Zhejiang Yingfeng Optical Communication Technology Co., Ltd
+86-574-89065025
LanguageLanguage
Tel: +86-574-89065023/25
Email: Frank@nhyingfeng.com
Add: No.11 Huanyuan Road, Binhai Industrial Zone, Xidian Town, Ningbo, China
Company Strength
Yingfeng Optical Communications was founded in 1982. After years of rapid and sustained development, it currently has Yingfeng Modern Industrial Park with a production area of 35,000 square meters.
Professional Team
We have a professional team to provide you with comprehensive one-stop services. Professional manufacturer, 100% tested. We have first-class production lines and strict quality management systems.
Our Certificate
ISO9001:2015,CE, ROHS,UL,ANATEL
Rich Experience
We have 40 years of experience in this field. We are a professional supplier you can trust
What is FC Adapter
An FC adapter, also known as a Fibre Channel adapter, is a hardware component used in computer systems to connect and communicate with Fibre Channel networks. It is designed to provide high-speed data transfer and storage connectivity. The FC adapter acts as an interface between the computer system and the Fibre Channel network, allowing the system to send and receive data over Fibre Channel links. It typically includes a physical connector for connecting the system to the Fibre Channel network, as well as a controller that manages the data transfer between the system and the network. FC adapters are commonly used in storage area networks (SANs) and other enterprise-level computing environments that require fast and reliable data storage and retrieval.
Extremely High Bandwidth
When it comes to bandwidth, no currently available technology is better than fiber – especially single mode fiber. Fiber optic cables provide more bandwidth to carry more data than copper cables of the same diameter. The bandwidth-distance product (BDP) of transmission media is used to compare capabilities in this respect, and media with higher BDP will have longer transmission distance when sending the same bandwidth of data. The higher the BDP, the faster uncompressed video can be delivered and over greater distances, while displaying at exactly the same quality as the native signal.
Longer Distance, Faster Speed
In FC adapter transmission, optical cables are capable of providing low power loss, which enables signals can be transmitted to a longer distance than copper cables. Basically, the light in fiber optic cables travels at roughly two-thirds the speed of light, while electrons in copper cables barely reach one percent of that speed. This immense speed advantage has an extreme effect on potential distances. Fiber optic cables have the ability to extend large bandwidth content across exceptionally long distances in a small diameter, whereas copper cables are mostly limited to a 100-meter standard distance.
Higher Resistance
Unlike copper-based transmission methods, fiber optic cables contain no metallic components. As a result, they are immune to electro-magnetic interference (EMI) and radio frequency interference (RFI). Furthermore, FC adapter cables aren't impacted by temperature changes, bad weather or moisture. For example, if it comes into contact with rainwater, communication goes on as usual. If lightning strikes a fiber cable, the surge of electricity will not be propagated.
Low Security Risk
Because electricity isn't involved with transferring data (data is transferred via light instead), it is impossible to remotely detect any data signal that is being transmitted, and attempts at physical access would be detectable by surveillance, which ensures the absolute security of information. Because of its security, fiber is the preferred transmission medium for businesses like the government and banks. Fiber optic cables are also completely safe in spark-prone areas like chemical factories and oil refineries.
Application of FC Adapter
Local Area Network Or Internet
This is used to install local area networks made up of patch cords. For example, when it comes to Ethernet networks, patch cords connect the devices by a fiber optic adapter or a patch panel. Many types are available in the market, and they have various combinations and
varieties.
Fiber Optic Termination
This is used to terminate the optical fiber and is commonly found in telecommunication, LAN,and CATV applications. These adapters are usually used to connect one end of the optical fiber to an adapter for terminating and another end of the type fibers to its ends. Similarly, thetermination can be done manually or automatically, depending on yourrequirement and device.
Networking
This is used in the installation of network systems. In this case, too, patch cords are used to connect computers on a network. The fiber optic adapter can be used with Fiber Optic Splice Tray. as it protects them from damage. However, these adapters are attached at the end of each cord to ensure that it works properly and effectively.Furthermore, when you install network cable, it is advisable to use tools like a cable stripper and crimper. With these tools, all the wires in the network system are cut, stripped, and connected correctly. Moreover, one should also ensure that copper-shielded cable (RG6) is used as they provide better signal quality and minimize interference from other devices.
Security System
This is used in a security system with an alarm. This adapter is connected between the alarm and the receiver, making it possible for both devices to communicate through a wireless network connection. The security system always needs reliable data, so fiber optic adaptersare best for this purpose.
FC Fiber Optic Adapter
This fiber optic adapter was first developed by Japan NTT. FC is an acronym for FERRULE CONNECTOR, indicating that its external reinforcement is the use of the metal sleeve, fastening the way for the buckle. The earliest, FC type connector, the docking end of the ceramic pin. Such connectors are simple in structure, easy to operate and easy to manufacture. However, the fiber end face is more sensitive to dust, and it is easy to produce Fresnel reflection and it is difficult to improve the return loss performance. Later, this type of connector has been improved, the use of docking the spherical end of the pin (PC), while the external structure has not changed, making the insertion loss and return loss performance has been greatly improved.
SC Fiber Optic Adapter
This is a kind of optical fiber connector developed by Japan NTT Corporation. The shell is rectangular, the pin and the coupling sleeve used in the structure of the same size and FC type. One end of the pin to use more PC or APC grinding method; The casting method is the use of plug pin type, without rotation. Such connectors are inexpensive, easy to plug and unplug, low insertion loss variations, high compressive strength, and high installation density.
DIN47256 Fiber Optic Adapter
This is a connector developed by Germany. The pins and coupling sleeves used in this connector are the same size as the FC type and the PC process is used for the end face processing. Compared with the FC type connector, the structure is more complex, and the internal metal structure has a control pressure spring to prevent the end face from being damaged due to the excessive insertion pressure. In addition, this connector has higher mechanical accuracy and therefore smaller insertion loss values.
MT-RJ Fiber Optic Adapter
MT-RJ started with the MT connector developed by NTT with the same latching mechanism as the RJ-45 type LAN electrical connector. Alignment of the optical fiber with guide pins mounted on both sides of the small bushing made it easy to communicate with the optical transceiver Machine connected to the connector end of the optical fiber for the dual-core (0.75MM spacing) array design is mainly used for data transmission next generation high-density fiber optic connectors.
Components of FC Adapter
Connector Housing
Sometimes called the connector body or external housing, the housing is the largest portion of the connector and holds the ferrule. Typically, the housing is made of plastic. (Some connector styles are metal.) The housing enables you to mate your fiber optic cable assembly to an adapter or another connector.
Ferrule
A critical component of the connector, the ferrule holds the optic fiber in place and aids in its alignment. The ferrule can be plastic, ceramic, metal, or glass and is usually cylindrical with a hole through the center.
Flange
This material holds the ferrule in the housing. Some ferrules require flanges, and some don’t.
Crimp Sleeve
The crimp sleeve is made of soft, lightweight metal such as aluminum or brass. Using a crimping tool, the technician compresses the crimp sleeve to secure the strength members of the cable to the connector. This provides tensile strength, pullout strength, and strain relief. Some connector styles have a built-in crimp sleeve.
Strain Relief Boot
Sometimes called the bend relief boot, this component offers side pull bend control to keep the fiber from bending more than 90 degrees and offers twist resistance. Every connector has a strain relief boot attached to the backshell to reduce mechanical stresses.
Spring
Nearly all connectors are spring loaded. The spring maintains secure pressure against its mated, spring-loaded connector.
Backshell
The primary job of the backshell is to allow the fiber to feed through the rear (wiring side) of the connector. Its secondary job is to provide a platform for the crimp sleeve. In some cases, the backshell is part of the flange.
Figure out what type of fiber cable to connect before purchasing. If you need to connect two different fiber cable types, then you need a hybrid fiber optic adapter.
Choose more proper sleeve materials. The main materials of the alignment sleeve are metal and ceramic. It is proven that the ceramic-made sleeve is better than the metal-made sleeve since the ceramic structure is more firm and stable, but metal material is easy to deformation. Hence ceramic-made fiber optic adapter is more conducive to providing a tight connection.
Confirm the insert loss of the fiber optic adapter. The insert loss of the fiber optic adapter refers to the optical power attenuation caused by the adapter. Insert loss is mainly caused by the deviation when two optical fibers get connected. If the two optical fibers are aligned, the deviation will be zero, hence the insertion loss will be very low. However, in the actual connecting process of the fiber optic adapter, such ideal insert loss is unlikely to be achieved, because the ideal fiber connecting will be influenced by many factors, including the physical properties of the fiber itself, and the accuracy of manufacture of the fiber optic adapter. Therefore, choosing a reliable fiber optic adapter manufacturer is vital for ensuring minimal insert loss.
Attaching The Patch Cord
Clean connectors on FC Adapter or launch reel. Position connector on fiber jumper or launch reel with bare fiber adapter connector port. Insert the connector into the bare fiber adapter connector port until hear a click.
Preparing The Fiber
Remove 6 inches of jacket and Kevlar. Remove 1 inch of coating and cladding. Cut the fiber 12mm-15mm long with fiber cleavers.
Inserting The Fiber
Clean the FC Adapter. Press and hold down the button (There is a button on the adapter) while slowly and carefully inserting the bare fiber into the fiber port. Open the window to visually see the proper alignment of the bare fiber in the V-groove. To prevent accidental breakage of the glass fiber, slowly insert 1/8 inch to 1/4 inch of fiber at a time. Rotate the fiber until the glass aligns with the v-groove to enter the connector port. Push the fiber until it stops in the connector port After that, releaser the button to secure the fiber.
Removing The Fiber
Press and hold down the button while slowly and carefully pulling the bare fiber out of the fiber port. Be sure to check for any broken glass fiber pieces after removing the bare fiber from the adapter.
Removing The Jumper Cable
Slowing pull the FC Adapter connector out the connector port. Broken fibers are easily removed with piano wire, allowing hundreds of insertions.
Clean your FC Adapter
One of the most important steps for maintaining your FC Adapter and connectors is to clean them regularly and thoroughly. Dirt, dust, oil, and other contaminants can affect the quality and performance of your optical signals, cause attenuation, reflection, and interference, and even damage the fiber core or the connector end-face. To clean your connectors, you should use a lint-free wipe, a cleaning cassette, or a compressed air canister, depending on the type and size of the connector. You should also inspect your connectors before and after cleaning with a microscope or a video probe to ensure that they are free of debris and scratches.
Train Your Staff And Follow Best Practices
Finally, one of the most effective ways to maintain your FC Adapter and connectors is to train your staff and follow best practices for handling, installing, and operating your fiber system. You should educate your staff on the basics of fiber optics, the types and characteristics of FC Adapter and connectors, the potential hazards and risks of working with fiber, and the proper procedures and techniques for cleaning, storing, testing, repairing, and replacing fiber components. You should also follow the industry standards and guidelines for fiber installation, termination, and certification, and document your maintenance activities and records.
Repair Or Replace Your Cables If Needed
Sometimes, despite your best efforts, your FC Adapter and connectors may suffer from damage, wear, or failure that cannot be fixed by cleaning or testing. In that case, you should repair or replace your cables as soon as possible to avoid further problems or downtime. You should use a fusion splicer or a mechanical splice to join broken or cut fibers, following the manufacturer's instructions and safety precautions. You should also use compatible and high-quality connectors, adapters, and patch cords to connect or replace your cables, and avoid mixing different types or grades of fiber.
Test Your FC Adapter Regularly
To ensure that your FC Adapter and connectors are functioning well and delivering the expected performance, you should test them regularly with the appropriate tools and methods. You should measure the optical power, attenuation, and loss of your cables with a power meter, a light source, or an optical time-domain reflectometer (OTDR). You should also check the quality and integrity of your optical signals with an optical spectrum analyzer (OSA) or an optical modulation analyzer (OMA). You should compare your test results with the specifications and standards of your system and identify any issues or anomalies.
Yingfeng Optical Communication takes "promoting the spirit of craftsmanship and creating high-quality optical communication" as its mission, "becoming a world-renowned manufacturer ofoptical communication equipment" as its vision, "committing to Asia and facing the world" as its strategic policy, and "serving customers is for us" as its management. Philosophy, continuous innovation and advancement with the times.
As one of the most professional fc adapter manufacturers and suppliers in China since 1982, we're featured by quality products and good service. If you're going to wholesale discount fc adapter, welcome to get quotation from our factory.
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