200µm ribbon fibers represent a significant advancement in fiber optic technology, enabling higher density in smaller cables. Compared to traditional 250µm ribbons, their reduced size provides a transformative solution for high-density networks. The Sumitomo Electric Q102-M12+ splicer is uniquely suited for splicing both 200µm and 250µm ribbon fibers, making it a versatile tool for this evolving technology. Additionally, with pitch conversion holders (PCH-12A for group-bonded fibers and PCH-12V for partially bonded fibers), the Q102-M12+ facilitates seamless integration of 200µm and 250µm fibers.
Comparison of Ribbon Fiber Types
Feature | 250µm Flat Ribbon | 250µm Pliable Ribbon | 200µm Pliable Ribbon |
Fiber Coating Size | 250µm | 250µm | 200µm |
Cable Size Reduction | Baseline | ~50% smaller | ~30% smaller than 250µm pliable |
Flexibility | Rigid | High | High |
Primary Use Case | Early Telecom Networks | Data Centers | Data Centers, High-Density Networks |
Features of the Q102-M12+
Splicing 200µm ribbon fibers presents unique challenges, particularly when connecting them to traditional 250µm ribbons. Aligning these two types of fibers requires pitch conversion, a process facilitated by specialized pitch conversion holders. Additionally, tools like heated jacket removers must be tailored to handle the smaller coating size of 200µm fibers.
The Q102-M12+ splicer addresses these challenges by:
Standard Process for 200µm Ribbon Fibers
Pitch Conversion Process
When splicing 200µm ribbons to 250µm:
For a walk-through on the pitch conversion process, see the video above.
Best Practices
The splice loss for 200µm ribbons is equivalent to that of 250µm ribbons, as the only difference lies in the coating size and bonding method. Field data demonstrates remarkable reliability, with some customers achieving a failure rate of less than 2% when splicing 6912 200µm fibers to 1728 250µm fibers.
Initially designed for data centers, 200µm ribbons are now widely applicable across network types. Their smaller size allows for extremely high fiber counts in compact cables, which is vital for modern high-capacity networks. As a result, 200µm technology is becoming increasingly prevalent in metro, access, and long-haul network segments.
The transition to 200µm ribbon fibers marks a pivotal advancement in fiber optic technology. By enabling higher-density cabling, these fibers save space while maintaining performance. The Sumitomo Electric Q102-M12+ splicer, with its innovative features and pitch conversion holders, simplifies the splicing process, making 200µm fibers a viable solution for all network types. As major fiber manufacturers continue to develop 200µm solutions, this technology is poised to dominate future network expansions.
For further information and technical resources, visit Sumitomo Electric Lightwave online.