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LC To LC UPC Duplex Multimode OM3 50/125 Fiber Patch Cord

LC To LC UPC Duplex Multimode OM3 50/125 Fiber Patch Cord or Fiber Optic Patch Cable or Fiber Optic jumper cables, PVC or LSZH or OFNP Or OFNR Material Cable Jacket, 2.0mm or 3.0mm Cable Diameter,Fiber Grade G.651 with Different Cable Length from 1m(3ft) ,2m(7Ft),3m(10Ft) 5m(16ft)…..or other Length Produce Base On Customer Request

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LC To LC UPC Duplex Multimode OM3 50/125 Fiber Optic Patch Cable

LC To LC UPC Duplex Multimode OM3 50/125 Fiber Patch Cord or Fiber Patch Cable or Fiber jumper cables, PVC or LSZH or OFNP Or OFNR Material Cable Jacket 2.0mm or 3.0mm Cable Diameter,Fiber Grade G.651 with Different Cable Length from 1m(3ft) ,2m(7Ft),3m(10Ft) 5m(16ft)…..or other Length Produce Base On Customer Request are used for connections to CATV (Cable Television), telecommunication networks, computer fiber networks and fiber test equipment. Applications include communication rooms, FTTH (Fiber to The Home), LAN (Local Area Network), FOS (fiber optic sensor), Fiber Optic Communication System, Optical fiber connected and transmitted equipment, Defense combat readiness, etc.

Indoor LC To LC UPC Duplex Multimode OM3 Fiber Patch Cord Patch Cable, often called fiber optic patch cord or fiber jumper cable, is a fiber optic cable terminated with fiber optic connectors on both ends. It has two major application areas: computer work station to outlet and fiber optic patch panels or optical cross connect distribution center. Fiber optic patch cables are for indoor applications only.

Features ofLC To LC UPC Duplex Multimode OM3 Fiber Patch Cord

  • Non-optical disconnect performance
  • High quality zirconia ferrules
  • Low insertion loss and high return loss
  • Materials meet RoHS requirements
  • Riser, Plenum, and LSZH fiber jumper cord available

ApplicationsLC To LC UPC Duplex Multimode OM3 Fiber Patch Cable

  • Telecommunication
  • Computer networks
  • CATV networks
  • Active device termination
  • Instrumentation

The 50/125??m OM3 multimode bend insensitive fiber optic cable is less attenuation when bent or twisted compared with traditional optical fiber cables and this will make the installation and maintenance of the fiber optic cables more efficient. It can also save more space for your high density cabling in data centers, enterprise networks, telecom room, server farms, cloud storage networks, and any places fiber patch cables are needed.

This 50/125 OM3 multimode fiber optic cable is ideal for connecting 10G SR, 10G LRM, SFP+ transceivers etc. for 10G/40G/100G Ethernet connections and is the preferred fiber specification for 10G Ethernet connections.

Singlemode vs multimode

Product Highlights

Smart & Reliable & Cost Efficient – Bendable Optical Fiber

Industry Standard Fiber Optic Cable LC To LC UPC Duplex Multimode OM3 The fiber optic cable has industry standard flammability rating PVC or LSZH or OFNP Or OFNR jacket and duplex fiber connector which meets EIA/TIA 604-2 for high speed cabling networks.

LC To LC UPC Duplex Multimode OM4 50 125 Fiber Patch Cord-B

 

 

Multimode Bend Insensitive Fiber

Bend Insensitive Fiber (BIF) Cable can be stapled and bent around corners without sacrificing performance.

multimode Minimum Bend Radius

7.5mm Minimum Bend Radius The bend performance improves duct utilization, enabling smaller enclosures.

LC-UPC-Multi-Mode-OM3OM4-fiber-optic-connector-in-Aqua-Color

Zirconia Ceramic Ferrule Optimum IL and RL ensure stable signal transmission, protecting your network safety

 

OM4 40 100Gb 50 125 Multimode Bend Insensitive Fiber Optic Cable Structure

Bend Insensitive Fiber Optic Cable Structure A unique refractive trench with low refractive index glass layer in BIF, which reduces in light dispersion upon twisting and bending, ensuring network transmission stably and fast.

PVC Vs LSZH Vs OFNP Cable Jacket

PVC vs LSZH vs OFNP Cable Jacket

2.0mm vs 3.0mm Cable Diameter

2.0mm vs 3.0mm Indoor Fiber Optic Cable Diameter

Quality production Stages For Fiber Optic Patch Cord or Fiber Optic jumper cables

So what should be taken into consideration when choosing a ??good?? product What are the features that one should look for that defines the quality of any connector or jumper assembly In order to appreciate the significance of a standard compliant product, one must first understand the process of actually making an optical connector assembly and the potential problems that could occur at each of the stages.

Production Process Fiber Patch Cord or Fiber Optic Patch Cable or Fiber Optic jumper cables

There are three main processes in the termination of a jumper Patch Cable, Preparation, Termination and Polishing and a total of 15 steps where negligence at any one of the steps will result in an inferior jumper assembly. Each process consists of small steps, and each step requires strict Quality Control of not only the equipment used, but also how each step is carried out.

preparation of fiber cable

  1. Stripping of outer cable jacket
  2. trimming of kevlar fibers to length
  3. Stripping of 900um buffer
  4. clean bare fiber
  5. check fiber for damage
  6. mix two part epoxy
  7. degas epoxy
  8. check ferule id

termination of fiber cable

  1. inject epoxy and insert fiber
  2. crimp kevlar to back post
  3. crimp outer jacket
  4. cure connector in oven

polishing of connector end face

  1. cleave fiber
  2. Remove excess epoxy by hand or machine
  3. polish end-face by grinding machine

Quality control steps For Fiber Optic Patch CableLC To LC UPC Duplex Multimode OM3

Comprehensive performance testing makes sure the cable work more secure and data transmission more reliable and stable in your network.

OM4 40 100Gb 50 125 Multimode patch cable test process

1-End-Face Inspection

End-Face Inspection Evidently, fiber end-face defects like scratches, pits, cracks, and particle contamination will have a direct impact on the performance, contributing to poor insertion/return loss. Any irregularity that impedes light transmission from one fiber to the other will negatively affect IL and RL.Inspect the connector end face for scratches, defects and contamination to ensure reliable fiber connections.
Dirty Clean Fiber Optic Patch Cord

2-Insertion Loss Testing

Insertion Loss Testing In telecommunications, insertion loss refers to the loss of signal power, calculated as a ratio in dB (decibel), resulting from inserting a device in a transmission line or optical fiber. It can also be referred to as attenuation, which indicates how much the signal loss is by comparing the input power to the output power. A lower insertion loss value indicates a better insertion loss performance. For example, an insertion loss of 0.3dB is better than 0.5dB.

3-Return Loss Testing

Return Loss Testing When a signal is transmitted through a transmission line, some signal power is always reflected or returned to the source due to discontinuities in the transmission line. The discontinuity can be a mismatch with the terminating load or with a device inserted in the line. Return loss refers to the loss of reflected signal power. Therefore, the higher the return loss is, the lower the amount of reflection will be. That is to say, the fiber connector will have better performance with a higher value of RL.

4-3D Interferometer Testing

3D Interferometer Testing Test connectors or ferrules of cables to ensure that radius of curvature, the apex offset and fiber height can meet and exceed industry standards.

4-Polarity Testing

Polarity Testing Measure the polarity to ensure data from Tx at one end can be properly transmitted to Rx at the other end via light signals.

 

Packing & LabelingLC To LC UPC Duplex Multimode OM3 Fiber Optic Patch Cable

This easy to take and well-protected fiber optical cable package has been labeled and marked by us as default. Customized and OEM label or package solution are available on request.

packing pathc cord pigtail

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indoor patch cable , indoor patch cord

What Is Fiber Patch Cord

Connector Type

LC to LC

Polish Type

UPC to UPC

Fiber Count

Duplex

Fiber Mode

MultiMode

Fiber Type

MM G.651 50/125 OM3

Cable Diameter

2.0mm, 3.0mm

Cable Jacket

LSZH, OFNP, PVC

Insertion Loss (dB)

??0.3dB

Return Loss (dB)

MM ??30dB

Attenuation at 850nm

3.0 dB/km

Attenuation at 1300nm

1.0 dB/km

Operation Temperature (??)

-20~70??C

Storage Temperature

-40?? ??+80??

HS Code

85447090

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