Fiber Optic Patch Cords
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LC connector to LC connector fiber optic patch cord
SC connector to SC connector fiber optic patch cord
LC connector to SC connector fiber optic patch cord
LC connector to ST connector fiber optic patch cord
LC connector to FC connector fiber optic patch cord
FC connector to FC connector fiber optic patch cord
OEM Fiber Optic Patch cord
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First confirm key information including Connector Type（LC SC FC ST/APC UPC/ Simplex Duplex...）,Cable Type（Single Mode OS1 OS2、Multimode OM1 OM2 OM3 OM4 ...）, Sheath Material(PVC,LSZH),diameter（0.9mm,2.0mm,3.0mm）Cable length (1m,2m,3m...)...
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What is Fiber Optic Patch Cords?
A fiber optic patch cord, a fiber optic patch cable, and a fiber jumper are the alternative names for a fiber optic patch cord, which is a length of fiber optic cable with connectors on both ends that allows it to be quickly and easily connected to an optical switch, router, or other telecommunication/network equipment. Its main goal is to provide the link that signals have to follow when transmitted.
Just like fiber optic patch cords, pigtails are also one of the most important elements in the present-day optical networks, which are adaptable for fast and reliable data and signal transmission. They are selected and utilized in accordance with application conditions, such as distance of transmission, bandwidth requirements, and environment.
Application of fiber optic patch cord
- Telecommunications Networks: Their common use in telecommunication network constructions is linking devices such as switches, routers, or modems for high-speed data transmission.
- Data Centers: In data centers, patch cords are crucial to connecting the servers, storage systems, and network devices. They contribute to high-speed data transfer and large-volume data copying in cloud computing and large-scale storage organizations.
- Local Area Networks (LANs): Fiber optic patch cords are a type of cable commonly used in LANs within a building or a campus to connect computers, printers, and other network devices. This cable is known for the higher speeds it offers compared to traditional copper cables.
- Cable Television: These connect different addressable boxes and televisions to the wired network. Here, digital signal processing is done to ensure the high-quality video and audio signals that are sent with the least disturbance.
- Internet Service Providers (ISPs): ISPs use these cords for creating the basic building blocks for their internet network and are able to supply super fast internet to consumers.
- Fiber to the Home (FTTH): The FTTH installations provide high-speed data communication and television services for residential and commercial customers utilizing this option, i.e. the main fiber optic cable.
- Medical and Industrial Applications: Data transmission from cameras and industrial sensors via RF connectors is precise and disruption-free.
How to Choose Fiber Optic Patch Cords？
Selecting the right fiber optic patch cord
The process of selecting the appropriate fiber optic patch cord takes into consideration many factors aimed at attaining a high level of performance and ensuring that it is suitable for the network system in question. In summary, below is a step-by-step guide which is going to help you make a good decision:
1: Connector Type and Compatibility:
Trace out which dragging combinations are needed in your gear. The most widespread categories SC, LC, ST, and MTP/MPO. Verify that the patch cords’ connectors are the same continuity with the connectors of both your devices and the infrastructure.
Here’s a breakdown of how to make the right choice:
1. Matching Connector Ports: The first is if the devices to be connected can have identical physical/metal connectors – in which case the use of the similar connectors is only fitting:
- LC-LC
- SC-SC
- MPO-MPO
2. Different Connector Ports: Some devices have different connector ports, and in such cases, you will require cables that can connect different port types:
- LC-SC
- LC-ST
- LC-FC
3. Applications and Connector Selection: The very applications you have in mind will be the category to which the connector belongs, and the implications will be dictated by that:
- 1.25 mm LC: To XFP transceivers, SFP and SFP+ data links, and high-density connections.
- 2.5 mm SC: Designed for EPON, GPON, GBIC, X2, XENPAK transceivers, and telecommunication and datacom applications.
- 2.5 mm ST: Dispersing in military, campus, FTTH, datacom, and corporate network.
- 2.5 mm FC: For this RF, telecoms are common when light lasers pass through single-mode fiber.
- 2.5 x 6.4 mm MPO/MTP: It is the first time to find out that it is for 40G QSFP+ and 100G
2:Fiber Mode (Single-mode or Multimode):
One has to first figure out if their network relies more on single-mode or multimode cables. Single-mode fibers are ideal for long-range communication channels, and multimode fibers are convenient for shorter ones.
3: Simplex or Duplex Fiber strands?
A simplex connector means one fiber connector exists at each end of the cable. It means that one end is a transmitter while the other side is the receiver and they cannot be made interchangeably. It is used only for Bidi (bi-directional) transceivers. Simplex cables are less costly as well as faster broadens the speed of transmission. Duplex Strands engage no more than two fibers and put the double-fiber connector – a great advantage over simplex. The first strand transmits one way and then the next strand returns the previous way. Another example to mention is simplex which can only send in one direction which is a huge limitation.
4, Cable Length
Take a measure of the distance between the devices so as to work with the cable length that you need. In patch cords, very typical ranges of length are from 0.5 m to 50 m.
5, Connector Polish
The polish of the connector consists of PC, UPC, and APC. Both UPC and APC are as the most popular one. APC connector performs better, i.e. has lower return loss than UPC connector. Hence, if your applications are sensitive to return loss, then you may need an APC polish with high-definition signaling. While the benefit of the APC is dearer too than UPC.
6, Cable Jackets
You have the option of different jacket types on the fiber optic patch cord:
- Low Smoke Zero Halogen (LSZH): This particular type is made up of a flame-retardant material that gives it a unique strength that most brands cannot compete with. A PVC is a polymerized compound and an elastomer which make it durable and extremely resistant to dot.
- Polyvinyl Chloride (PVC): A strong armor jacket that is abuse, oxidation, and corrosion resistant. It is desirable for the exposure cables for outdoor environment or long-lifetime cable needs.
- Optical Fiber Nonconductive Plenum (OFNP): These plenum rated PVC jackets are an appropriate for network application that has been running through walls or ceiling plenum space, without a conduit, because they are also flame retardant and low smoke producing.
- Armored Cable: Illuminating type are made from double tubing with a steel sleeve which blocks any light and endure high pressures making it ideal for footstep cables or rodents breeds. As opposed to the other patch cords, Bend Insensitive cables are meant to have a small bending radius and a high resistance to bend loss or damage. Designed for the application in the data center and FTTH, the high-density cabling patch cords are made up of a 2.5 mm MPO connector.
7,HANGZHOU ZION'S Naming Rules of fiber optic patch cord
8, HANGZHOU ZION'S Naming Rules of fiber optic pigtail
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