12Core LC/UPC Multimode OM3 Fiber Optic Pigtails with outer Jacket
Springoptic manufacture degree flexibility on fiber pigtails,include Single-mode,multimode,and 10G 50/125 OM3 types,simplex fiber,duplex fiber,4 fibers,6 fibers,8 fibers,12 fibers,24 fibers,48 fibers,96 fibers and so on .This type 12fiber fanout pigtail cable is jacketed,it is different with 12fiber multi color pigtails.And this type fan-out Pigtails can also be producted with fan-out Kits ,and full compliant to Telcordia,EIA/TIA and IEC Standards.The default breakout length is 30cm ,but customized breakout length is also available.Usually for SM fanout pigtails cable jacket is yellow color,MM fanout pigtails jacket is orange,OM3 fanout pigtails jacket is aqua ,OM4 fanout pigtails is pink or aqua .
Note: All pigtails can be customized in any fiber type,length,connectors and fiber counts for your requirement.
Features of LC/UPCMultimode OM3 Fan-outPigtails:
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Superior qualified standard PC, APC, UPC, SPC polishing.
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100% optic test: Insertion Loss: ≤0.3 (PC); ≤0.2 (APC); ≤0.2 (UPC); ≤0.3 (SPC).
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100% optic test: Return Loss: ≥45 (PC); ≥60 (APC); ≥55 (UPC); ≥50 (SPC).
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Cable can be 4fiber,6 fiber,8 fiber,12 fiber,24 fiber,48 fiber,96fiber and so on.
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Single mode (9125) or multi mode (50/125 or 62.5/125) fiber available.
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FC, SC, LC, MU, ST, MT-RJ, etc connector.
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Simplex and duplex connector available.
Characteristics:
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Good durability and exchangeability.
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Various Connector Type Available.
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High temperature stability.
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Low Insertion Loss and Back Reflect.
Application:
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Optical Fiber Communications,Video,LAN, CATV Systems.
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Optical Network Equipments,optical Test Equipments.
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Module Pigtails,Multi media,Premise.
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Active device termination installations.
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Metro Applications.
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Data processing networks.
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Premise installations.
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Industrial and Military.
Standards Compliance:
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ISO/IEC 11801.
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TIA-568-C.3.
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EN50173 -1,ANSI TIA/EIA 568B.
Specifications:
Connector Type | SC, LC, FC, ST, MU |
Fiber Type | G652D, G657A, OM1, OM2, OM3, OM4 |
Polish or Ferrule Interface Type | PC, UPC, APC |
Jacket Material | PVC or LSZH |
Cable Diameter | 0.9mm, 1.6mm, 1.8mm, 2.0mm, 3.0mm |
Jacket Color (Multimode: OM1 & OM2) | Orange |
Jacket Color (Multimode: OM3) | Aqua |
Jacket Color (Multimode: OM4) | Aqua or Purple |
Jacket Color (SingleMode: G652D & Gb57A) | Yellow |
Insertion Loss (dB) Max. | ≤0.3 |
Return Loss (dB) Singlemode | PC≥45, UPC≥50, APC≥60 |
Return Loss (dB) Multimode | PC≥35dB |
Note:Other Jacket colors may be available upon request. |
Ordering Information:
Step 1: Connector Type: FC, SC, LC, ST, MTRJ, MU, MPO
Step 2: Ferrule End-face: PC, UPC or APC
Step 3: Fiber Type: Single Mode(SM) or Multimode
Step 4: Cable Core: Simplex or Duplex
Step 5: Cable Diameter: 0.9mm, 2.0mm or 3.0mm
Step 6: Cable Length: 1, 2, 3 meter or customized
Step 7: Cable Type: PVC, LSZH, OFNR, OFNP…
Step 8: Cable color: Yellow, Orange, White, Blue, Green, Red, ...
Shipping:
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Door to Door: by express (such as DHL, UPS, TNT, FedEx etc.)
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Airport to Airport: by air
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Seaport to Seaport: by sea (our location Shenzhen is a seaport.)
Our service:
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Standard and customized OEM products from small to large quantity are welcome.
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Compliance with global environmental industry with RoHS and SGS standards.
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All products are 100% fully tested by our technical expertise.
The construction of a fiber optic cable:
Cable Jacket- The outermost layer of the fiber cable.
Strengthening fibers- The strengthening fibers that help protect the core against damage during installation or from being crushed.
Coating- This layer of thicker plastic surrounds the cladding and helps protect the fiber core.
Cladding- The layer that protects the core and causes the neccessary reflection to allow light to travel through the fiber-core segment.
Core- The physical component that transports the optical data signal, made up of a continuous strand of glass. The core's diameter is measured in microns.
About 12 core pigtail
Browse through the offers and find wholesale 12 core pigtail, rs232 communication cables, and much more. The many types of communication cables each have a specific composition, design, and function. A submarine communications cable, for example, is a cable that runs through the sea bed. It consists of an 8-layered, 1-inch thick gigantic cable that serves to connect continents and other territories across a large body of water. The modern ones have optical fiber cables in their core. This makes it possible to have transcontinental signal communication. Downscaling it, we have another type of cable, the USB communication cable. This one is common in peripheral devices and accessories for computers, such as mouses, keyboards, webcams, and so on.
Another important aspect of the composition of 12 core pigtailand wires is whether or not they are shielded. An unshielded communication wire lacks a metal layer that surrounds the inner wirings. The unshielded twisted pair communication wire (UTP) is an example of this kind of wire. This shielding is important to protect the transmission from interferences. It also acts as a grounding element, allowing for faster transmissions. The twisted pair shielded communication wire (STP) is an example of a shielded wire. Other important network cables include the Modbus communication cable and Profibus communication cable. Both are used in complex network data transfers. They work with other connectors under a master/slave protocol.
The Function of Fiber Optical Pigtail
Fiber optic pigtails are primarily used for splicing, which involves joining the individual fibers in a fiber optic cable to the fiber pigtails. These fiber pigtails are then connected to fiber patch panels or fiber cable manage equipment, allowing for easy and flexible connectivity within the network. The splicing process ensures a secure and low-loss connection, enabling efficient data transmission between the different components of the fiber optic communication system.
The Type of Fiber Optic Pigtail
Fiber optic pigtails are manufactured in a variety of types to cater to diverse network requirements and applications. They can be categorized based on fiber optic pigtail connector type, such as LC fiber pigtails, SC fiber pigtails, and ST fiber pigtails, among others. The fiber type denotes the type of fiber in the optical cable, including single mode and multimode fiber optic pigtail. Additionally, they can be classified according to fiber count, with common configurations being 6 fibers and 12 fibers fiber optic pigtails. The selection of the appropriate fiber optic pigtail type depends on various factors, such as bandwidth, distance, and connectivity requirements, specific to the network.
UnitekFiber provide a comprehensive range of fiber optic pigtail. We have various types of fiber optic pigtail including standard 900µm fiber optic pigtails, 6 fibers to 12 fibers multi-color fiber optic pigtail etc. Please contact sales@unitekfiber.com for more competitive prices.
Understanding the Importance of Color Coding in Distribution Fiber Optic Pigtails
Color coding is an essential aspect of distribution fiber optic pigtails as it simplifies the identification and management of individual fibers. The TIA/EIA-598-B standard defines a 12 color standard color code for fiber optic cables, which applies to the coatings of the optical fiber bundles within the optical cables. For a 6 core distribution fiber optic pigtail, it's common to use either the first or last 6 colors from the standard color code list in a systematic manner. This method ensures consistent and organized identification of the optical fiber cores within the optical cable. When the capacity of the distribution fiber optic pigtail exceeds 12 fibers, the color codes are reused in a cyclical manner. Color coding eliminates confusion and reduces the potential for errors, enhancing the efficiency and accuracy of fiber optic connections. It also facilitates organization within complex systems and allows for easy tracing of specific optical fibers within optical cable assembly bundles, making it an essential feature of distribution fiber optic pigtails.
FAQ:
1.Are you the real manufacturer?
Us. We are the real manufacturer with 15 year’s history.
2.What’s the MOQ?
Us. The MOQ of Fiber Optic cable is 1km.
3.What’s delivery time?
Us. The general delivery time is 5-7 days after order confirmed. It depends on the order quantity.
4.How to Store the Optical Fiber Cable Properly?
Us. Store the drum indoor before using, the drum should place sideways not on the end.
5. Can you supply customized products and logo?
Yes. We supply OEM service. You can send us your drawing.
6.What’s your payment terms?
Us. We accept T/T,L/C,Western Union,D/P etc. 30% in advance and 70% before shipment.
How we can stand by you
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Quick response within 24 hours.
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One-to-one consulting Service.
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Professional technical team support (RL can even reach 85dB/ Grade B connectors).
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Super strict quality control (Real 1000 times plug experiment).
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Huge production capacity.
LC
Product Model | Fiber Counts | Fiber Type | Connectors | End Face | Diameter | Length | Branch Length | Outer Jacket |
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SS-12BM1-L-U-P-3 | 12 | OM1 | UPC | 0.9mm | 3m | 1m | PVC | |
SS-12BM2-L-U-P-1.5 | 12 | OM2 | LC | UPC | 0.9mm | 1.5m | 0.5m | PVC |
SS-12BM3-L-U-L-1.5 | 12 | OM3 | LC | UPC | 0.9mm | 1.5m | 0.5m | LSZH |
SS-12BM3-S-U-L-3 | 12 | OM3 | SC | UPC | 0.9mm | 3m | 1m | LSZH |
SS-12BM4-L-U-L-1.5 | 12 | OM4 | LC | UPC | 0.9mm | 1.5m | 0.3m | LSZH |
- Multimode 12 cores fiber pigtail: Low insertion loss UPC≤0.3dB, high return loss UPC≥50dB
- High dense connection, easy for operation
- Excellent in repeatability and exchangeability
- High temperature stability between -45 - +80 degrees
- Every cable assembly is 100% tested and guaranteed to meet all specification
- FTTX solutions
- Optical fiber CATV
- Local Area Network (LAN)
- ODF (Optical Distribution Frame)
- Optic-fiber Communication Systems
- Computer Networks
- Optic-fiber Access Networks
- Optical Fiber Test Equipment
- Anti-static bag or plastic bag
- 20/50/pcs per zip lock package
- Carton Box
- Specific labels as request
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OEM ManufacturerSEESUO provides tailored OEM productsbased on clients' designs and specs
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ODM ManufacturerSEESUO boasts rich R&D experienceand top-notch production management
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Customized productionSEESUO provides tailored product design,development, and flexible manufacturing.
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R&D cooperationSEESUO adapts swiftly to market changescollaborating with customers in R&D
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What maintenance practices are recommended for ensuring the longevity of Multimode 12 Core Pigtails?Regular maintenance for Multimode 12 Core Pigtails includes periodic inspections for physical damage and cleaning of connectors to prevent contamination. Additionally, monitoring environmental conditions, such as humidity and temperature, can help maintain optimal performance and extend the lifespan of the pigtails in the network.
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How do environmental factors influence the performance of Multimode 12 Core Pigtails in fiber optic networks?Environmental factors, such as temperature fluctuations, humidity, and exposure to UV light, can significantly affect the performance of Multimode 12 Core Pigtails. Proper housing and protection against these elements are crucial to maintain signal integrity and prevent premature degradation of the fibers.
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What testing methods are used to verify the performance of Multimode 12 Core Pigtails?Testing methods for Multimode 12 Core Pigtails often include optical time-domain reflectometry (OTDR) to assess loss and performance over distance, as well as insertion loss tests to ensure each core meets specified standards. These evaluations are essential for confirming reliability in fiber optic installations.
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Conductivity Testing
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Protection Testing
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Flexibility Testing
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Resistance Testing
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Tensile Testing
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Attenuation Testing
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Security Testing
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Expansion Testing
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Thermal Testing
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Resistance Testing
5.0
- Carmen MamaniBolivia5.0The 12-core multimode pigtail was ideal for connecting my Arista 7050 switch. Clean splicing, and every core performs flawlessly!
- Абдулло РахматовAbdullo RahmatovTajikistan5.0This 12-core multimode pigtail worked perfectly for my Mellanox cluster. High-quality fibers, easy to terminate, and no signal issues at all!