data center network? FS tailors customized solutions for you. Don’t wait any longer—Register as an FS website member now and enjoy free technical support.

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Choosing the Right MTP/MPO Cable: A Guide to Core Numbers

Choosing the right MTP/MPO cable ensures efficient and reliable data transmission in today’s fast-paced digital world. With the increasing demand for high-speed connectivity, it is essential to understand the importance of core numbers in MTP/MPO cables. In this guide, we will explore the significance of core numbers and provide valuable insights to help you decide when selecting the right MTP/MPO cable for your specific needs. Whether setting up a data center or upgrading your existing network infrastructure, this article will serve as a comprehensive resource to assist you in choosing the right MTP/MPO cable.

What is an MTP/MPO cable

An MTP/MPO cable is a high-density fiber optic cable that is commonly used in data centers and telecommunications networks. It is designed to provide a quick and efficient way to connect multiple fibers in a single connector.

MPO and MTP cables have many attributes in common, which is why both are so popular. The key defining characteristic is that these cables have pre-terminated fibers with standardized connectors. While other fiber optic cables have to be painstakingly arrayed and installed at each node in a data center, these cables are practically plug-and-play. To have that convenience while still providing the highest levels of performance makes them a top choice for many data center applications.

How Many Types of MTP/MPO cables

MTP/MPO cables consist of connectors and optical fibers ready to connect. When it comes to types, MTP/MPO fiber cables fall on MTP/MPO trunk cables and MTP/MPO harness/breakout cables.

MTP/MPO trunk cables

MTP/MPO trunk cables, typically used for creating backbone and horizontal interconnections, have an MTP/MPO connector on both ends and are available from 8 fibers up to 48 in one cable.

MTP/MPO Harness/Breakout Cables

Harness/Breakout cables are used to break out the MTP/MPO connector into individual connectors, allowing for easy connection to equipment. MTP/MPO conversion cables are used to convert between different connector types, such as MTP to LC or MTP to SC.

The MTP/MPO cables also come in different configurations, such as 8-core, 12-core, 16-core, 32-core, and more, depending on the specific needs of the application. This flexibility in configurations enables users to tailor their choices according to the scale and performance requirements of their networks or data centers. As technology advances, the configurations of MTP/MPO cables continually evolve to meet the increasing demands of data transmission.

How to Choose MTP/MPO cables

Selecting the appropriate core number for MTP/MPO cables resonates throughout the efficiency and performance of networks. In this section, we’ll delve into the decision-making factors surrounding core numbers in cables.

Network Requirements and Data Transmission Goals

Different network applications and data transmission needs may require varying numbers of cores. High-density data centers might necessitate more cores to support large-capacity data transmission, while smaller networks may require fewer cores.

Compatibility with Existing Infrastructure

When choosing the core number for MTP/MPO cables, compatibility with existing infrastructure is crucial. Ensuring that the new cables match existing fiber optic equipment and connectors helps avoid unnecessary compatibility issues.

Consideration for Future Scalability

As businesses grow and technology advances, future network demands may increase. Choosing MTP/MPO cables with a larger number of cores allows for future expansion and upgrades.

Budget and Resource Constraints

Budget and resources also play a role in core number selection. Cables with a larger number of cores tend to be more expensive, while cables with fewer cores may be more cost-effective. Therefore, finding a balance between actual requirements and the available budget is essential.

MTP/MPO Cabling Guide to Core Numbers

40G MTP/MPO Cabling

A 12-fiber MTP/MPO connector interface can accommodate 40G, which is usually used in a 40G data center. The typical implementations of MTP/MPO plug-and-play systems split a 12-fiber trunk into six channels that run up to 10 Gigabit Ethernet (depending on the length of the cable). 40G system uses a 12-fiber trunk to create a Tx/Rx link, dedicating 4 fibers for 10G each of upstream transmit, and 4 fibers for 10G each of downstream receive.

40G-10G Connection

In this scenario, a 40G QSFP+ port on the FS S5850 48S6Q switch is split up into 4 10G channels. An 8-fiber MTP-LC harness cable connects the 40G side with its MTP connector and the four LC connectors link with the 10G side.

40G-40G Connection

As shown below, a 12-fiber MTP trunk cable is used to connect two 40G optical transceivers to realize the 40G to 40G connection between the two switches. The connection method can also be applied to a 100G-100G connection.

40G Trunk Cabling

24 Fibers MTP® to MTP® Interconnect Conversion Harness Cable is designed to provide a more flexible multi-fiber cabling system based on MTP® products. Unlike MTP® harness cable, MTP® conversion cables are terminated with MTP® connectors on both ends and can provide more possibilities for the existing 24-fiber cabling system. The 40/100G MTP® conversion cables eliminate the wasted fibers in the current 40G transmission and upcoming 100G transmission. Compared to purchasing and installing separate conversion cassettes, using MTP® conversion cables is a more cost-effective and lower-loss option.

100G MTP/MPO Cabling

QSFP28 100G transceivers using 4 fiber pairs have an MTP/MPO 12f port (with 4 unused fibers). Transmission for short distances (up to 100m) could be done most cost-effectively over multimode fiber using SR4 transmission. Longer distances over single mode use PSM4 transmission over 8 fibers. Transmission over 4 fiber pairs enables both multimode and single-mode transceivers to be connected 1:4 using MPO-LC 8 fiber breakout cables. One QSFP28 100G can connect to four SFP28 25G transceivers.

100G SR4 Parallel BASE-8 over Multimode Fibre

QSFP28 100G SR4 are often connected directly together due to their proximity within switching areas.

Equally QSFP28 SR4 are often connected directly to SFP28 25G ports within the same rack. For example, from a switch 100G port to four different servers with 25G ports.

The 12-core MTP/MPO cables can also be used for 100G parallel to parallel connection. Through the use of MTP patch panels, network reliability is enhanced, ensuring the normal operation of other channels even if a particular channel experiences a failure. Additionally, by increasing the number of parallel channels, it can meet the continuously growing data demands. This flexibility is crucial for adapting to future network expansions.

100G PMS4 Parallel BASE-8 over Singmode Fibre

QSFP28 100G PMS4 are often connected directly together due to their proximity within switching areas.

Equally QSFP28 ports are often connected directly to SFP28 25G ports within the same rack. For example, from a switch 100G port to four different servers with 25G ports.

200G MTP/MPO Cabling

Although most equipment manufacturers (Cisco, Juniper, Arista, etc) are bypassing 200G and jumping from 100G to 400G, there are still some 200G QSFP-DD transceivers on the market, like FS QSFP56-SR4-200G and QSFP-FR4-200G.

200G-to-200G links

MTP (MPO) 12 fiber enables the connection of 2xQSFP56-SR4-200G to each other.

400G MTP/MPO Cabling

MTP/MPO cables with multi-core connectors are used for optical transceiver connection. There are 4 different types of application scenarios for 400G MTP/MPO cables. Common MTP/MPO patch cables include 8-fiber, 12-core, and 16-core. 8-core or 12-core MTP/MPO single-mode fiber patch cable is usually used to complete the direct connection of two 400G-DR4 optical transceivers. 16-core MTP/MPO fiber patch cable can be used to connect 400G-SR8 optical transceivers to 200G QSFP56 SR4 optical transceivers, and can also be used to connect 400G-8x50G to 400G-4x100G transceivers. The 8-core MTP to 4-core LC duplex fiber patch cable is used to connect the 400G-DR4 optical transceiver with a 100G-DR optical transceiver.

For more specific 400G connectivity solutions, please refer to FS 400G MTP/MPO Cabling.

800G MTP/MPO Cabling Guide

In the higher-speed 800G networking landscape, the high density, high bandwidth, and flexibility of MTP/MPO cables have played a crucial role. Leveraging various branching or direct connection schemes, MTP/MPO cables are seamlessly connected to 800G optical modules, 400G optical modules, and 100G optical modules, enhancing the richness and flexibility of network construction.

800G Connectivity with Direct Connect Cabling

16 Fibers MTP® trunk cable is designed for 800G QSFP-DD/OSFP DR8 and 800G OSFP XDR8 optics direct connection and supporting 800G transmission for Hyperscale Data Center.

800G to 8X100G Interconnect

16 fibers MTP®-LC breakout cables are optimized for 800G OSFP XDR8 to 100G QSFP28 FR, 800G QSFP-DD/OSFP DR8 to 100G QSFP28 DR optics direct connection, and high-density data center applications.

800G to 2X400G Interconnect

16 fiber MTP® conversion cable is designed to provide a more flexible multi-fiber cabling system based on MTP® products. Compared to purchasing and installing separate conversion cassettes, using MTP® conversion cables is a more cost-effective and lower-loss option. In the network upgrade from 400G to 800G, the ability to directly connect an 800G optical module and two 400G optical modules provides a more efficient use of cabling space, resulting in cost savings for cabling.


In a word, the choice of core number for MTP/MPO cables depends on the specific requirements of the network application. Matching the core number with the requirements of each scenario ensures optimal performance and efficient resource utilization. A well-informed choice ensures that your MTP/MPO cable not only meets but exceeds the demands of your evolving connectivity requirements.

How FS Can Help

As a global leader in enterprise-level ICT solutions, FS not only offers a variety of MTP/MPO cables but also customizes exclusive MTP/MPO cabling solutions based on your requirements, helping your data center network achieve a smooth upgrade. In the era of rapid growth in network data, the time has come to make a choice – FS escorts your data center upgrade. Register as an FS website member and enjoy free technical support.

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The FAQs about 1G to 10G Network Transition

When beginning the transition from 1G to 10G network, many network switch users have encountered the issue of SFP to SFP+ compatibility. The SFP port on a network switch is a hot-pluggable interface for gigabit switches, enabling fiber or copper uplinks via the corresponding SFP module. Speeds range from 1 Gbit/s for Ethernet to 4 Gbit/s for Fiber Channel SFPs.

Can 1G SFP Run at 10G SFP+ Port?

SFP+ slots can take SFP modules, most do but not all. It may depend greatly on the switch models. Besides, the SFP+ port usually doesn’t support speeds under 1G. That is to say, you can’t plug the 100BASE SFP in the SFP+ port. If you are unsure about the connectivity, it is suggested that you consult the vendor to make sure the 10Gb switch port supports dual rate before plugging an SFP transceiver into the SFP+ port on your 10Gb switch.

Will 10Gb SFP+ Run at 1Gb?

This also depends on your switch model. You need to downrate the 10G SFP+ transceiver on the switch, but practically no one will be encouraged to do that.Can the 10G SFP+ transceiver module plugged in one switch be connected to a 1G transceiver plugged in another switch and negotiated? For Ethernet over copper wiring, auto-negotiation is supported. For fiber-based transceivers such as fiber SFP and SFP+ optics, auto-negotiation is not supported.


However, the 1/10G dual-rate SFP+ transceiver effectively addresses the transition issue from 1G to 10G. It is designed for use in 1-Gigabit and 10-Gigabit Ethernet links over single-mode fiber (SMF) or multi-mode fiber (MMF). It is viable to connect 1/10G dual-rate SFP+ transceivers on a 10G switch with a 1G transceiver plugged into a 1G switch.

Click to learn more about the knowledge regarding the transition from 1G to 10G networks: Is SFP Compatible With SFP+? Can 10G SFP+ Run at 1G SFP Port? | FS Community

How FS Can Help

As a leading global technology provider focused on high-speed network systems, FS provides high-quality products and services tailored for HPC, Data Center, Enterprise, and Telecom solutions. Don’t miss the chance – sign up now to improve your connectivity or request a customized consultation for high-speed solution design.

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SFP+ MSA: Key Information You Should Be Aware Of

In data communication, the seamless transfer of high-bandwidth data between network devices is paramount. At the heart of this efficiency lies the Small Form-Factor Pluggable Plus Multi-Source Agreement (SFP+ MSA), a standardized framework shaping the design and functionality of optical transceivers. Explore with us the transformative role of SFP+ MSA, a driving force in standardizing interoperability for optical transceivers beyond mere specification.

Navigating the Impact of SFP+ MSA in Optical Transceivers

Definition and Expansion of MSA

MSA, an abbreviation for Multi-Source Agreement, is a protocol that enables different manufacturers to produce optical module products with similar basic functionalities and interoperability. The interface types of optical modules from various manufacturers were once diverse. To address the lack of interoperability, multiple manufacturers joined forces to create an organization dedicated to standardizing specifications for the interface types, installation, and functionalities of optical modules. MSA emerged as a supplement to IEEE standards. For optical modules, the MSA standard not only defines their physical dimensions but also outlines their electrical and optical interfaces, creating a comprehensive standard for optical modules.

Significance of SFP+ MSA in Networking Standards

Due to the MSA standard defining the physical dimensions and interface types of optical modules, suppliers strictly adhere to MSA standards during system design to ensure interoperability and interchangeability between optical modules. For end-users, the MSA standard holds crucial significance for two main reasons:

Firstly, the MSA standard offers users a variety of choices. As long as an optical module complies with the MSA standard and demonstrates good compatibility, customers can choose any optical module needed from any third-party supplier.

Secondly, concerning costs, the MSA standard, to some extent, prevents the optical module market from being monopolized by certain major manufacturers. This situation contributes to lowering the network construction costs for end-users.

Exploring the Key Features of SFP+ MSA

Unlocking the potential of SFP+ MSA involves understanding its key features. This section will explore the small form-factor design, high-speed data transmission capabilities, interoperability across vendors, compatibility with various fiber types, and the importance of compliance and certification. These features collectively contribute to the versatility and efficiency of SFP+ modules, redefining connectivity standards in modern networking environments.

Small Form-Factor Design

The compact form factor of SFP+ modules enables high port density in network equipment, a crucial aspect for contemporary data centers aiming to save rack space and optimize spatial layouts. Additionally, this design also supports hot-swapping, providing flexibility in network management.

High-Speed Data Transmission

SFP+ modules are designed to handle high-speed data transmission, with data rates exceeding 10 Gbps and reaching up to 25 Gbps. This high bandwidth is essential for applications demanding swift and reliable data transfer, such as in high-performance computing and data center interconnects.

Interoperability Across Vendors

The key goal of the SFP+ MSA is to ensure interoperability among modules from different vendors. This standardization allows network administrators to mix and match SFP+ modules from various manufacturers without compatibility concerns, promoting a vendor-neutral environment.

Compatibility with Various Fiber Types

Support various types of optical fibers, including single-mode and multi-mode fibers. This versatility in fiber compatibility enhances the adaptability of SFP+ modules to different networking scenarios and infrastructures.

Compliance and Certification

SFP+ modules undergo rigorous testing to ensure compliance with standards such as MSA, IEEE, GR-xx-CORE, ITU-T, guaranteeing reliable performance and interoperability in various aspects.

Unlocking Excellence in SFP+ MSA Advantages

SFP+ MSA brings several advantages to network infrastructures.

Flexible and Scalable Networks

The standardization provided by SFP+ MSA enhances network flexibility by allowing the deployment of modules from different manufacturers. It also facilitates the scalability of networks. As data demands increase, administrators can easily upgrade network capacities by adding or replacing SFP+ modules, ensuring that the infrastructure can evolve with changing requirements.

Seamless Integration in Diverse Environments

SFP+ modules find applications in diverse environments, ranging from enterprise data centers to telecommunications networks. The standardization ensures these modules integrate seamlessly, providing consistent performance across various settings.

Cost-Efficiency in Network Deployments

The interoperability of SFP+ modules reduces dependence on a single vendor, fostering a competitive market that can lead to cost savings for network infrastructure deployments. Administrators can select modules based on specific requirements. This flexibility is crucial for network administrators seeking cost-effective solutions without compromising performance.

Unleashing the Potential of SFP+ Modules in Applications

In the previous discussion, we covered aspects of SFP+ concerning MSA standards. Now, let’s unveil the applications of SFP+ in various environments. From data centers to telecommunications networks, the presence of SFP+ modules is ubiquitous.

Data Center Connectivity

SFP+ modules are essential for data center connectivity, providing high-speed links that ensure efficient communication among servers, storage devices, and networking equipment.

High-Performance Computing (HPC)

In the realm of high-performance computing, SFP+ modules support the high-speed data transmission required for parallel computing and scientific simulations.

Telecom and Network Infrastructure

SFP+ modules are integral to telecommunications networks and general infrastructure, serving as the foundation for dependable and high-performance data transmission.


In summary, SFP+ MSA serves as a cornerstone in the realm of optical transceivers, providing standardized specifications that ensure interoperability, versatility, and performance. By embracing the standards set by SFP+ MSA, the networking industry can continue to build robust, efficient, and future-ready infrastructures that meet the demands of modern data transmission.

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Unleashing Small Business Potential: Demystifying the Applications of 10G Multi-Rate Optical Modules

In the digital age, small businesses increasingly rely on efficient network infrastructure to support business growth and information transfer. However, as many small business owners have experienced, networking faces its own set of challenges. Next, we will explore suitable optical networking solutions around these issues.

Small Business Networking Challenges

Bandwidth Bottlenecks

It’s a common challenge for small business networks, restricting the speed and efficiency of data transfer. Traditional networks typically provide businesses with only a limited bandwidth, resulting in network slowdowns during peak hours or when handling substantial data loads. This not only affects employee productivity but also has implications for hinders overall business growth.

Performance Limitations

Traditional networks face performance limitations when dealing with business growth and extensive data demands. As an enterprise expands, the rigidity of traditional network architecture becomes evident, rendering it incapable of effectively adapting to new business requirements. This, in turn, can result in network congestion, delays, and instability, thereby affecting the day-to-day operations of a business.

Low Maintenance Efficiency

With a shortage of dedicated IT personnel, small businesses may encounter delays or insufficient monitoring, troubleshooting, and routine maintenance of network equipment. Concurrently, the manual nature of these monitoring and maintenance processes proves time-consuming and error-prone, thereby diminishing the overall efficiency of maintenance tasks.

Waste of Cable Resources

During the process of network transformation, many small business owners opt to abandon traditional cable deployments in favor of adopting fiber optic solutions, thereby rendering the original cables unusable and resulting in cable wastage.

These challenges not only affect employees’ efficiency but also exert a detrimental influence on overall business growth. Addressing these challenges necessitates the implementation of advanced technologies and optical networking solutions, which becomes crucial.

Unraveling the Wonders of the 10G Multi-Rate Optical Module

In this context, the utilization of 10G multi-rate optical modules serves as an effective solution to challenges encountered in small business networks, including bandwidth bottlenecks, performance limitations, low maintenance efficiency, and cable wastage. This adaptive Ethernet module supports rates of 100M, 1G, 2.5G, 5G, and 10G, contributing to the establishment of a more robust and reliable network infrastructure for small enterprises.

Therefore, FS has also introduced 10G multi-rate optical modules, assisting small business owners in better addressing these challenges. The transceiver delivers 10GBase-T throughput for distances of up to 30m over Cat6a/Cat7 copper cables using an RJ-45 connector. It complies with IEEE 802.3-2012, IEEE 802.3ab, and SFP MSA standards. Each SFP transceiver module undergoes individual testing, ensuring compatibility with various switches, routers, servers, network interface cards (NICs), and more. Known for its low power consumption, this easily installable, hot-swappable 10G SFP transceiver is well-suited for enterprise networking in LAN applications and other networking environments utilizing copper connections.

Optimize Your Business Connectivity: Selecting Better Optical Networking Solution

The introduction and implementation of 10G multi-rate optical modules in optical networking solutions can markedly enhance network performance. This application supports larger data transmission capacity and reduces the delay in data transmission. This not only improves network efficiency for enterprises, but also provides scalability for future business growth. The following is the application of this multi-rate module in actual scenarios of small businesses.

File Sharing and Data Storage

The 10G Multi-Rate Optical Module significantly enhances the efficiency of file sharing and data storage by providing a data transfer rate of up to 10Gbps. Employees can swiftly access and transmit large-capacity files, and multiple users can concurrently access the file server. With the growth of business operations, the 10G multi-rate optical module offers scalability to adapt to the escalating demand for data storage, providing an enduring solution for sustainable file sharing in enterprises.

Video Conferencing and Real-Time Collaboration

In video conferencing scenarios, the 10G multi-rate optical module ensures high-definition video transmission, delivering a clear and seamless meeting experience for remote teams. This is crucial for real-time collaboration and communication. The low-latency feature guarantees the timeliness required for video and audio transmission in conferences, enhancing the overall effectiveness and engagement. The reliability of the module ensures stable connections, preventing signal interruptions or quality degradation.

Cloud Service Access and Data Center Connectivity

The 10G multi-rate optical module facilitates swift access to cloud services for small enterprises, enabling rapid uploading and downloading of large volumes of data to the cloud. It supports the demands of cloud computing and storage, providing enterprises with a more efficient experience of cloud services. Moreover, it enhances the data security of cloud services, safeguarding sensitive information for enterprises.

Optical Networking Solutions Tailored for Small Businesses

In order to tackle challenges like low network operational efficiency, cable wastage, and limitations in bandwidth and performance, small businesses require a customized optical networking solution. As a prominent solutions provider in the industry, FS has specifically crafted a 1/10GBASE-T Solution for Campus & Enterprise Network, featuring three key value propositions.

Enhanced Cable Utilization

Optimize the use of existing copper cable resources during network construction, minimizing the deployment of optical cables. This not only ensures the network’s normal development but also significantly reduces investment costs.

High Flexibility and Scalability

The 10G multi-rate optical module supports speeds ranging from 100M to 10G and can operate at different rates based on bandwidth requirements. This provides a high degree of flexibility to accommodate varying needs.

Simplified Maintenance

In contrast to traditional optical modules, these modules lack complex DDM information, simplifying the troubleshooting process. The streamlined operations, coupled with the elimination of the need for optical instruments, enhance overall troubleshooting efficiency.


In summary, small businesses facing network challenges may consider adopting the technology of 10G multi-rate optical modules. By providing greater bandwidth and higher performance, this technology facilitates the establishment of a robust, flexible, and efficient network infrastructure, promoting sustainable business growth. In the digital era, such network upgrades are not only an investment but also a crucial step for small businesses to open up broader development opportunities.

Related resource: Optical Networking Solutions for SMB

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SFP-10G-SR vs SFP-10G-LR: How to Choose?

Optical fiber communication technology is crucial for efficient information transmission, significantly enhancing data transmission speeds. Optical modules, a vital component of this technology, play a key role. Among the parameters associated with optical modules, common ones include SFP-10G-SR and SFP-10G-LR. When making a purchase decision, it’s pivotal for you to understand the difference between SFP-10G-SR and SFP-10G-LR before choosing products.

What are the SFP-10G-SR and SFP-10G-LR

SFP refers to hot-pluggable small form factor modules. 10G represents its maximum transmission rate of 10.3 Gbps, which is suitable for 10 Gigabit Ethernet. SR and LR represent the transmission distance of the SFP 10g module.


SFP-10G-SR is designed for short-distance transmission, typically up to 300 meters over multimode fiber. Using 850 nm wavelength laser and LC bidirectional connector, it is easy to plug and install. The module supports hot-swappable function, which can be safely replaced while the device is running, with stable performance and reliability. In data center networks, SFP-10G-SR is often used for connections between servers to support high-speed data transmission. It is also suitable for enterprise network environments, especially in scenarios with high network performance requirements.



The SFP-10G-LR is specifically engineered for medium to long-distance transmissions, typically spanning 10 to 40 kilometers over single-mode fiber. Boasting a 1310nm wavelength laser and an LC bidirectional connector, it facilitates effortless and smooth installation. The compatibility of SFP-10G-LR with single-mode optical fiber makes it an ideal solution for fulfilling communication needs in medium to long-distance scenarios, including establishing connections between remote offices. Furthermore, it proves well-suited for constructing network backbones, enabling high-speed data transmission among diverse network devices.

Differences Between SFP-10G-SR and SFP-10G-LR

Transmission Distance: The primary distinction lies in their coverage range, with SFP-10G-SR for short distances and SFP-10G-LR for longer ones.

Fiber Compatibility: SFP-10G-SR works with multimode fiber, while SFP-10G-LR requires single-mode fiber.

Use Cases: SFP-10G-SR is optimal for intra-building connections, while SFP-10G-LR is suitable for inter-building or even metropolitan-area connections.

Wavelength: The SFP-10G-SR uses a laser with a wavelength of 850 nanometers, while the SFP-10G-LR uses a laser with a wavelength of 1310 nanometers.

How to Choose the Right Module

After understanding the difference between SFP-10G-SR and SFP-10G-LR, we will start from typical application scenarios, combining them with your network requirements, to provide guidance on selecting the appropriate SFP 10G optical module for you.

Data Center

When linking servers, storage devices, or network components within the data center, opt for SFP-10G-SR for short-distance connections like in-rack setups. For cross-rack connectivity, SFP-10G-LR is the best choice.

Intra-Enterprise Network

Establishing high-speed connections within the enterprise, such as inter-floor or inter-department links, demands tailored choices. For shorter intra-floor connections, select SFP-10G-SR. Opt for SFP-10G-LR when spanning different floors.

Remote Office/Branch Office

For network connections linking remote or branch offices with the headquarters, SFP-10G-LR is the preferred module due to its suitability for longer distances, ensuring coverage for remote locations.

Inter-City Data Transmission

When establishing high-speed data connections between cities, the preferred choice is SFP-10G-LR, thanks to its compatibility with longer fiber distances, addressing the needs of inter-city connections.

Budget Constraints

If facing budget limitations and the connection distance permits, SFP-10G-SR is generally the more economical option.

Unlocking the Potential of the SFP 10g module with FS Products

The burgeoning era of digitization has spurred a growing demand for optical modules across various sectors, including enterprise networks, data centers, campus networks, and metropolitan area networks. Building on the diverse applications of optical modules, as a premier network solutions provider, FS.COM offers a diverse range of hot-swappable SFP 10G modules designed to maximize uptime and streamline serviceability. Equipped with Digital Optical Monitoring (DDM) capabilities, each unit is meticulously customized and coded for full-function compatibility. FS products undergo rigorous testing and verification to ensure the seamless and reliable operation of your network.

The following table sorts out the products of these two models (SFP-10G-SR and SFP-10G-LR) on the FS. You can choose the most suitable one according to your needs.

Data Rate (Max)10.3125Gbps10.3125Gbps
Cable Distance (Max)300m@OM3
ConnectorDuplex LCDuplex LC
Transmitter TypeVCSELDFB
Cable TypeMMFSMF
TX Power-7.3~-1dBm-8.2~0.5dBm
Receiver Sensitivity< -11.1dBm<-14.4dBm
Power Consumption<1W≤1W
Operating Temperature0 to 70°C (32 to 158°F)0 to 70°C (32 to 158°F)
Application RangeOnly used for short distance connectionsOnly used for long distance connections


In short, which product to choose ultimately depends on your network layout and connectivity needs. The above considerations can help you quickly select the right product to achieve the best performance in your specific network environment. If you would like to learn about other types of SFP 10g modules, you can visit the following resources for more information.

Related resource: Other models of SFP 10g modules

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FS S2805S-24TF-P vs. Cisco CBS250-24FP-4G: Picking the Right One for Your Small Business

In the ever-evolving world of networking equipment, making the right choice for your small business can be a daunting task. Two contenders in the Ethernet switch market are the FS S2805S-24TF-P and the Cisco CBS250-24FP-4G. Both switches offer impressive features tailored to meet the needs of small businesses. In this article, we will compare FS S2805S-24TF-P and Cisco CBS250-24FP-4G across various parameters to help you make an informed decision.

FS S2805S-24TF-P vs. Cisco CBS250-24FP-4G

FS S2805S-24TF-P vs. Cisco CBS250-24FP-4G

Performance and Features

When it comes to performance, both FS S2805S-24TF-P and the Cisco CBS250-24FP-4G offer impressive capabilities. Both of them are equipped with 24x 10/100/1000BASE-T PoE+ ports and 4x 1G SFP uplink ports, offering flexibility to accommodate various types of connectivity options. In terms of features, both switches support advanced protocols and features like VLANs, QoS, and Link Aggregation Protocol. FS S2805S-24TF-P is also a fully featured L2 switch that comes with simple Web GUI management, greatly meeting the network demands of growing SMBs.


Scalability is a crucial factor to consider when selecting a switch for your network. When it comes to scalability, both switches are capable of meeting the growing demands of your small business. With 24 ports each, they provide ample room for expansion. You can quickly expand your business’s network capacity to support powered devices such as IP security cameras, wireless access points, VoIP phones, etc.

Reliability and Redundancy

Network downtime can be costly for small businesses, so reliability and redundancy are crucial considerations. FS S2805S-24TF-P and Cisco CBS250-24FP-4G both offer reliable hardware with robust build quality. FS S2805S-24TF-P is packed with one power supply and 3 built-in fans for superior network reliability. It also supports non-stop upgrades, continuous forwarding, graceful restarting, and redundancy protection. On the other hand, Cisco CBS250-24FP-4G comes with 1 default power supply and a fanless design.

Management and Monitoring

Effective management and monitoring are essential for network optimization and troubleshooting. FS S2805S-24TF-P provides a user-friendly web-based management interface, which is intuitive and easy to navigate. It also supports SNMP, making it compatible with various network management tools. Likewise, Cisco CBS250-24FP-4G offers a robust web-based management interface with a comprehensive set of features.


Network security is paramount, even for small businesses. FS S2805S-24TF-P comes equipped with features like MAC address filtering, port security, and IEEE 802.1X network access control to help safeguard your network. Cisco CBS250-24FP-4G, being a Cisco product, offers advanced security features, including Access Control Lists (ACLs), DHCP snooping, and IP Source Guard, providing enhanced protection for your network.


Cost is often a significant factor when making purchasing decisions. FS S2805S-24TF-P generally comes at a much more affordable price compared to Cisco CBS250-24FP-4G. This can be especially beneficial for small businesses with budget constraints or those looking for cost-effective solutions without compromising on essential features and performance. However, it’s essential to weigh the upfront cost against the long-term benefits and features that best align with your business requirements.

Support & Warranty

FS S2805S-24TF-P offers a 5-year limited warranty against defects in materials or workmanship. Most importantly, FS provides free professional technical support and 24/5 live customer service. You can always find tailored solutions and services for your businesses. Similarly, Cisco CBS250-24FP-4G comes with a limited lifetime warranty and complementary one-year access to Cisco’s Small Business Support Center for ongoing support. However, the level and extent of support may vary, and it’s important to review the specific terms and conditions of the warranty before making a decision.

FS S2805S-24TF-P vs. Cisco CBS250-24FP-4G at a Glance

Here is a table comparing the specifications of FS S2805S-24TF-P and Cisco CBS250-24FP-4G:

SpecificationFS S2805S-24TF-PCisco CBS250-24FP-4G
Ports48x 1G SFP, 6x 10Gb SFP+ Uplinks48x 1G SFP, Modular Uplinks
Switching Capacity56 Gbps56 Gbps
Forwarding Rate41.66 Mpps41.66 Mpps
Power Supply1 default power supply1 default power supply
Fan3 Built-inFanless
Power Budget370W370W

Please note that the cost of these switches can vary depending on the retailer, region, and additional features or support options selected. It’s best to check with authorized vendors or the respective manufacturers for the most accurate and up-to-date pricing information.


Ultimately, the choice between FS S2805S-24TF-P and Cisco CBS250-24FP-4G depends on your specific network requirements, budget, and the level of support and warranty coverage you prioritize. If cost-effectiveness is a significant consideration for your small business, FS S2805S-24TF-P may be a suitable choice, offering competitive performance and essential features at a more affordable price. Conducting a thorough evaluation and consulting with networking professionals can help you make an informed decision that aligns with your needs and goals.

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FS S5810-28TS vs. Aruba JL354A: Which One Do You Need?

In today’s increasingly complex and demanding networking environment, switches play an essential role as a crucial component of network infrastructure. At the same time, the market offers a variety of network switch brands and models for users to choose from. This article aims to compare the FS S5810-28TS and Aruba JL354A switches in order to help users understand their features and differences, assisting them in making a better product selection.

FS S5810-28TS vs Aruba JL354A

FS S5810-28TS vs Aruba JL354A


The FS S5810-28TS and Aruba JL354A are both equipped with excellent features to meet the networking needs of enterprises. FS S5810-28TS is a Gigabit Ethernet L3 Switch with 24x Gigabit RJ45, 4x Combo SFP ports, and 4x 10Gb SFP+ uplinks. It supports Layer 3 features such as RIP, OSPF, VRRP, BGP, etc, ensuring efficient routing and switching. It also supports for virtual local area networks (VLANs) and Quality of Service (QoS) features. Aruba JL354A is a 28-port lite Layer 3 fully managed, cloud-capable Gigabit access switch. This model has 24x Gigabit ports and 4x 10 Gigabit SFP+ ports for high speed connectivity. It also supports Quality of Service (QoS), VLAN, DHCP etc. Overall, they all have diverse ports to meet customers’ different port requirements and provide more complex and flexible network functionality.


The performance of a switch refers to its ability to process network traffic efficiently. Therefore, switch performance is one of the important factors for users to consider when choosing Gigabit switch products. FS S5810-28TS switch adopts cutting-edge Broadcom chips to deliver 136 Gbps switching capacity and 102 Mpps forwarding rate. Boasting advanced features such as enhanced Layer 3 functionality, simplified management, flexible IPv6 capabilities, and diverse multicast protocols, they are ideal for acting as an aggregation of large-scale campus networks and the core of small to medium-sized enterprise networks. Aruba JL354A switch has 128 Gbps switching capacity and 95.2 Mpps forwarding rate. Designed with the latest ProVision ASIC, it provides very low latency, increased packet buffering, and adaptive power consumption. In general, the performance of the FS S5810-28TS switch is slightly higher than that of the Aruba JL354A switch, with a higher switching capacity and forwarding rate. Additionally, FS S5810-28TS switch offers more advanced features, such as enhanced Layer 3 functionality and flexible IPv6 capabilities. However, Aruba JL354A switch also has its advantages, such as low latency and increased packet buffering. Users can choose a switch based on their own needs and budget.


In the era of information technology, users pay more attention to the security of networks. In terms of security, FS S5810-28TS switch supports 802.1X network authentication to ensure the security of the network by authenticating devices. It provides Access Control Lists (ACLs) for fine-grained control and filtering of traffic, protecting the network against unauthorized access and attacks. It also supports DHCP Snooping to detect and prevent malicious DHCP servers, ensuring the security of IP address allocation on the network. The switch offers MAC address binding and port security features to restrict access by specific devices and protect against MAC and ARP spoofing attacks. Aruba JL354A switch provides multi-level access control and authentication, supporting 802.1X, MAC authentication, and WEB authentication methods. It offers dynamic ARP detection to detect and prevent eavesdropping or theft of network data. It also supports dynamic IP lockdown, which works with DHCP protection to block traffic from unauthorized hosts, preventing IP source address spoofing. Overall, both the FS S5810-28TS and Aruba JL354A 1G switches provide a range of features to enhance network security.


Reliability is the guarantee for the continuous operation of the switch. The FS S5810-28TS switch is widely recognized as one of the switches with high reliability. It adopts high-quality components and materials and has excellent fault tolerance. The switch has a 1+1 redundancy hot-swappable power supply and a 2+1 redundancy built-in fan design to ensure stable operation even in the event of component failure. It also supports hot-swappable modules, facilitating maintenance and upgrades. The Aruba JL354A switch also has good reliability. It adopts reliable hardware design and component selection to ensure long-term stable operation. The switch has a high-quality cooling system to effectively reduce temperature and improve device lifespan. It also has strict power management mechanisms to prevent damage caused by voltage fluctuations. Overall, both of these Gigabit Ethernet switches perform well in terms of reliability. They both have fault tolerance and robust fault detection and recovery functions. However, FS S5810-28TS switch is more flexible in terms of redundant design with support for hot-swappable modules, providing more convenient options for maintenance and upgrades. Aruba JL354A switch also excels in cooling and power management design.

Management and Monitoring

The management and monitoring function of FS S5810-28TS switch is based on the FSOS system and supports the Airware cloud management, which can realize unified management of branch networks and has high flexibility and scalability. It also supports CLI and WEB interfaces for configuration and management and provides SNMP protocol for integration with other management systems. In addition, it supports traffic monitoring mechanisms such as RMON (Remote Monitoring) and sFlow to monitor network performance and traffic distribution in real time. The management and monitoring functions of the Aruba JL354A switch are based on the ArubaOS-CX system, which also provides a wide range of management options. It supports CLI and WEB interface and can be integrated through protocols such as SNMP. Aruba JL354A also provides management tools such as Intelligent Management Center and Aruba AirWave Network Management, which simplify centralized management and monitoring of multiple switches. In addition, it also supports advanced monitoring and reporting capabilities such as RMON, XRMON, sFlow, etc. In summary, while both FS S5810-28TS switch and Aruba JL354A switch offer a range of capabilities in terms of management and monitoring, Aruba JL354A switch has more advantages through its ecosystem and centralized management tools, especially for large and complex network environments.

Warranty and Technical Support

The FS S5810-28TS switch usually provides a 5-year limited hardware warranty period. It also provides 24/5 technical support, and the technical support team can be contacted by phone, email, and live chat. In terms of software updates, the FS S5810-28TS switch is usually provided for free, and users can get new features and patches to fix existing problems by downloading the latest software version. While the Aruba JL354A switch usually provides a lifetime limited hardware warranty period. Due to the longer warranty period in Aruba, it is more advantageous for maintenance and troubleshooting. It provides 24/7 technical support, while Aruba also provides an extensive Knowledge Base and community forum where users can seek help and communicate with other users. The Aruba JL354A switch also provides free software updates, and Aruba usually releases regular updates to fix security bugs and improve performance. Overall, the Aruba JL354A switch has warranty and technical support advantages over the FS S5810-28TS switch, mainly reflected in the lifetime limited hardware warranty and extensive Knowledge Base and community forums.


Cost is an important influencing factor for users when choosing products. The 1G FS S5810-28TS switch is slightly more expensive than the Aruba JL354A switch. Because FS’s switch is better than Aruba’s in terms of capacity, conversion rate, power supply, and so on. Aruba is a relatively high-end brand that provides quality services such as a lifetime warranty and technical support. Overall, if the performance of the Gigabit switch is your primary consideration, then FS will be your best choice. If you value brand influence, then Aruba is also a good choice.

Here is a table comparing the specifications of FS S5810-28TS and Aruba JL354A:

SpecificationFS S5810-28TSAruba JL354A
Ports24x 10/100/1000BASE-T RJ45, 4x 1G RJ45/SFP Combo | 4x 1G/10G SFP+24x 10/100/1000BASE-T RJ45,4x 1G/10G SFP+
Switching Capacity136 Gbps128 Gbps
Forwarding Rate102 Mpps95.2 Mpps
Power Supply2 (1+1 Redundancy) Hot-swappableInternal power supply
Fan3 (2+1 Redundancy) Built-in/
AC/DC Power SupplyACAC
CostVaries (around US$1,200)Varies (around US$1100)


To sum up, the FS S5810-28TS and Aruba JL354A switches have their strengths in different aspects. If you pay more attention to the performance and reliability of the product, then FS S5810-28TS switch is a good choice. At the same time, FS can customize different solutions according to different consumer needs, combine S5810-28TS with other products, and provide professional technical support. On the other hand, Aruba is a well-known brand with a strong reputation in network equipment. It offers rich management functions for more flexible and convenient network management. Choosing between FS S5810-28TS and Aruba JL354A depends on the specific needs and budget of the users. If you value additional service and support, you can choose Aruba JL354A, while if you are more sensitive to performance and reliability, FS S5810-28TS may be a more suitable choice.

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FS S5810-28TS vs. Aruba JL259A: Which One to Choose?

Network switch is a crucial part of network infrastructure in today’s increasingly intricate and demanding network settings. Meanwhile, the market provides users with a wide range of switch brands and models to pick from. This article aims to compare the FS S5810-28TSand Aruba JL259A switches in order to help users understand their features and differences, enabling them to make a better product selection.

FS S5810-28TS vs. Aruba JL259A


FS S5810-28TS is an aggregation switch that features 24x Gigabit RJ45 downlinks and 4x 1G/10G SFP+ uplinks, all of which support virtual stacking. It also supports Layer 3 features such as RIP, OSPF, VRRP, BGP, BFD, etc. Additionally, it offers non-stop upgrade, continuous forwarding, graceful restarting, and redundancy protection. On the other hand, the Aruba JL259A is an access switch that provides 24x 10/100/1000BASE-T RJ45 and 1 dual-personality (RJ-45 or USB micro-B) serial console port. It offers simplicity and scalability through stacking with the Virtual Switching Framework (VSF), supporting up to eight member VSF stacking. Overall, both switches have their unique strengths and are suitable for different network environments. The FS S5810-28TS excels in aggregation scenarios with its Layer 3 features and virtual stacking capabilities, while the Aruba JL259A is well-suited for access layer deployments with its simplicity and scalability through VSF stacking.


Performance is a crucial factor to consider when choosing a network switch, as it directly impacts the quality of hardware and the network experience. The FS S5810-28TS utilizes advanced Broadcom chips, enabling it to deliver impressive performance with a switching capacity of 136 Gbps and a forwarding rate of 102 Mpps. On the other hand, the Aruba JL259A uses the latest Aruba Provision ASIC design, which ensures low latency, increased packet buffering, and adaptive power consumption. The JL259A also offers selectable queue configurations, allowing users to optimize performance by selecting the appropriate number of queues and associated memory buffering to meet specific network application requirements. In terms of packet buffering, the Aruba JL259A has a larger packet buffer size compared to the FS S5810-28TS. A larger buffer size helps prevent packet loss and ensures smoother traffic flow by allowing for the storage of more packets. However, it’s important to note that larger buffers may lead to increased latency as packets are stored in the buffer for a longer period of time. It’s worth mentioning that the FS S5810-28TS boasts significantly higher switching capacity and forwarding rate compared to the Aruba JL259A. To strike a balance between buffer capacity and performance requirements, factors such as the network environment, traffic characteristics, and device resources should be taken into consideration.


The stability of a gigabit switch is paramount for seamless network operation, and the power supply and fan system play a crucial role in ensuring its normal functioning. To ensure better stability, the FS S5810-28TS is equipped with redundant power supplies and fans. These redundant components automatically switch to backup power or fans in the event of a failure, preventing any interruptions caused by power or cooling issues. This redundant design provides enhanced reliability and stability. In contrast, the Aruba JL259A has an internal power supply and three fixed fans. While it doesn’t offer the same level of redundancy as the FS S5810-28TS, it does provide simple configuration for link redundancy with SmartLink. SmartLink allows for the configuration of active and standby links, ensuring continuous network connectivity in case of link failure. Although it may not have fully redundant power supplies and fans, the JL259A’s design offers inherent simplicity. Overall, both switches provide reliability for network operations, but the FS S5810-28TS offers more flexibility in terms of redundant design. It supports hot-swappable modules, which allows for easier replacement and maintenance of components without disrupting the network, resulting in enhanced stability and uptime.


The security of a gigabit Ethernet switch is essential in protecting the network from unauthorized access and potential attacks. The FS S5810-28TS offers various security protocols such as SSH, ACL, AAA, 802.1X, RADIUS, and TACACS+. These protocols help secure the switch and authenticate users to prevent unauthorized access. Similarly, the Aruba JL259A also supports security protocols like ACL, RADIUS, and TACACS+, and it includes Control Plane Policing to set rate limits on control protocols. This feature protects the CPU from overload caused by denial-of-service attacks. Moreover, both switches feature dynamic ARP protection, which blocks ARP broadcasts from unauthorized hosts, ensuring network data is not at risk of eavesdropping or theft. In summary, both the FS S5810-28TS and Aruba JL259A offer robust security features and protocols to ensure the security of the network and its data.


Switch management is an integral task to ensure the smooth operation of the switch and the network’s efficiency. It is crucial for building a reliable and high-performance network. The Gigabit Switch FS S5810-28TS supports various management options such as Airware Cloud, WEB, CLI, SNMP, and SSH for flexible operation. The Airware Cloud platform provided by FS allows for centralized management of branch networks. This centralized management improves efficiency, reduces costs, and ensures consistent network performance and security. Similarly, the Aruba JL259A offers the Aruba Central cloud-based management platform. This platform simplifies and secures switch management while also offering a cost-effective solution. Both switches provide centralized management platforms that are designed to enhance network configuration and management efficiency. These platforms ensure the proper operation and performance of the network while also offering improved security measures.

Warranty and Support

Warranty services primarily focus on hardware failures and the repair or replacement of defective hardware components. On the other hand, technical support mainly deals with software configuration, network failures, and usage issues. The 1G Switch FS S5810-28TS offers a 5-year limited warranty that covers defects in materials or workmanship. This warranty ensures that any hardware failures will be addressed and repaired or replaced as needed. Additionally, FS typically provides software updates free of charge, allowing customers to download the latest software versions to access new features and patches for existing issues. Moreover, each customer is assigned a dedicated account manager who can provide professional technical support at no extra cost. For Aruba, the warranty provided varies depending on the product. They offer limited lifetime warranties for some of their products, ensuring long-term coverage. The Aruba JL259A, for example, comes with a three-year warranty. Customers can refer to the Aruba website to find detailed information about software and software versions specific to their products. In short, both FS and Aruba offer warranty services to address hardware failures and provide technical support for software configuration, network issues, and usage problems.


The price of the network switch is indeed a significant factor in the customer’s decision-making process as it directly impacts their overall cost and budget. While it is true that the Gigabit switch FS S5810-28TS may be slightly more expensive than the Aruba JL259A switch, it is important to consider the superior features and capabilities offered by the FS S5810-28TS. In comparison to the Aruba JL259A switch, the FS S5810-28TS demonstrates advantages in areas such as switching capacity, forwarding rate, power supply, and fans. These factors contribute to the overall performance and reliability of the FS switch. Furthermore, Aruba is a reputable and well-known brand that provides warranty services, technical support, and other quality services. This can be a compelling factor for customers who prioritize brand reputation and reliable customer support. Ultimately, customers can make their decision based on their specific budget and requirements. It is essential to assess the features, capabilities, price, and brand reputation to ensure the chosen switch aligns with their needs and goals.Here is a table comparing the specifications of FS S5810-28TS and Aruba JL259A:

SpecificationFS S5810-28TSAruba JL259A
Ports24x 10/100/1000BASE-T RJ45, 4x 1G RJ45/SFP Combo | 4x 1G/10G SFP24x 10/100/1000BASE-T RJ45, Duplex: 10BASE-T/100BASE-TX: half or full; 1000BASE-T: full only 4 SFP
Switching Capacity136 Gbps56 Gbps
Forwarding Rate102 Mpps41.7 Mpps
StackingUp to 8 UnitsUp to 8 Units
Power Supply2 (1+1 Redundancy) Hot-swappable1 Built-in
Fans3 (2+1 Redundancy) Built-in3 Built-in
Input Voltage100V-240V, 50-60Hz100-127/200-240 VAC, 50-60Hz
AC/DC Power SupplyACAC
Packet buffer size4MB12.38 MB


The FS S5810-28TS offers operational stability with redundancy and a longer warranty period compared to the Aruba JL259A. It features 2 hot-swappable power supplies and 3 built-in fans. On the other hand, the Aruba JL259A provides more established brand support. It offers various technical support options and a comprehensive management suite, allowing for efficient management of the switch. To sum up, the decision between the FS S5810-28TS and the Aruba JL259A should be based on your specific needs and priorities. If you find it challenging to evaluate these factors, you can reach out to the customer service of both brands for further guidance. They will be able to advise you accordingly and address questions or concerns you may have.

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