Motorlager, chassis Teile und bearbeitete Teile für die Montage Linien.
Hohe-Festigkeit Befestigungen, Fahrwerk Teile, und strukturellen Baugruppen.
Geschmiedete Gehäuse, Rüstung Klammern und mission-kritische strukturelle Teile.
Präzisions-Gehäuse, Antrieb Rahmen und Anker-Verknüpfungen für die Automatisierungstechnik.
Metallrahmen, Halterungen und Baugruppen für Geräte und Ausrüstung zu Hause.
Sammelschienen-Halter, Batterie pack Teile und leichte strukturelle Gehäuse.
Solar Montage Teile, wind turbine Klammern, und Batterie-Gehäuse.
Ventilgehäuse, Flansch Blöcke, und Bohrloch bohren-Komponenten.
Große geschweißte Rahmen, PEB Strukturen und Baugruppen für Industrieanlagen.
Langlebige Transformatoren gebaut für konsistente Leistung, Energie-Effizienz und stabile Leistung-Verordnung.
Fregatte industrial-grade-Gehäuse bietet robusten, anpassbaren Schutz mit effiziente thermische management.
High-performance-Kabel und Leitungen für Haltbarkeit konstruiert und nahtlose Konnektivität zwischen Anwendungen.
Maßgeschneiderte Kabelbäume für sichere verbindungen und optimierte Anlagen.
Precision-engineered sammelschienensystem für die effiziente Energieverteilung und minimale Energieverluste.
Robuste Anschlüsse konzipiert für die sichere Verriegelung, zuverlässige Leitfähigkeit und lange-term performance.
Vielfältige Lösungen für die Automobil -, Elektro -, Maschinenbau-und Industriebedarf mit Präzisions-Komponenten.
CNC-Bearbeitung, liefert Mikron Präzision und engen Toleranzen für komplexe Geometrien.
Fregatte CNC Bearbeitung bietet hochpräzise, kundenspezifische Lösungen für komplexe casting Geometrien. Multi-Achsen-Funktionen sorgen für festen Toleranzen und optimale Oberflächen.
Sheet metal fabrication verwendet laser schneiden, Stanzen und biegen für Präzision.
Fregatte Sheet Metal Fabrication nutzt erweiterte laser schneiden und Abkantpresse-Technologie für kundenspezifische casting-Anwendungen. Engen Toleranzen, superior Schweißnähte, und hochfeste Materialien stellen die strukturelle Integrität.
Spritzguss fertigt hochpräzise Teile mit gleich bleibender Qualität.
Fregatte Injection Molding liefert custom-engineered Teile mit Mikrometer-Präzision und strukturelle Integrität. Spezielle Formen pflegen enge Toleranzen für komplexe Geometrien und hohe-stress-Anwendungen.
Feinguss sorgt genauehohe-Qualität Teile.
Schmieden Dienstleistungen, die Verbesserung der materiellen Stärke mit präzise Toleranzen.
Fregatte Casting Services bietet kundenspezifische casting mit engen Toleranzen und komplexen Geometrien. Wir verbessern die material Eigenschaften, die mit Fortgeschrittener Metallurgie, Gewährleistung Festigkeit und tragen Widerstand. Unsere Präzisions-Methoden unterstützen die Hochleistungs-Luft-und Raumfahrt -, Automobil-und industrielle Anwendungen.
Ende-zu-Ende Teil der Produktion aus Proben zu liefern bulk.
Ready-to-use assemblies gebaut, um genaue fit und Funktion.
Heavy-duty Herstellung mit high-Festigkeit Materialien für anspruchsvolle Anwendungen. Robust Schweißen für maximale strukturelle Haltbarkeit.
High-conductivity annealed electrolytic copper (99.99% pure).
Cross-linked polyethylene (XLPE) or Polyvinyl chloride (PVC), UV-cured acrylate coating.
Up to 600V AC or DC, depending on application.
Operational temperature range: -40°C to +90°C.
Flame retardant to IEC 60332-3, with low smoke zero halogen (LSZH) insulation options available.
High-bandwidth, low-latency communication is a top priority in today’s data-driven environments. Hybrid cables integrate single-mode or multi-mode optical fibers that offer unlimited bandwidth and high data transmission rates up to several terabits per second (Tbps). The optical fibers are optimized for long-distance transmission without signal degradation, utilizing advanced wave-division multiplexing (WDM) technologies to ensure minimal crosstalk and enhanced signal integrity.
IP68 rated, fully water-blocked with gel-filled cores and moisture-resistant sheathing.
UV-stabilized outer sheath, compliant with ISO 4892-2 for UV resistance.
Copper conductors available from 1.5mm² to 400mm². Optical fibers with core sizes ranging from 9µm (single-mode) to 50µm (multi-mode).
UV-resistant Polyethylene (PE) or LSZH sheath for high environmental and mechanical protection.
Galvanized steel wire armor (SWA) or aluminum armor for enhanced mechanical protection in industrial environments.
Copper conductors rated for up to 400A, depending on conductor size, installation conditions, and ambient temperature.
Highly flexible construction, meeting bending radius specifications of 10x outer diameter
Optical fiber cores from 2 to 144 fibers.
Ranges from 10mm to 60mm, depending on power and fiber configuration, conductor size, and armoring options.
Withstands tensile forces up to 2000N and impact resistance per IEC 60794
Complies with IEC 60793, IEC 60794 (for optical fiber), IEC 60502-1 (power cables), and ISO/IEC 11801
Managing separate power and data infrastructure can lead to installation complexities, particularly in industrial applications where space is limited. Our hybrid cables combine high-conductivity copper conductors for power (up to 600V) with optical fibers for high-speed data transmission. This reduces cable footprint and allows for simultaneous power and data transmission along a single physical path, which is ideal for powering remote network devices (e.g., PoE systems) or sensors in industrial automation.
Copper cables typically exhibit significant attenuation beyond 100 meters, making them impractical for long-distance data transfer without repeaters or signal amplifiers. In contrast, the optical fiber component in hybrid cables supports data transmission over distances exceeding 100 kilometers without needing external signal boosters. This is achieved through optimized glass core designs, low-loss fiber coatings, and advanced optical modulation techniques such as Quadrature Amplitude Modulation (QAM).
Need reliable wires and cables for your next project? Get in touch with us today, and we’ll help you find exactly what you need!
Facilitates data transfer and power for Healthcare imaging devices, patient monitoring systems, and telemedicine equipment in hospitals.
Supports high-density connectivity and power distribution for Data Centers, servers, storage systems, and network switches in data processing environments.
Integrates power and real-time data communication for Smart grid energy distribution and monitoring across electrical substations.
Transmits high-bandwidth control signals while powering trackside equipment in Railway Signaling systems.
Supports secure data and power transfer in Defense & Military tactical communication systems, unmanned vehicles, and battlefield sensors.
Ensures Military Applications secure communication and data transfer in harsh environments and critical operations.
Hybrid cables are engineered for durability and resilience in harsh environments. The copper conductors are insulated with high-dielectric materials to prevent power loss. At the same time, the optical fibers are reinforced with aramid yarns and UV-resistant sheaths, providing excellent tensile strength and flexibility. These cables are also shielded against electromagnetic interference (EMI) and radio frequency interference (RFI), making them suitable for industrial, military, or outdoor deployment.
Check all our Frequently Asked Question
Hybrid copper and optical fiber cables combine the strengths of both technologies. The copper conductors are used for power transmission, while the optical fibers handle high-speed data transfer. This allows the same cable to provide both electrical power and high-bandwidth data communication, making it ideal for applications like surveillance systems, telecom infrastructure, and smart buildings.
The power transmission capability of copper in hybrid cables depends on the gauge of the copper wires used. Larger copper conductors allow more current flow, supporting higher power levels. This is critical for powering devices like cameras or sensors while maintaining the integrity of data transmission through the optical fiber.
In hybrid cables, the optical fiber portion remains unaffected by copper’s presence in signal transmission. Optical fibers operate using light signals and are immune to electromagnetic interference (EMI), which can affect copper. However, signal loss in the copper conductors can occur over long distances, especially if high-frequency signals are transmitted.
Hybrid cables face unique challenges in harsh environments. While optical fibers are resistant to moisture and electromagnetic interference, copper is more susceptible to corrosion and voltage drops in extreme conditions. Therefore, hybrid cables are often manufactured with ruggedized jackets and protective layers to ensure reliability in industrial or outdoor applications.
Hybrid cables reduce the need for separate wiring systems by combining power and data transmission in one cable. This simplifies installation, minimizes cable clutter, and reduces labor and material costs. This is especially beneficial in large-scale projects like smart city networks or industrial automation, where power and data are required at multiple endpoints.
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FREGATTE ist eine B2B-produzierende Unternehmen, die es erleichtert, Neue Produkt Entwicklung, Auftragsfertigung, parallel-Fertigung, und mehr, und nutzt seine umfangreichen partner-Netzwerke.
Need reliable wires and cables for your next project? Get in touch with us today, and we’ll help you find exactly what you need!
Need reliable Machining for your next project? Get in touch with us today, and we’ll help you find exactly what you need!