Professional optical cable for microtubing networks
This high-capacity, 144-fiber optical cable is specifically designed for building microtubing optical networks. Thanks to the G.652D type fibers, it is excellently suitable for high-bandwidth, reliable data transmission, whether in backbone or access (FTTH, FTTB) applications. The approximately 7.9 mm outer diameter makes it ideal for pulling or blowing into tight microtube channels.
Applications
The microtubing optical cable is a universal solution for modern telecommunications and data transmission systems where high fiber capacity and long-term reliability are expected.
- FTTH, FTTB, FTTx optical access networks
- Urban and suburban optical backbone networks
- Corporate and industrial data transmission systems
- Telecommunications providers' microtubing infrastructures
- Camera systems, security networks optical connections
Technical structure and features
The cable contains 12 loose tubes, each with 12 optical fibers, providing a total of 144 fibers. This structure allows for easy scalability of the network and logical grouping of the fibers. The G.652D standard single-mode fibers provide low loss and reliable data transmission even over long distances.
- Total fibers: 144 (12x12)
- Fiber type: G.652D single-mode optical fiber
- Loose tube construction for mechanical protection of the fibers
- Outer diameter: approx. 7.9 mm optimized for microtubing applications
- Easy to handle, marked tubes for quick identification
Benefits in optical networks
This microtubing optical cable has several advantages over traditional solutions, especially when high fiber capacity and flexible scalability are needed.
- High fiber capacity – 144 optical fibers, providing sufficient reserves for current and future needs.
- Excellent signal quality – G.652D single-mode fibers with low loss and good bending properties.
- Flexible network expansion – the 12x12 distribution simplifies operations, new lines, and service connections.
- Compact size – approximately 7.9 mm diameter, ideal for installation in microduct systems.
- Durability and reliability – solid mechanical protection, high operational reliability even in outdoor applications.
Installation in microtubes
The cable design focused on the simplicity of pulling and blowing into microtubes. The favorable outer diameter and smooth sheath allow the cable to move through the microtube channel with low friction, reducing installation time and physical stress.
- Optimized external design for microtubing pulling and blowing
- Low friction factor for easier installation
- Suitable for longer sections to be introduced in one go
- Compatible with standard microduct systems
Advantages of G.652D optical fibers
The built-in G.652D standard single-mode fibers are a proven solution widely used in modern optical networks. The fibers' characteristics enable long-distance data transmission, including internet, IP-based services, VoIP, and IPTV applications.
- Low loss even over longer sections
- Compatible with most optical active devices
- Reliable operation across various wavelength ranges
- Well suited for DWDM and CWDM systems
Ideal choice for providers and administrators
The combination of high fiber capacity, microtubing compatibility, and reliable G.652D fiber technology provides an ideal solution for internet service providers, network operators, corporate IT departments, and administrators. Multiple independent optical connections can be established in a single cable, allowing for cost-effective and transparent optical infrastructure development.
- Cost-effective network construction and expansion
- Scalable optical infrastructure for high-traffic systems
- Long-term investment in modern data transmission networks
- Reliable solution for systems requiring high availability
Summary
This microtubing optical cable is an excellent choice for any application requiring a large number of fibers, reliable G.652D technology, and a compact design. The 144-fiber structure, approximately 7.9 mm diameter, and compatibility with microduct systems ensure that the network remains scalable, stable, and future-proof in the long term.
