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Multi-Mode Cables

This is a Chalcogenide IR-Fiber Cable operating in 1.5-6 um wavelength range.  art photonics development of specialty fibers for the Mid-Infrared region has resulted in a unique product – Chalcogenide Infra-Red (CIR-) fibers. Based on chalcogenide  glasses (As₂ S₃) Chalcogenide IR-Fiber Cables transmit ...

Specifications

Core Diameter: 350 um
Wavelength Range: 1.5 – 6 um
Fiber Core Material: As₂ S₃
Cable Length: 0 m
Cladding Diameter: 400 um
This is a Chalcogenide IR-Fiber Cable operating in 1.5-6 um wavelength range.  art photonics' development of specialty fibers for the Mid-Infrared region has resulted in a unique product – Chalcogenide Infra-Red (CIR-) fibers. Based on chalcogenide  glasses (As₂ S₃) they transmit IR-radiation in the spectral gap ...

Specifications

Core Diameter: 500 um
Wavelength Range: 1.5 – 6 um
Fiber Core Material: As₂ S₃
Cable Length: 0 m
Cladding Diameter: 550 um
OD: 1.0*2.2mm Number of fiber :1 Minimum Bend Radius:25mm Transmission Loss: ≤ 180 dB/km @650nm Numerical Aperture: 0.5NA Core Refractive Index:1.49 Temperature Range:-55°C to +70°C Customization: customized logo on the cable RoHS/REACH Compliant   Contact : Cynthia WangEmail: cgy@txpof.com  Mobile: ...

Specifications

Core Diameter: 1000 um
Wavelength Range: 380 – 780 um
Fiber Core Material: Plastic
Cable Length: 2500 m
Cladding Material: Fluorinated Polymer
Part No.: TX-CC1000-2AVFiber diameter:1.0mm *2Cable diameter:2.2x4.4mmNumber of fiberduplex coreMinimum Bend Radius:25mmAttenuation:≤ 180 dB/km @650nmFlame retardant grade:UL VW-1Numerical Aperture:0.5NATemperature Range:-55°C to +70°CCustomization:customized logo on the cable/ color of the cableComply with REACH/ RoHS/ ...

Specifications

Core Diameter: 1000 um
Wavelength Range: 380 – 780 um
Fiber Core Material: Plastic
Cable Length: 1250 m
Cable Diameter: 2.2*4.4mm
This is a Chalcogenide IR-Fiber Cable produced by art photonics GmbH. art photonics development of specialty fibers for the Mid-Infrared region has resulted in a unique product – Chalcogenide Infra-Red (CIR-) fibers. Based on chalcogenide  glasses (As₂ S₃) they transmit IR-radiation in the spectral gap ...

Specifications

Core Diameter: 250 um
Wavelength Range: 1.5 – 6 um
Fiber Core Material: As₂ S₃
Cable Length: 0 m
Cladding Diameter: 300
art photonics offers FlexiRay® Fiber Cables designed specifically for a wide Mid-Infrared spectral range spanning from 3 to 17 μm. These fiber cables utilize Polycrystalline InfraRed (PIR) fibers and find applications in various fields, including Mid-IR light delivery, spectroscopy, remote temperature sensing, and more. The ...

Specifications

Core Diameter: 630 um
Wavelength Range: 3 – 18 um
Fiber Core Material: AgCl (0.25) Br (0.75)
Cable Length: 0 m
Cladding Diameter: 700 um
art photonics offers FlexiRay® Fiber Cables designed specifically for a wide Mid-Infrared spectral range spanning from 3 to 17 μm. These fiber cables utilize Polycrystalline InfraRed (PIR) fibers and find applications in various fields, including Mid-IR light delivery, spectroscopy, remote temperature sensing, and more. The ...

Specifications

Core Diameter: 900 um
Wavelength Range: 3 – 18 um
Fiber Core Material: AgCl (0.25) Br (0.75)
Cable Length: 0 m
Cladding Diameter: 1000 um
art Photonics offers FlexiRay® Fiber Cables designed specifically for a wide Mid-Infrared spectral range spanning from 3 to 17 μm. These fiber cables utilize Polycrystalline InfraRed (PIR) fibers and find applications in various fields, including Mid-IR light delivery, spectroscopy, remote temperature sensing, and more. The ...

Specifications

Core Diameter: 400 um
Wavelength Range: 3 – 18 um
Fiber Core Material: AgCl (0.25) Br (0.75)
Cable Length: 0 m
Cladding Diameter: 500 um
art photonics offers FlexiRay® Fiber Cables designed specifically for a wide Mid-Infrared spectral range spanning from 3 to 17 μm. These fiber cables utilize Polycrystalline InfraRed (PIR) fibers and find applications in various fields, including Mid-IR light delivery, spectroscopy, remote temperature sensing, and more. The ...

Specifications

Core Diameter: 240 um
Wavelength Range: 3 – 18 um
Fiber Core Material: AgCl (0.25) Br (0.75)
Cable Length: 0 m
Cladding Diameter: 300 um
The GKER Photonics GK-MMP Series Multimode Patchcord offers superior performance with exceptional environmental stability, low insertion loss, and high return loss. Designed for use in multimode fiber lasers and test instrumentation applications, this patchcord is engineered to deliver reliable performance in demanding ...

Specifications

Core Diameter: Not Specified
Wavelength Range: 980 – 1550 um
Fiber Core Material: Fused Silica
Cable Length: 1 m
Operating Wavelength: 980, 1060, 1310, 1550, or specified nm
Equal to Mitsubishi Rayon Super ESKA® SHV 4001 UL rated simplex Polymer Optical Fiber-POF cable.Remark: Flame Retardant UL rating VW-1 Style 5237. Manufacturer: Bones Electronics Co. LTD. MFG P/N: CCVZ2-1000. 

Specifications

Core Diameter: 980 um
Wavelength Range: 525 – 650 um
Fiber Core Material: Plastic
Cable Length: 500 m
Core Material: Polymethyl-Methacrylate Resin
PLASTIC OPTICAL FIBER CABLESWe have our own brand \"TXPOF\", and we also have cooperation with Toray/Avago/Mitsubishi. In the POF fields, we are the direct manufacturer of kinds of POF cable for lighting and data transmission.Simplex, duplex, multicore fiber cable,ect..

Specifications

Core Diameter: 980 um
Wavelength Range: 530 – 650 um
Fiber Core Material: Plastic
Cable Length: 2500 m
Inner Fiber Diameter: 0.5mm,1.0mm,1.5mm,2.5mm,etc
AVAGO industrial control cable, HFBR 4501Z-4511Z, HFBR 4503Z-4513Z, HFBR4506Z-4516Z, HFBR4531Z-4533.Industrial Fiber Optics manufactures standard product lines of fiber optic patch cords with plastic optical fiber (POF) and Versatile Link (Versalink) terminations. These products provide ready-made solutions for quick installations in ...

Specifications

Core Diameter: 980 um
Wavelength Range: 530 – 650 um
Fiber Core Material: Plastic
Cable Length: 1 m
Avago Jumper Length: 1 meter/2meter/5meter/optional
Toshiba TOCP155 200 255 With Plastic Optical Fiber cable Connectors patch cord jumper Contact person: Lily Yu

Specifications

Core Diameter: 980 um
Wavelength Range: 530 – 650 um
Fiber Core Material: Plastic
Cable Length: 1 m
Connector: TOCP155,TOCP200,TOCP255 optional
UL VW-1 plastic fiber optical cable for communication Industrial control system Contact person: Lily Yu Email:yll@txpof.com

Specifications

Core Diameter: 980 um
Wavelength Range: 530 – 650 um
Fiber Core Material: Plastic
Cable Length: 500 m
Inner Fiber Material: PMMA
Industrial Fiber Optics manufactures standard product can be laid directly in the computer room and all kinds of bad environment, optical fiber connector is removable(activities)between optical fiber and optical fiber connection device,it connects two surfaces of fibers precisely,so that the optical fibers could receive ...

Specifications

Core Diameter: 980 um
Wavelength Range: 530 – 650 um
Fiber Core Material: Plastic
Cable Length: 1 m
Transmission Loss(at 650nm): ≤180 dB/km
Certifications: UL, RoHS, Reach

Specifications

Core Diameter: 0.25 um
Wavelength Range: 530 – 650 um
Fiber Core Material: Plastic
Cable Length: 2500 m
Fiber Diameter: 0.25mm,0.5mm,0.75mm,1.0mm...
This 1 to 2 Out Digital Toslink Fiber Audio Optical Splitter Cable is special designed for you to split a single signal into two to connect two different devices. And adpoted 24k Gold Connector and 1mm low-loss core, low-jitter synthetic fiber and heavy metal connectors to dampen vibration, giving you ultimate listening experience.

Specifications

Core Diameter: 1000 um
Wavelength Range: 525 – 650 um
Fiber Core Material: Plastic
Cable Length: 1.5 m
Optical Toslink Audio Cable Type: 1 to 2 splitter type
Toshiba TOCP 155 Plastic Fiber Optic Cable assembly supplied by China plastic optical fiber cable assembly manufacturer and supplier. This is an optical fiber type TOCP155 with 2 connectors TOCP155; The length of this cable is 20 meters. This optical fiber TOCP 155 is used with NUM CNC series 1000 or other CNC equipment. This ...

Specifications

Core Diameter: 1000 um
Wavelength Range: 525 – 650 um
Fiber Core Material: Plastic
Cable Length: 2 m
Connector: Toshiba TOCP 155
7~126 multi strands PMMA end glow fiber optic lighting cable LCV multi-stranded end glow fiber optic lighting cable,also called end glow fiber optic cable,end emitting fibre cable, consists of multiple 0.75mm PMMA bare fibers, sheathed with a black PVC jacket for mechanical protection and light transmission. The LCV end ...

Specifications

Core Diameter: 1000 um
Wavelength Range: 525 – 650 um
Fiber Core Material: Plastic
Cable Length: 100 m
Item Type: Fiber Optic Lights

Frequently Asked Questions

Multimode fiber cables are usually cheaper than their single-mode cousins. They are also easier to install as they are more resistant to breakage. They perform well over short distances.

Long distances of propagation limit the performance of multimode fibers. Compared with single-model fiber cables optical pulses suffer significant distortion and losses in multimode fiber cables.

The core diameter of a multi-mode fiber cable is typically a few tens of micrometers wide.

Unlike a bare fiber, a multimode fiber cable has a special tubing that consists of multiple layers of protective materials that isolate heat, noise, and in some cases interference with electromagnetic waves. Additionally, fiber cables often come with end-connectors that make it easy to couple these cables with other devices.

The grade refers to the performance level of a multimode fiber cable. There are 5 distinct grades: OM1, OM2, OM3, OM4, and OM5 based on ISO/IEC 11801 standard. Each of these grades corresponds to a particular bandwidth and transport distance, with OM1 designating a standard 62.5um multimode glass, OM3 - 50 um enhanced glass core capable of 300m transmission at 10GB bandwidth and M5 reserved for multimode cables that can transmit up to 550m at 10Gb bandwidth.

The maximum distance depends on the wavelength of light transmitted. It can reach up to 10 miles for certain wavelengths. For these maximum distances, the bandwidth of the signal will drop significantly.

Multi-Mode Fiber Optic Cables: High-Speed Data Transmission for Short to Medium Distances

Multi-mode fiber optic cables are a key solution for high-speed data transmission over short to medium distances. They are widely used in applications such as local area networks (LANs), data centers, audio/video transmission systems, and industrial automation. At FindLight, we offer a comprehensive selection of multi-mode fiber cables from trusted global suppliers, designed to meet diverse performance requirements.

What Are Multi-Mode Fiber Cables?

Multi-mode fiber cables use an optical fiber with a larger core diameter—typically 50 or 62.5 microns—allowing multiple light modes to propagate simultaneously. This characteristic enables higher data throughput compared to traditional copper cables while keeping costs lower than single-mode fiber for short-range communication.

Because the light bounces at multiple angles within the fiber core, multi-mode fibers are ideally suited for distances up to 2 kilometers, depending on the transmission speed and cable grade. OM1, OM2, OM3, OM4, and OM5 are the most common types, with OM5 being optimized for higher bandwidth and wavelength multiplexing in advanced networks.

Advantages of Multi-Mode Fiber Cables

  1. Cost-Effective: Multi-mode cables and the associated transceivers are generally less expensive than single-mode options, making them a budget-friendly choice for in-building and campus-wide deployments.

  2. Simplified Connectivity: With a larger core size, multi-mode fiber allows easier alignment with connectors and lower precision requirements for transceivers, resulting in simplified installation and maintenance.

  3. High Bandwidth Over Short Distances: These cables are designed for high-speed data transmission up to 100 Gbps within shorter ranges, making them ideal for data centers, enterprise networks, and telecommunication hubs.

  4. Compatibility: Multi-mode cables are compatible with a wide range of fiber connectors such as LC, SC, ST, and MTP/MPO, supporting various deployment configurations.

Applications

Multi-mode fiber cables are widely used in:

  • LAN and SAN infrastructures

  • Data center interconnects

  • Audio-visual and broadcasting systems

  • Industrial Ethernet and factory automation

  • High-speed backbone cabling

Whether you're upgrading your network or setting up a new system, multi-mode fiber offers the speed and flexibility needed for today’s high-bandwidth environments.

Choosing the Right Multi-Mode Cable

When selecting a multi-mode fiber cable, consider:

  • OM Grade: Higher OM grades support greater bandwidth and longer distances.

  • Connector Type: Ensure compatibility with your transceivers and devices.

  • Jacket Type: Choose between PVC, LSZH, or armored jackets based on environmental conditions.

  • Core Diameter: Match transceiver specifications (50 µm or 62.5 µm).

At FindLight, you’ll find a wide selection of multi-mode fiber optic cables with customizable lengths, connector configurations, and cable jackets to meet your technical and environmental requirements.

Explore Top Vendors on FindLight

Explore FindLight's curated selection of multi-mode fiber cables from industry-leading manufacturers. Our platform connects engineers, technicians, and system integrators with reliable suppliers to support their fiber optic needs.

Did You know?

Multi-Mode optical fiber cables consist of multi-mode optical fibers wrapped in a single or multiple layers of protective materials. The jacket containing the multimode optical fiber is typically a few millimeters wide and is made of PE (polyethylene) or PVC (polyvinyl chloride) or other materials that provide resistance to high temperatures, voltage, and even electromagnetic waves. Multimode optical fiber cables are easy to align thanks to their relatively big diameters. This makes them less sensitive to external disturbances, thus significantly reducing installation costs. They offer high bandwidth and are an excellent and cost-effective choice for enterprise environments. Other technologies as laser drilling and lithography rely on multimode optical fiber cables to transmit optical power.