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What Is Unique About TSN3220 Series Switches?

SheldonUpdated at Jul 29th 20241 min read

(TSN) technology is crucial in modern industrial environments, enabling deterministic data transmission and precise synchronization for critical applications. TSN switches help minimize latency and ensure reliable communication, particularly in sectors like smart manufacturing, autonomous vehicles, and energy distribution. The TSN3220 series industrial switches uniquely integrate TSN, offering exceptional performance and reliability. By combining advanced features with robust construction, these industrial tsn switches serve as a cornerstone for contemporary industrial applications. Let’s explore the unique features of the TSN3220 series in detail.
TSN3220 Series Industrial Switches Overview
The TSN3220 series industrial switches are robust industrial Ethernet switches ideal for demanding applications in energy, transportation, and industrial production sectors. These tsn ethernet switches support Time-Sensitive Networking (TSN) for deterministic Ethernet communication, feature high-speed 10GbE uplinks, PoE++ for power-intensive devices, and high-precision clock synchronization. Housed in an IP41-rated metal enclosure, they operate in extreme temperatures ranging from -40 to 75°C (-40 to 167°F), ensuring reliability in harsh environments. Enhanced Layer 2 functions such as 802.1Q VLAN, port-based VLAN, QoS, QinQ, and LACP link aggregation make them versatile for various industrial scenarios.
Key Features of TSN3220 Series Industrial Switches
The TSN3220 series industrial switches come packed with features that make them indispensable in industrial settings. Below, we elaborate on their key functionalities and the advantages they bring:
Hardware Features
Robust and Durable Enclosure
A key hardware feature of the TSN3220 series industrial switches is their robust IP41-rated aluminum metal enclosure. This durable design ensures reliable operation even in harsh industrial environments. The rugged construction protects against dust, moisture, and mechanical impacts, providing users with a dependable industrial network infrastructure that requires minimal maintenance and downtime. Furthermore, the application of conformal coating enhances protection against environmental factors, ensuring durability and stability in challenging conditions. With high protection levels and compliance with EMC standards, these industrial switches are engineered for reliability in demanding industrial applications.
Marvell chip
Equipped with the advanced Marvell chip, the TSN3220 series industrial switches deliver exceptional data processing capabilities and power efficiency. This high-performance chipset ensures fast data throughput and minimizes latency, which is crucial for time-sensitive applications. The superior hardware architecture supports seamless operation, enabling these switches to meet the high demands of data-intensive industrial applications.
DIN-rail Installation
Designed for easy integration into industrial environments, the TSN3220 series industrial switches support DIN rail switch installation, ensuring secure and standardized mounting. This method enhances deployment flexibility, allowing tsn ethernet switches to be conveniently installed in various locations within industrial control panels or equipment racks, optimizing space efficiency and simplifying maintenance.
10-gigabit Uplinks
One standout feature of the TSN3220 series industrial switches is its support for 10-gigabit uplinks. This high-speed connectivity ensures that the switches can handle massive data transfers with ease, which is essential for data-intensive applications like autonomous vehicles and V2X communication.
PoE++
The TSN3220-10S-U model offers 8x 10/100/1000BASE-T PoE++ ports, providing a power budget of up to 360W. Each port can deliver a maximum of 60W to powered devices, making this tsn ethernet switch ideal for connecting PoE-powered devices such as IP cameras, wireless access points, robotic arms, CNC lathes, sensors, and more. This tsn ethernet switch is ideal for connecting PoE-powered end devices such as IP cameras, wireless access points, robotic arm, CNC lathe, sensors, and more.
Redundant Power Supply
In industrial scenarios, power supply stability can be a concern. The TSN3220 series industrial switches address this with a wide voltage input range and redundant power options, ensuring continuous operation and reliability even in fluctuating power conditions.
Fanless
The TSN3220 series industrial switches feature a fanless design, delivering an exceptionally quiet operational experience. This design not only eliminates noise but also improves heat dissipation through a unique serrated structure, ensuring reliable and efficient performance. By reducing maintenance requirements, this fanless characteristic makes these industrial tsn switches perfect for environments where both quiet operation and effective heat management are essential.
Software Features
Time-Sensitive Networking (TSN)
Time-Sensitive Networking (TSN) enables real-time, deterministic data transmission over the same network through a set of protocol standards known as the TSN protocol family. This ensures the smooth transmission of time-sensitive information across various scenarios in standard Ethernet.
The TSN3220 series industrial switches support TSN, prioritizing time-critical data streams. These tsn industrial switches incorporate 802.1AS for time synchronization, ensuring all devices operate on the same time reference; 802.1Qbu, which enables frame preemption to achieve low latencies for high-priority packets; and 802.1Qat, which facilitates bandwidth reservation to ensure adequate resources for time-sensitive streams. This capability is particularly crucial for applications requiring real-time data processing, such as vehicular networks and smart transportation systems.
Redundancy Protocols
To enhance network reliability, these tsn ethernet switches incorporate various redundancy protocols, including ERPS (Ethernet Ring Protection Switching), MRP (Media Redundancy Protocol), and RRPP (Rapid Ring Protection Protocol).
For instance, ERPS allows for rapid reconvergence in ring topologies, quickly rerouting traffic if a link fails. MRP offers media redundancy by continuously monitoring the network status and swiftly switching to backup paths when necessary. Similarly, RRPP provides rapid recovery within ring networks, ensuring uninterrupted data flow. Together, these protocols guarantee high availability and resilience in mission-critical applications, thereby enhancing overall operational efficiency.
Easy Configuration and Management
The easy configuration and management capabilities of the TSN3220 series streamline network administration tasks. Configuring the TSN3220 series industrial switches is user-friendly, supporting multiple management interfaces such as CLI, Web, TELNET, and FTP. This flexibility allows network administrators to select their preferred management method, whether they prefer command-line control for detailed configurations or a graphical web interface for ease of use. Remote access through TELNET and FTP further simplifies management and updates. This versatility ensures seamless integration into existing systems, enhancing operational efficiency and allowing for quick responses to network issues.
Ideal Application Scenarios
The unique capabilities of the TSN3220 series industrial switches make them suitable for various applications, especially those requiring robust performance and high reliability:
Industrial Automation
The TSN3220 series industrial switches ensure deterministic communication, which is essential for synchronizing machinery and processes in manufacturing environments. The high-precision clock synchronization and TSN support guarantee smooth and coordinated operations, reducing downtime and increasing productivity.
Vehicular Networks and Autonomous Vehicles
In vehicular networks, reliable and timely data transmission is critical. The TSN3220 series industrial switches support V2X communication, enabling vehicles to communicate with each other and with infrastructure. This capability is vital for the development and operation of autonomous vehicles, ensuring safety and efficiency.
Smart Transportation
For smart transportation systems, the TSN3220 series industrial switches offer the necessary bandwidth and reliability to manage data from various sources, such as traffic signals, surveillance cameras, and sensors. The PoE++ support simplifies the deployment of these devices, making the switches ideal for smart city applications.
5G Backhaul Networks
With the increasing demand for high-speed connectivity, the TSN3220 series industrial switches can serve as a reliable backbone for 5G networks. The 10GbE uplinks provide the necessary bandwidth to support 5G base stations, ensuring seamless and efficient data transmission.
Conclusion
The TSN3220 series industrial switches by FS offer an unparalleled combination of features that address the demanding needs of modern industrial applications. With advanced TSN capabilities, high-speed uplinks, PoE++, and high-precision clock synchronization, these tsn ethernet switches are versatile and reliable. Whether you are looking to enhance your urban monitoring, smart manufacturing, energy distribution, or vehicular networks, the TSN3220 series industrial switches deliver robust performance and reliable operation. FS also provides industrial network solutions specifically tailored to various industrial networking needs. If you have any concerns about industrial networks, feel free to get in touch with us.