Fiber Optic Cable

Fiber Optic Cable for Reliable Fiber Network Deployment

 

Fiber Optic Cable is the transmission foundation of modern fiber networks, carrying high-speed data through optical fibers with low signal loss and strong resistance to electromagnetic interference.

 

 
 
000ADSS

 

Cable Structure

A fiber optic cable is a complete mechanical and optical system. Its construction should be evaluated according to the installation environment.

 

Optical Fibers:The optical fibers are responsible for transmitting data as light signals.Fiber selection should be matched to the network architecture, transmission distance and required optical performance.

 

Fiber Tubes:Loose-tube or other fiber-management structures protect the optical fibers and provide room for movement caused by temperature changes and mechanical loading.

 

Strength Members:Strength members carry part of the installation load and help protect the optical fibers from excessive tensile stress.

 

Outer Sheath:The outer sheath protects the cable from mechanical damage and environmental exposure.

 

Built for Real-World Installation Conditions

Tensile performance

Our optical cables are rated to withstand installation and operation loads, and the strain on the fibers is kept at the lowest level.

Compressive performance

We design for the ability to resist external pressure to prevent signal attenuation.

Span capacity

For overhead projects, we verify the span performance based on the optical cable structure.

 

 

Temperature Performance That Matches Your Environment

We test our fiber optic cables to perform reliably across the temperature ranges encountered during storage, installation, and operation.For our reference configuration, the rated temperature ranges are:

 

  • Operation: –40°C to +60°C
  • Installation: –10°C to +60°C
  • Storage / Transportation: –40°C to +60°C

 

These values are model-specific—not a universal spec for all our cables. For projects in extreme climates, simply let us know your required operating and installation temperature, and we will confirm the most suitable cable configuration for your conditions.

ADSS Cable Accessories

 

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How to Specify Fiber Optic Cable

Singlemode (OS2) vs Multimode (OMx)

  • OS2 (9 µm core, G.652.D, optional G.657 bend-insensitive) carries one light mode over kilometers at 1310/1550 nm — the safe choice for backbone, campus, FTTH and any uncertain future upgrade.
  • OM3/OM4/OM5 (50 µm core) use cheaper VCSEL optics for short reaches: OM4 ≈550 m @10G, 100 m @100G; OM5 adds SWDM for 40/100G over fewer fibers.

 

Construction by route

  • Indoor (distribution/tight-buffer, flexible, flame-rated);
  • Outdoor duct / direct-buried (loose-tube, moisture barrier);
  • Aerial (self-supporting ASU/ADSS, no messenger wire);
  • Armored (steel-tape + double jacket for crush/rodent). Loose-tube outdoor cables organize fibers in color-coded buffer tubes.

 

Fiber Optic Cable Customization
 

We understand that different network operators, contractors, and distributors have unique requirements. That's why we offer flexible customization options to match your project needs:

Fiber count, type, and cable diameter

Cable structure, strength member, and jacket material

Cable color, marking, and length

Packaging and private-label requirements

 

Project Sample & Specification Approval

 

For new cable constructions or large-volume orders, sample approval helps reduce compatibility and installation risks.

 

Recommended process: Project Requirement → Cable Specification → Technical Confirmation → Sample → Testing → Customer Approval → Mass Production

 

For an existing cable replacement project, providing the current cable specification or physical sample can help match the required construction more accurately.

 

Why Choose Us for Fiber Optic Cable Procurement?

 

Adss Optical Cable

Established Manufacturing Capability

The company states that its factory covers approximately 10,000 m², with nearly 100 professional employees and 15 engineers.

000ADSS

Multi-Category Cable Supply

The product range covers ADSS, FTTH, indoor, outdoor, heavy-duty, TPU, ASU and armored fiber optic cable configurations, allowing buyers to source different network cable requirements from one supplier.

ADSS Aerial Fiber Optic Cable

International Supply

The company states that its products have been supplied to markets in Europe, North America, South America, East Asia and South Asia.

 

Packaging & Shipping

 

Packaging

  • Export-standard wooden drums or cable reels
  • Protective end caps for cable ends
  • Waterproof protection where required
  • Customized drum length according to order requirements
  • Drum labels with product and project information
  • Palletized or container-ready packaging for bulk orders

Shipping

  • Sea Freight: Suitable for large-volume cable projects
  • Air Freight: Suitable for urgent samples and smaller orders
  • Rail Freight: Available for selected international routes
  • Road Freight: Suitable for domestic and regional delivery
5-750

 

Compliance & Certifications

 

 

Our production and manufacturing are carried out in accordance with international standards. Depending on the destination of use, we can provide the corresponding qualification certification materials.

  • Fiber & cable standards: IEC 60793,IEC 60794-2,ISO/IEC 11801
  • RoHS / REACH
  • ISO 9001

 

 

FAQ

 

Q: How many fibers can your fiber optic cable support?

A:The current product specification includes 12, 48 and 96-fiber configurations. Other fiber counts can be discussed according to the required cable construction.

Q: What is the difference between ADSS and armored fiber optic cable?

A:ADSS is designed specifically for self-supporting aerial deployment without a metallic messenger.Armored fiber optic cable focuses on providing additional mechanical protection where crushing, impact or other physical risks are concerns.

Q: What is the maximum span of your aerial fiber optic cable?

A:The referenced cable specification lists a maximum span of 100 m. Actual span capability depends on the specific cable construction, installation conditions and applicable engineering requirements.

Q: Can you provide customized fiber optic cable?

A:Yes. Fiber count, fiber type, cable structure, jacket, strength member, marking, length and packaging can be discussed according to project requirements.

Q: Can you provide test reports?

A:Applicable optical, mechanical and environmental test documentation can be provided according to the selected cable model and project requirements.

Q: What payment terms do you accept?

A:For standard orders, T/T payment is available, typically with 30% deposit before production and 70% balance before shipment. For long-term customers or large project orders, alternative payment terms can be discussed based on order value and cooperation history.

Q: What is the typical lead time for fiber optic cable?

A:For standard products, the typical production lead time is approximately 3–5 working days after order confirmation and receipt of the required deposit.For customized cable constructions or large-volume orders, the lead time should be confirmed during quotation based on fiber count, cable structure and order quantity.

Q: What is your MOQ for fiber optic cable?

A:For standard fiber optic cable, trial and small-volume orders can be accepted. For customized products, MOQ is normally determined by the cable construction, fiber count, production requirements and total order quantity.

As one of the most professional fiber optic cable manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. Please rest assured to wholesale custom made fiber optic cable at competitive price from our factory.