In modern fiber optic communication systems, OMC Cable has earned a strong reputation for its superior manufacturing quality, stable transmission performance, and high reliability. As data centers, smart buildings, and enterprise networks demand faster and more stable connectivity, OMC Indoor Cable has become an essential component in high-performance communication networks.
To meet different cabling and installation requirements, OMC offers a wide range of Indoor Fiber Optic Cable products. This article focuses on four major types of OMC Cable: Indoor Cable — 1F FO Cable, Distribution Cable, Breakout Cable, and Flat Ribbon Fiber Cable — explaining their structures, features, and application scenarios in detail.
1. 1F FO Cable (Single Fiber Indoor Cable)
The 1F FO Cable is one of the most common and versatile single-core indoor fiber optic cable types from OMC. It features a Tight Buffered design where the fiber core is covered by a protective buffer layer, providing excellent mechanical protection and flexibility.
Key Features:
- High-quality optical fiber ensures low attenuation and stable signal transmission.
- Jacket material options include PVCor LSZH (Low Smoke Zero Halogen) for safety and environmental compliance;
- Small bending radius and lightweight structure make it ideal for confined indoor spaces.
- Available in singlemode (OS2)and multimode (OM1/OM2/OM3/OM4/OM5) versions for various transmission speeds.
Applications:
The 1F FO Cable is widely used for making fiber optic patch cords and pigtails, providing reliable connections between optical modules, patch panels, and network devices. It is ideal for short-distance cabling in data centers, communication rooms, and optical distribution frames (ODF). With high flexibility and easy installation, it’s a fundamental component in any OMC Indoor Cable solution.
2. Distribution Cable of OMC Cable
The Distribution Cable is a compact multi-core Indoor Fiber Optic Cable that features multiple tight-buffered fibers housed within a single jacket. Each fiber can be easily terminated or spliced, making this OMC Cable perfect for structured cabling and vertical backbone systems.
Product Advantages:
- Reinforced with Kevlar yarn(Aramid fiber) for superior tensile strength and durability;
- Flame-retardant outer jacket compliant with IEC 60332-3C / OFNR / LSZH standards;
- Compact size and lightweight design for easy installation and management;
- Customizable in fiber count (2–144 cores) and jacket color for identification and system flexibility.
Typical Applications:
The OMC Distribution Cable is ideal for backbone cabling in data centers, inter-rack connections, and building LAN networks. It’s commonly used for vertical riser installations and connections between communication closets or equipment cabinets. Its efficient structure and installation flexibility make it one of the most popular indoor cabling options in modern network infrastructures.
3. Break-out Cable of OMC Cable
The Break-out Cable is composed of multiple individual tight-buffered fibers, each protected by its own sub-unit jacket and strength member. This OMC Break-out Cable design provides exceptional mechanical protection, durability, and independence for each fiber.
Main Features:
- Each fiber can be directly terminated or connected to equipment without additional breakout kits.
- Excellent tensile and crush resistance, suitable for demanding industrial or mobile environments;
- Compatible with multiple connector types, including LC, SC, FC, and MTP/MPO;
- Easy installation with simplified cable management and reduced termination time.
Applications:
The OMC Break-out Cable is ideal for use in industrial automation, test and measurement systems, rack-to-rack or device-to-device connections, and environments requiring frequent movement or reconnection. With its robust structure and long-term reliability, it is the preferred choice for high-performance and high-durability indoor fiber cabling systems.
4. Flat Ribbon Fiber Cable
The Flat Ribbon Fiber Cable is a high-density OMC Indoor Cable that arranges multiple fibers side-by-side in a flat, ribbon-like structure. This design greatly increases fiber density and splicing efficiency, making it ideal for large-scale optical networks.
Advantages:
- Ribbonized fiber design allows for simultaneous mass fusion splicing of 12 or 24 fibers, improving installation speed.
- Compact structure saves space in high-density fiber management systems.
- Neatly aligned fibers ensure easy termination and maintenance.
- Available in multiple configurations (12, 24, 48, 96 cores, etc.) to meet different capacity requirements.
Application Scenarios:
The OMC Flat Ribbon Fiber Cable is widely used in data center backbone networks, high-density patch panels (HD ODF), modular fiber management systems, and in-building high-capacity transmission networks. Its superior space efficiency and high-speed connectivity make it an indispensable solution for modern high-bandwidth optical communication systems.
Conclusion
In summary, OMC Cable Indoor Cable plays a critical role in modern indoor optical communication networks. Through precision engineering and strict quality control, OMC Cable ensures every indoor fiber optic cable meets global standards for safety, performance, and stability—offering dependable, high-speed connectivity solutions for the world’s most advanced communication systems.
0