News Release – FibreTK

About the 2025 BICSI Japan Conference Award

The 2025 BICSI Japan Conference Award is presented to products and technologies that demonstrate outstanding excellence among those exhibited at the 2025 BICSI Japan Conference & Exhibition, held in November 2025.
Receiving this award signifies that the product’s technical excellence and competitive advantage in the information and communications infrastructure field have been formally recognized.

What Is a Flex Fiber Circuit Cable?

The Flex Fiber Circuit Cable Assembly was developed in response to the growing demand for cable management solutions that maximize airflow within communication systems.
It provides a structured and manageable way to route optical fibers between boards, between racks, or within narrow and irregular spaces. Flexibility is a key element in simplifying system design.
Available in most routing configurations, the assembly allows optical fibers to be routed point-to-point, shuffled, or in predefined patterns, enabling it to meet specific application requirements.

Custom-Designed for Compact and Efficient Fiber Routing

Flex Fiber Circuit Cable Assemblies are manufactured based on custom design files, parameters, and specific requirements, enabling compact and highly efficient optical fiber network routing.
By using polyimide materials and conformal coating adhesives, the assembly provides reliable protection for optical fibers and meets the demanding requirements of robust industrial applications.

Key Features

1. High-Density Optical Fiber Interconnect Component
Enables high-density fiber routing, significantly improving space efficiency in data centers.
2. Excellent Heat Dissipation and Airflow Management
Efficiently disperses heat generated by high-speed modules. Optimized airflow design maximizes cooling performance and enhances overall system stability.
3. CPO (Co-Packaged Optics)
Optical-electrical integration enables lower power consumption and higher speeds. Recognized as a foundational technology for next-generation data centers.
4. High Heat Resistance and Flexible Use in Space-Constrained Environments
Polyimide cable capable of operating in high-temperature environments.
(Operating temperature range: –190°C to +300°C). Suitable for applications in AI robotics, aerospace, and other specialized environments.

These technologies represent a significant step forward in data center efficiency and readiness for next-generation infrastructure.