Paragon Navigator® enters the rollable ribbon cable market with its innovative SpiralWeaveTM technology. This new cable construction is designed to address the growing need for high-density fiber optic deployments in data centers, enterprise networks, and FTTx applications.
Traditionally, deploying fiber optic cables in space-constrained environments can be a challenge, not to mention the need to optimize the splicing time with mass fusion splice. Paragon Navigator® is now introducing SpiralWeaveTM which is taking a unique approach to the challenge.
Key Features of SpiralWeaveTM Rollable Ribbon Module Cable
- Completely gel-free construction: This simplifies installation, reduces cable weight, and allows for faster mid-span access compared to traditional gel-filled cables.
- Unique rollable ribbon design: The rollable ribbon is combined with the module cable construction to enable easy maneuvering in tight spaces and efficient mass fusion splicing.
- High fiber density with modular structure: This allows for a maximized fiber count while maintaining a small cable diameter, perfect for maximizing existing duct space with a fiber count of up to 1728.
Benefits of SpiralWeaveTM Rollable Ribbon Module Cable
- Faster and easier installation: The gel-free design and rollable ribbon construction streamline the installation process, saving time and labor costs.
- Superior space-saving: The combination of a modular structure and rollable design minimizes cable diameter, allowing for more fibers in existing pathways and reducing infrastructure needs.
- Future-proofed network design: The high fiber density of SpiralWeaveTM ensures a network can accommodate growing bandwidth demands without costly upgrades.
The demand for high-density fiber optic deployments is expected to continue to grow in the coming years. Rollable ribbon cable technology, with its space-saving advantages and faster deployment times, is well-positioned to address this need. The entry of the innovative SpiralWeaveTM solution adds another compelling option for network operators seeking to build future-proof and efficient fiber optic infrastructure.
