Introduction
Draka Communications, a division of Draka Holding N.V., specializes in copper and optical fibre cables for data and telecommunication sectors, operating in over 30 countries. They are recognized for providing reliable and versatile cable solutions.
UCFIBRE Optical Fibre Cable
The UCFIBRE series is engineered for high-capacity data transmission, offering flexibility and future-proofing for various sectors. These cables are suitable for Local Area Networks (LAN) and support current and future transmission protocols, including 10 Gigabit Ethernet.
Data Centre Solutions
Draka's optical fibre technology is essential for high-performance data centre backbones, offering low attenuation and high data rates. Laser-optimized multimode fibre, such as OM3, is recommended for future-proofing against evolving Ethernet standards.
Industrial Applications
UCFIBRE cables are preferred in industrial automation for their resilience to mechanical, chemical, and climatic conditions, as well as immunity to electromagnetic interference.
International and European Standards
Draka's products adhere to international standards like ISO/IEC and EN, ensuring compatibility and reliability across various environments.
Optical Fibre Technology
Draka uses advanced manufacturing techniques, such as the PCVD process, to produce high-quality optical fibres with minimized dispersion, crucial for high-speed data transmission.
Fibre Designs
Options include multimode and singlemode fibres, each suited for different applications. Multimode fibres are ideal for local networks, while singlemode fibres are used for long-distance telecom networks.
MaxCap Fibre Technology
Draka's MaxCap fibres provide high bandwidth and low attenuation, supporting long-distance data transmission without electromagnetic interference. The MaxCap 550TM fibre is particularly suited for future high-speed network protocols.
Conclusion
Draka's optical fibre solutions, including the MaxCap 550TM, are at the forefront of supporting next-generation data networks, ensuring high performance and future compatibility with evolving Ethernet standards.
Overview: The document outlines specifications and applications for various optical fibers and cables, focusing on performance, compliance with international standards, and suitability for different environments and network requirements.
Specifications:- Singlemode Fibres: Optimized for low attenuation across a wide wavelength range (1260 nm to 1625 nm) and compliant with ITU-T:G.652.D standards, suitable for modern optical transmission technologies.
- Dispersion-Optimized Fibres: Designed for DWDM applications, these fibers meet ITU-T G.655.E/G.656 standards, offering cost savings in metro and city networks by reducing the need for amplifiers and dispersion compensating modules.
- BendBrightxs Fibres: Featuring a trench in the cladding for improved bending performance, these fibers exceed ITU-T G.657.B standards and are compatible with existing singlemode fibers (SMF).
Indoor Cables:- Flexible, light, and flame-retardant, these cables use LSHF materials to prevent fire propagation and toxic emissions, suitable for high-safety environments like hospitals and airports.
Universal Cables:- Combining indoor and outdoor properties, these cables are UV-resistant, rodent-proof, and suitable for direct burial and indoor installations, designed for harsh environments and compliant with fireproofing standards.
Outdoor Cables:- Built to withstand extreme conditions, these cables are UV-resistant, non-metallic, and suitable for direct burial, designed for LAN backbones and access networks requiring a high number of fibers.
Micro-Cables for Blow-In Systems:- Offering cost-effective solutions for broadband networks, utilizing blow-in technology for flexible cabling over long distances.
Mechanical Properties:- Specifications for various cable types, including diameter, weight, bending radius, and tensile force, guide installation and application choices.
Cable Specifications and FeaturesThe document describes various optical cables, highlighting UV resistance, non-metallic nature, rodent protection, longitudinal watertightness, and high tensile strength. Specific models like UCFIBRE O ST D DA PE 6.0kN and UCFIBRE O CT D DA PE 1.5kN are mentioned, each with different tensile strengths.
Optical PropertiesDetails on optical properties of different fiber types, including multimode (MM) and singlemode (SM) fibers, are provided. Key parameters include attenuation (α), numerical aperture (NA), overfilled modal bandwidth (B), chromatic dispersion (CD), and distance (R) for Ethernet standards (1GbE and 10GbE). Specific fiber types like HiCapTM OM 2+, MaxCap300 OM 3, and SM 9/125 G.652 are discussed with their performance metrics at various wavelengths.
Cable DescriptionsDraka Communications offers a range of cables for different applications, including office communication, data centers, home networks, and telecommunication networks. The document lists various cable types such as single cable (S), twin duplex cable (T), and central tube cable (CT), along with features like dielectric armor (DA) and low smoke halogen-free flame retardant (LSHF-FR) sheaths.
Contact InformationContact details for Draka Communications offices across various countries, including Austria, Denmark, Finland, France, Germany, Netherlands, Norway, Romania, Russia, Spain, Turkey, and the United Kingdom, are provided. European production centers are listed in countries like Germany, Netherlands, Russia, Slovakia, and the UK.
ConclusionDraka Communications emphasizes its commitment to providing cutting-edge network solutions and being an equal opportunity employer. The document serves as a comprehensive guide to their
optical cable offerings and global presence.