When purchasing MTP®/MPO fiber optic cable, there are several factors that need to be considered to ensure that the chosen fiber optic cable will meet your specific needs and system requirements.
Here are some key factors to consider during your selection process:
1. Application scenarios of MTP®/MPO optical cables
First, you need to clarify the application scenario of the optical cable, such as a data center, an enterprise network, or a wide area network. Different application scenarios have significantly different technical specifications and performance requirements for optical cables. For example, data centers require high-density and high-bandwidth solutions, while enterprise networks may focus on cost-effectiveness and modest transmission performance.
2. Fiber Types of MTP®/MPO Cables
According to the fiber mode, it is divided into a single-mode fiber, which is generally suitable for applications requiring long-distance transmission, and its signal attenuation is low, suitable for long-distance connections; while multi-mode fiber is more suitable for short-distance transmission, has higher cost-effectiveness, and is suitable for Data center or building internal network.
3. Number of fiber cores for MTP®/MPO cables
Depending on the number of channels you need to transmit, it is critical to select the appropriate number of fiber optic cores. The common core numbers of MTP/MPO optical cables include the number of cores: MTP/MPO 8 cores, MTP/MPO 12 cores, MTP/MPO 16 cores, MTP/MPO 24 cores, MTP/MPO 32 cores, MTP/MPO 96 cores, MTP /MPO 144 cores, MTP/MPO 288 cores, etc. Choosing the appropriate number of cores can effectively increase bandwidth and flexibility to adapt to different communication needs.
4. Transmission rate of MTP®/MPO optical cable
When choosing fiber optic cables, you need to consider your future bandwidth needs, which means it's important to choose fiber optic cables that support the required transmission rates. For example, optical cables should be able to support high-bandwidth transmission requirements such as 100G or 400G to meet the needs of future network development.
5. Connector Types of MTP®/MPO Optical Cables
Confirming the compatibility of MTP®/MPO connectors is essential. Ensuring that the connectors you select will match the connection needs of your existing equipment can help reduce potential splice issues and maintenance costs.
MPO connector types include: MPO connector, MTP® connector, MTP® Elite connector difference
6. Cable structure and jacket material of MTP®/MPO optical cable
The structure and sheath material of the optical cable should be selected according to the installation environment. For example, outdoor optical cables need to be waterproof and UV-resistant, while indoor optical cables may need to be flame-retardant and stretch-resistant to ensure their long-term use and safety in specific environments.
The jacket of the MTPQ/MPO jumper can be made of different materials, which have different fire resistance and can be divided into polyvinyl chloride, low smoke halogen-free resistance (LSZH), etc., most of which have good flame retardant properties. If there are higher requirements for the installation environment (such as suspended ceilings and raised floors), it is best to choose MTP/MPO fiber optic jumpers with higher flame retardant levels, so that they are not flammable or smoke in the event of a fire. When purchasing MTP/MPO fiber optic jumpers, you can directly check the flame retardant rating on the protective jacket, and then choose the appropriate MTP/MPO fiber optic jumper based on the actual applicable environment of the fiber jumper's protective jacket and flame retardant grade.
7. Insertion loss and return loss of MTP®/MPO optical cable
When purchasing an optical cable, it is very important to check its insertion loss (Insertion Loss) and return loss (Return Loss) parameters. These parameters are related to the quality of signal transmission. Optical cables that ensure low insertion loss and high return loss will help improve signal stability and reliability.
Choose a jumper with a small insertion loss. Insertion loss is one of the key factors that affects the performance of the optical fiber network. The smaller the insertion loss, the better the transmission performance. In general, the insertion loss of the MTP/MPO multi-mode fiber jumper is not Exceeding 0.6dB, the insertion loss of single-mode MTP/MPO fiber optic patch cords should not exceed 0.7dB. For single-mode and multi-mode MTP/MPO fiber patch cords with low insertion loss (high quality), the insertion loss is usually required to be no more than 0.35 dB. When we choose MTP/MPO optical fiber jumpers, we can choose suppliers that provide insertion loss test reports
8. Manufacturers and certifications of MTP®/MPO optical cables
Choosing reputable brands and manufacturers can go a long way in ensuring the quality and performance of fiber optic cables. At the same time, ensure that the optical cable complies with relevant standards and certifications, such as ISO, TIA, etc., which will be helpful for later installation and maintenance, and can provide better after-sales service support.
9. Budget for MTP®/MPO Fiber Optic Cables
When choosing MTP®/MPO optical cables, a reasonable budget is a factor that cannot be ignored. Finding cost-effective fiber optic cable solutions will not only reduce costs, but also provide the best return on investment while meeting performance requirements.
10. Future scalability of MTP®/MPO fiber optic cables
Considering possible future network expansion needs is also an important step. Choose fiber optic cables that can support future upgrades, such as higher core counts or better bandwidth performance, to ensure you can easily add new devices or features in the future.
11. Ask experts for advice on purchasing MTP®/MPO optical cables
When making the final choice, it is recommended to consult with a professional network engineer or fiber optic technology expert to obtain more specific and professional opinions and guidance. This helps you evaluate the best solution from multiple perspectives, thereby reducing investment risks and ensuring efficient network construction and maintenance.
When choosing MTP®/MPO optical cables, these key factors will help you make more informed decisions and help build an efficient and reliable optical fiber network system.
