Microduct optical cable for professional networks
This optical cable, specifically designed for microduct systems, provides a reliable solution for building high-bandwidth, stable, and future-proof networks.
The 12-fiber, G.652D standard glass fibers contained in the 5.4 mm outer diameter Extralink cable are an ideal choice for internet service providers, corporate infrastructures, and modern FTTH (Fiber To The Home) or FTTx systems.
Main features and benefits
- 12 fibers (1x12) for higher capacity data transmission
- G.652D standard, low-loss single-mode fiber
- Optimized design for microduct installation
- Compact, only 5.4 mm outer diameter – easy blowing
- High mechanical resistance and long lifespan
- Suitable for outdoor, underground, and duct networks
- Reliable performance even for long-distance data transmission
Applications
The microduct optical cable is designed for building modern, high-bandwidth network infrastructures.
It is ideal for applications where flexible scalability, quick installation, and reliable data transmission are important.
- FTTH and FTTx networks
- Urban optical backbone networks
- Corporate and industrial data transmission systems
- Networks of internet, telephone, and IPTV providers
- Camera systems and security networks
G.652D single-mode fiber – stable signal, low loss
The built-in G.652D type fiber is the most widely used single-mode standard, providing excellent parameters for long-distance data transmission. The low dispersion and low loss make it an ideal solution for high-speed internet connections, data center links, and optical backbone networks.
- Low loss in the 1310 nm and 1550 nm wavelength range
- Compatible with modern active optical devices
- Reliable performance even over long lines
Microduct cable design
The cable structure is specifically optimized for pulling or blowing into microduct systems.
The small diameter and smooth outer sheath facilitate easy and secure installation, even over longer sections.
- 5.4 mm compact diameter for narrow microduct pipes
- Low-friction outer sheath for blowing technologies
- Easy handling and quick installation
Reliable mechanical protection
The cable construction protects the optical fibers from external mechanical impacts.
This is especially important for outdoor and underground installations, where the cable must withstand
ground movement, moisture, and stress during installation.
- High tensile strength during pulling and blowing
- Good resistance to microbending and macrobending
- Durable, long-lasting sheath material
Benefits for internet service providers and administrators
This optical solution is an ideal choice for providers and network operators who want to build a highly available, scalable infrastructure.
- Scalable infrastructure: 12 fibers to serve multiple services or customers
- Easy network expansion with microduct technology
- Reduced operating costs due to long lifespan and reliability
Installation considerations
The installation of the microduct optical cable is based on specialized but well-established technologies,
which significantly speed up network deployment and reduce construction costs.
- Selecting the appropriate diameter microduct pipe (considering the 5.4 mm diameter).
- Building and segmenting the duct network along the planned optical line.
- Pulling or blowing the cable into the microduct with specialized equipment.
- Preparing the ends, stripping the cable sheath, and organizing the fibers.
- Connecting to optical distribution points, patch panels, or household endpoints.
Why choose this cable?
This microduct optical cable is ideal if you want to build a network that:
- offers high bandwidth and low latency,
- can be easily expanded or modified later,
- provides stable, reliable data transmission in the long term,
- requires minimal maintenance.
Summary
The Extralink optical cable with 12 fibers and a diameter of 5.4 mm equipped with G.652D fibers provides a modern solution for microduct networks. It meets the needs of internet service providers, businesses, and residential FTTH systems alike,
when high-speed, stable, and long-term reliable optical data transmission is required.
