10G Transponder

Product Overview

 HYD TECHNOLOGY has designed a service access module for optical fiber links known as 10G transponders. This transponder can implement 3R signal regeneration with multiple services and rate protocols ranging between 1.25 Gbit/s to 11.3Gbit/s. These protocols may also be converted into a standard wavelength signal of CWDM/DWDM through multiplex transmission. 

The 10G transponder is suitable for SONET, SAN, OTN, SDH, video, and many more business access providing a high-quality solution to resolve the issues of transmission lines like loss of line or insufficient fiber.

The application of 10G transponder

The application in DWDM system:

10G transponders (usually referred to as 10G optical modules or 10G optical transceivers) play a key role in DWDM (Dense Wavelength Division Multiplexing) systems. The following are the applications in DWDM systems:

1. Data rate matching:

It can provide 10Gbps data rate, which is suitable for modern high-speed network environments and matches the network needs of many enterprises and data centers.

2. Wavelength selection:

 In the DWDM system, each channel corresponds to a specific wavelength. 10G transponders are usually available in multiple wavelength versions to match different channels in DWDM systems.

  1. Long-distance transmission:

It can support long-distance transmission, especially those versions designed for long-distance applications. This makes them suitable for use in data centers or enterprise networks that connect geographically dispersed locations.

4. Compatibility:

Modern 10G transponders are designed to be compatible with a variety of devices and protocols, including Ethernet, SONET/SDH and others.

5. Increased channel capacity:

One of the main advantages of DWDM technology is the ability to provide multiple channels on a single fiber. Combined with 10G transponders, the total transmission capacity of the system can be significantly increased.

6. Integration with ROADM systems:

Reconfigurable optical add/drop multiplexers (ROADM) are often used in modern DWDM networks. 10G transponders can be integrated with ROADM equipment to achieve dynamic wavelength adjustment and network reconfiguration.

7. Cost-effectiveness:

With the advancement of technology, the cost of 10G transponders has been greatly reduced, making them a cost-effective choice for DWDM network upgrades and expansions.

8. Reliability and stability:

High-quality 10G transponders provide reliable and stable performance for DWDM systems, ensuring data integrity and high availability.

9. Flexibility:

Various types of 10G transponders (such as LR, ER, ZR) can cope with different transmission distances and network requirements, providing network designers with great flexibility.

In general, 10G transponders are indispensable components in DWDM systems. They provide necessary support for high-speed, long-distance and high-capacity optical communications.

The application of 10G transponder in point-to-point transmission:

The following are the applications in point-to-point transmission:

1. High-speed data transmission:

10G transponders provide 10Gbps data rates to support high-speed connections between enterprises and data centers. This is the most common high-speed transmission application in networks.

2. Simplified network architecture:

In point-to-point connections, 10G transponders can directly connect two devices without the need for complex network devices in the middle.

3. Multi-protocol support:

Modern 10G transponders can support multiple protocols, such as 10GbE (10Gbit/s Ethernet), 10G-FC (10Gbit/s Fiber Channel), OTN (Optical Transport Network), etc.

4. Long-distance transmission:

Different types of 10G transponders (such as LR, ER, ZR) can support different transmission distances, ranging from several kilometers to hundreds of kilometers. This makes them suitable for point-to-point connections over various distances.

5. Provide broadband connections:

10G transponders can be used to provide high-bandwidth connections, such as backup and data migration between data centers, remote video transmission, etc.

6. Network upgrade:

 For many already deployed 1G or lower rate networks, 10G transponders provide a simple and cost-effective method for network upgrades.

7. Low latency:

In financial transactions, high-frequency trading, or other applications that require low latency, 10G transponders can provide fast point-to-point connections.

8. Compatibility:

 Modern 10G transponders are typically designed to be compatible with existing network equipment, including switches, routers, and servers.

9. Cost Savings:

 With the advancement of technology, the cost of transponders has been greatly reduced, making it an economical choice for providing high-speed point-to-point connections.

10. Simplified management and maintenance:

 Point-to-point connections are generally easier to manage and maintain because it reduces intervening network equipment and complexity.

In summary, 10G transponders provide a high-speed, reliable and cost-effective solution for point-to-point optical fiber transmission, meeting the needs of modern networks for high-performance connections.

The application of 10G transponder in metropolitan area network :

10G transponders also play a key role in the Metropolitan Area Network (MAN). The following are the applications in metropolitan area networks:

1. Connecting data centers:

As the importance of data centers in modern networks gradually increases, metropolitan area networks need to provide high-speed connections between data centers. 10G transponders provide high-speed data transmission capabilities between these data centers.

2. Enhance enterprise connectivity:

In a large city or metropolitan area, large enterprises may have multiple office locations. Transponders enable these office locations to be interconnected via high-speed links.

3. Provide broadband access:

 In order to meet the broadband needs of homes and businesses, metropolitan area networks often use 10G transponders to provide broadband services to end users.

4. Combining with DWDM systems:

 In metropolitan area networks, in order to better utilize optical fiber resources, they are often used in combination with DWDM (Dense Wavelength Division Multiplexing) technology, and transponders can be used as part of these systems.

5. Backup and disaster recovery:

 Metropolitan area networks are often used to connect primary data centers and backup data centers. Transponders provide sufficient bandwidth for real-time or quasi-real-time data backup and synchronization.

6. Video transmission and surveillance:

 As security and surveillance requirements increase, 10G transponders play a key role in the transmission of high-definition video surveillance data.

7. Support mobile network base stations:

With the development of mobile network technologies such as 4G and 5G, 10G transponders can be used to connect mobile base stations and core networks to provide necessary transmission bandwidth.

8. Cloud service access:

In order to support the enterprise’s cloud strategy, the metropolitan area network needs to be connected to multiple cloud service providers. 10G transponders provide the necessary bandwidth for these connections.

9. Network upgrade and expansion:

 As data traffic continues to grow, many old metropolitan area networks need to be upgraded to meet new bandwidth requirements. 10G transponders provide a cost-effective upgrade method.

In summary, 10G transponders provide critical transmission capabilities in metropolitan area networks, support a variety of applications and meet the high-speed and high-reliability needs of network connections in modern cities.

The application of 10G transponder in campus network

10G transponders also have many applications in campus networks, especially in large schools and universities. The following are the applications in campus networks:

1. Connection between central data center and distributed buildings:

Many campuses have a central data center, and 10G transponders can provide high-speed connections between this data center and other buildings on the campus.

2. Research network connectivity:

 Large universities usually have high-performance research networks to support research projects such as big data and high-performance computing. 10G transponders provide the high-speed connectivity these projects require.

3. High-definition video conferencing and distance education:

It supports high-definition video transmission within the campus, which is very important for video conferencing, distance education and online classes.

4. Campus surveillance system:

 In order to ensure the safety of students and staff, many schools have deployed a large number of surveillance cameras. 10G transponders provide high-speed data transmission capabilities for these cameras.

5. Back-end connection of wireless access points:

With the popularity of wireless networks, schools usually need to deploy a large number of wireless access points. 10G transponders can provide high-speed back-end connections to these access points.

6. Library and Computing Center Connectivity:

 To support a large number of students and faculty, campus libraries and computing centers require high-speed network connectivity. 10G transponders provide the required connection speeds for these locations.

7. Connections with other schools or research institutions:

Many schools and universities collaborate and conduct research with other institutions. 10G transponders provide high-speed data exchange capabilities for these connections.

8. Support new educational technologies:

 With the advancement of educational technologies, such as virtual reality, augmented reality, etc., campus networks require higher transmission rates. 10G transponders support the implementation of these new technologies.

9. Campus network upgrade and expansion:

As the school develops and new technologies are introduced, the campus network may need to be upgraded and expanded. 10G transponders provide a cost-effective solution for these upgrades.

In summary, 10G transponders play a key role in campus networks, supporting various educational, research and administrative applications and meeting the high-speed and efficient network needs in modern educational environments.

HYD TECHNOLOGY Transponder manufacturer in China to support your business

10G transponder

  1. Technology leadership:

HYD TECHNOLOGY has an advanced R&D team and continues to lead the forefront of transponder technology.

2. Quality Assurance:

The 10G transponders we produce undergo strict quality control and testing to ensure the stability and reliability of each product.

3. Customer service:

We provide 24/7 technical support and after-sales service to ensure that customer questions can be answered and handled in a timely manner.

4. Cost-effectiveness:

With efficient production processes and management, HYD TECHNOLOGY is able to provide customers with competitive prices.

5. Customization capabilities:

 According to the specific needs of customers, we can provide customized 10G transponder solutions.

6. Environmentally friendly:

 We focus on sustainability and ensure that the impact on the environment is minimized during the production process.

7. Fast delivery:

With optimized production and logistics processes, we ensure that customers receive their products in the shortest possible time.

8. Comprehensive product line:

 In addition to 10G transponders, we also provide a range of other communication products to provide customers with a one-stop shopping experience.

9. Partnership:

We have established long-term partnerships with many well-known companies to jointly develop and promote new technologies.

10. Local advantages:

 As a Chinese manufacturer, we are well aware of the needs and characteristics of the local market and can provide customers with more considerate services.

Please make adjustments and supplements according to the actual situation of the company. If you have any other specific requirements or information, please contact HYD TECHNOLOGY team right away ,thanks !

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