FTTH optical cables
The optical cables used in FTTH networks are divided into FTTH Outdoor Drop Cable, FTTH Indoor Drop Cable according to their working environment. According to the position of light in the FTTH network, it is divided into feeder fiber optic cables, distribution fiber optic cables, and incoming fiber optic cables.
1. FTTH Outdoor Drop Cable requirements
Fiber optic drop cable is a new type of optical cable, characterized by covering the outer layer of the cable with a layer of leather wire. This type of FTTH optical fiber drop cable can prevent the optical cable from being directly exposed to the sun, thereby protecting the service life of the optical cable. At the same time, it can also prevent damage to the optical cable, thereby improving the safety of its use. In addition, the service life of Outdoor Drop Cable is longer than that of ordinary optical cables.
2. Indoor optical cable requirements
Indoor optical cables used for FTTH are usually divided into single core optical cables, dual core optical cables, multi-core optical cables, and fiber ribbon optical cables. In addition, according to different purposes, it can be divided into vertical wiring optical cables, horizontal wiring optical cables, and equipment interconnection optical cables. Under long-term allowable tension, the strain of the optical fiber should not exceed 0.2%, and there should be no obvious additional attenuation of the optical fiber. Under short-term tension, the strain of the optical fiber should not exceed 0.4%, and there should be no obvious residual additional attenuation. The sheath should have no visible cracking.
Specification
|
Type |
Fiber Count |
Specifications |
Weight |
Tensile (N) |
Crush (N) |
Bending Radius (mm) |
|||
|
(mm) |
(kg/km) |
Long |
Short |
Long |
Short |
Static |
Dynamic |
||
|
term |
term |
term |
term |
||||||
|
GJYXCH |
1, 2, 4 |
2.0×5. 0 |
18. 1 |
100 |
200 |
1000 |
2200 |
15 |
30 |
|
Low friction GJYXCH |
1, 2 |
1. 6×3.7 |
15. 2 |
100 |
200 |
1000 |
2200 |
15 |
30 |
|
GJYXDCH |
4 |
2.0×6. 0 |
18. 2 |
100 |
200 |
1000 |
2200 |
15 |
30 |
|
GJYXFCH |
1, 2, 4 |
2.0×5. 0 |
13.5 |
40 |
80 |
500 |
1000 |
15 |
30 |
|
Low friction GJYXFCH |
1, 2 |
1. 6×3.7 |
17. 0 |
40 |
80 |
500 |
1000 |
15 |
30 |
|
GJYXFDCH |
4 |
2.0×6. 0 |
17. 1 |
40 |
80 |
500 |
1000 |
15 |
30 |

FAQ
Q: The difference between butterfly fiber optic cable and leather fiber optic cable
Firstly, the outer layer material of butterfly shaped optical cables is usually PVC or LSZH (low smoke zero halogen) material, which presents a butterfly like structure, hence the name. Butterfly shaped optical cables are mainly used for indoor wiring, such as building wiring, local area networks, and various indoor fiber optic connections. The outer layer material of butterfly shaped optical cables is relatively soft, easy to bend, and convenient for installation and maintenance. Meanwhile, the price of butterfly shaped optical cables is relatively low, making them suitable for projects with limited economic budgets.
The structure of leather fiber optic cables is relatively complex, usually consisting of an inner core and multiple layers of sheath. The outer sheath is usually a high-strength aramid fabric and PVC composite material, which has high compressive strength and wear resistance. Leather fiber optic cables are mainly used in outdoor environments, such as outdoor wiring, telecommunications base stations, etc. Due to its high durability and reliability, leather fiber optic cables are suitable for various harsh weather conditions and can withstand a certain degree of tension and pressure.
In addition, there is no significant difference in optical performance between butterfly and leather fiber optic cables, both of which have good transmission performance and anti-interference ability. Both butterfly fiber optic cables and leather fiber optic cables can effectively transmit optical signals and provide stable and reliable network connections.
Q: Can FTTH Outdoor Drop Cable transmit a distance of 1 kilometer?
Both overhead and pipeline can be used. Generally speaking, there are more overhead wires because outdoor wires have three steel wires that can fully bear their weight, but the distance should not be too large
Q: Can FTTH Outdoor Drop Cable be exposed to sunlight and rain?
The applicability of FTTH Outdoor fiber optic drop wire as the main optical cable is a comprehensive issue that needs to be considered. In optical communication networks, the selection of optical cables is crucial as it directly affects the transmission performance and stability of the entire network. Below, I will analyze from multiple perspectives based on the actual situation.
Firstly, from the perspective of transmission performance, FTTH Outdoor fiber drop wire have excellent transmission characteristics. It uses optical fiber as the transmission medium, which can achieve high-speed and high-capacity data transmission. At the same time, the transmission loss of Outdoor optical drop cable is relatively low, which can maintain good signal quality during long-distance transmission. These characteristics make FTTH flat drop cable have the potential to serve as the main optical cable in terms of transmission performance.
Secondly, FTTH Outdoor Drop Cable also perform well in terms of mechanical performance and environmental adaptability. It uses a soft sheath material, which allows the optical cable to maintain good transmission performance even when bent and stretched. In addition, rubber wire and optical cable also have good weather resistance and anti-aging performance, and can work stably in harsh environmental conditions. These characteristics give FTTH fiber optic cables certain advantages when used as main cables in outdoor or complex environments.
However, there are also some challenges and limitations when using FTTH outdoor drop fibre cable as the main cable. Firstly, there is a cost issue. The manufacturing cost of FTTH fiber optic cables is relatively high, which may increase the construction cost of the entire network. Secondly, outdoor drop cables are relatively complex in terms of connection and maintenance, requiring professional operational skills and tools. In addition, the number of fiber cores in leather fiber optic cables is relatively small, which may not meet the needs of large-scale networks.
So, in practical applications, how should we choose? This needs to be determined based on specific network requirements and scenarios. If the network size is small, the transmission distance is short, and the cost and maintenance requirements are not particularly high, then the trunk fiber optic cable can be used as the main fiber optic cable. For example, in scenarios such as smart homes and building internal networks, ftth fiber optic cables are widely used due to their excellent transmission performance and flexibility.
But if the network size is large, the transmission distance is long, and the cost and maintenance requirements are high, then other types of optical cables may need to be considered as the main optical cable. For example, in large-scale networks such as metropolitan area networks and wide area networks, it is common to choose fiber optic cable types with higher core counts, lower costs, and easier maintenance.
In summary, the applicability of outdoor ftth fiber optic cables as the main optical cable is a comprehensive issue that needs to be considered. From the perspective of transmission performance and environmental adaptability, outdoor drop cables have certain advantages; However, from the perspective of cost and maintenance, there are also certain challenges and limitations in the production of outdoor drop cables. Therefore, when choosing whether to use FTTH Outdoor Drop Cable as the main cable, we need to weigh and make decisions based on actual network requirements and scenarios.
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