Analysis of the difference between fiber optic patch cord and network patch cord

1. Telecom grade optical fiber patch cord

Telecom-grade optical fiber jumper is a special optical cable, mainly used for high-speed data transmission and connection in telecommunications transmission networks. Its performance index is higher than that of general network-grade optical fiber jumper. It usually uses single-mode optical fiber, which can support high-speed data transmission and transmission distances up to tens of kilometers. At the same time, carrier-grade optical fiber patch cords are made of high-quality materials and advanced technology. They have good durability and anti-interference performance, can adapt to the complex environment of telecommunications transmission networks, and ensure high stability and reliability of network connections.

2. Network-grade optical fiber patch cord

Network-grade optical fiber jumpers are optical cables suitable for ordinary data centers and enterprise networks. Compared with carrier-grade optical fiber jumpers, their performance is slightly inferior. Network-grade optical fiber jumpers usually use multi-mode optical fiber, which has lower cost and shorter transmission distance, generally within 100 meters. However, network-grade fiber optic patch cords are also processed using high-quality materials and advanced technology to ensure their connection quality and stability, and are suitable for general data transmission and connection applications.

3. The difference between carrier-grade and network-grade fiber optic patch cords

1. Different working principles

There are certain differences in the working principles of carrier-grade fiber optic jumpers and network-grade fiber optic jumpers. Carrier-grade optical fiber jumpers are mainly used for high-speed data transmission and connection in telecommunications networks, and their transmission speed and distance have certain requirements. Network-grade fiber optic jumpers are general-purpose optical cables used for ordinary data transmission. They do not need to have high-speed and long-distance transmission capabilities like carrier-grade fiber optic jumpers.

2. Different scope of application

There are also differences in the scope of application between carrier-grade fiber optic jumpers and network-grade fiber optic jumpers. Carrier-grade optical fiber jumpers are mainly suitable for large-scale transmission networks such as telecommunications transmission networks and radio and television systems, while network-grade optical fiber jumpers are suitable for small-scale transmission networks such as enterprise internal networks and data centers.

3. Different performance specifications

There are also differences in the performance specifications of carrier-grade fiber optic patch cords and network-grade fiber optic patch cords. The transmission speed and transmission distance of carrier-grade fiber optic jumpers are higher than those of network-grade fiber optic jumpers, and they also have higher stability and reliability. Although the transmission speed and transmission distance of network-grade optical fiber patch cords are relatively low, their stability and price are more advantageous.

4. Suggestions on purchasing

When purchasing fiber optic jumpers, you need to choose suitable products based on actual needs and application scenarios. If you need high-speed, long-distance transmission, you can choose carrier-grade fiber optic jumpers; if the transmission distance is not long, but you focus on stability and price, you can choose network-grade fiber optic jumpers. At the same time, you also need to consider the brand, quality, service and other factors when purchasing optical fiber jumpers to ensure that the performance and quality of the purchased products can meet actual needs.