Optical transport
High-Performance Optical Transport for Critical Infrastructure Networks
Dedicom offers a comprehensive portfolio of optical networking and long-haul solutions designed for high-capacity, mission-critical communication systems. Our portfolio covers everything from metro and long-haul DWDM transport to optical line amplifiers and monitoring systems ensuring maximum reach, signal integrity, and network resilience. Built for demanding industrial and utility environments, our solutions deliver scalable bandwidth, low latency, and carrier-grade reliability across any optical infrastructure.
Long-Haul Specialists
We are specialists in optical long-haul applications, providing optical single-channel or multi-channel WDM systems ranging up to 450 km on unrepeated links and even longer distances by utilizing ROPA (Remote Optically Pumped Amplifier) systems or repeated amplifier configurations. Our solutions support data rates from 1 Gbps to 800 Gbps per wavelength, giving you the flexibility to match capacity precisely to your current and future requirements.
Why Choose Dedicom for Optical Transport?
When your infrastructure spans vast distances whether connecting offshore platforms, wind farms, remote substations, or inter-city utility networks optical transport is the backbone that makes it all possible. Dedicom's optical solutions are engineered to deliver maximum performance over extended reaches while maintaining the reliability that critical operations demand.
Key Highlights
- Scalable Capacity From 1 Gbps to 800 Gbps per wavelength, our optical transport platforms scale effortlessly to meet growing bandwidth demands. Whether you need a single high-capacity link today or a full DWDM system tomorrow, our modular architecture adapts to your requirements without costly infrastructure overhauls.
- Flexible Topology Support Our solutions support metro, regional, and long-haul network topologies. Whether you're building point-to-point connections, ring architectures, or complex mesh networks, Dedicom provides the optical building blocks to realize your vision.
- Coherent Transmission Technology Advanced coherent optical technology maximizes fiber reach and spectral efficiency. By utilizing sophisticated modulation formats and digital signal processing, our systems extract maximum performance from existing fiber assets reducing the need for regeneration sites and lowering total cost of ownership.
- Ultra-Long Reach Capabilities With support for unrepeated spans up to 450 km and extended reach configurations using ROPA technology, Dedicom enables connectivity across challenging distances. This is particularly valuable for offshore applications, subsea cables, and remote site connectivity where intermediate amplification is impractical or impossible.
- Ultra-Low Latency For time-sensitive applications such as protection signaling, SCADA communication, and real-time monitoring, our optical transport solutions deliver consistently low latency. The deterministic nature of our platforms ensures that critical data arrives when it's needed.
- High-Availability Architecture Mission-critical operations cannot tolerate downtime. Our optical transport systems feature redundant components, automatic protection switching, and self-healing capabilities that keep your network operational even when individual elements fail.
- Integrated Management and Monitoring Comprehensive network management simplifies day-to-day operations. Real-time optical performance monitoring, alarm management, and remote configuration capabilities give your team full visibility and control over the entire optical infrastructure from a centralized platform.
- Carrier-Grade Reliability Built to the same standards as major telecom networks, our optical transport equipment delivers 24/7 reliability. Rigorous testing, quality components, and proven designs ensure consistent performance year after year.
- Proven in Harsh Environments Dedicom's optical solutions have been deployed successfully in some of the world's most challenging environments offshore platforms, coastal installations, industrial facilities, and remote locations where equipment must withstand temperature extremes, humidity, salt spray, and vibration.
Technology Portfolio
- DWDM Systems Dense Wavelength Division Multiplexing platforms that maximize fiber capacity by transmitting multiple wavelengths simultaneously. Ideal for high-capacity backbone networks and bandwidth-intensive applications.
- CWDM Solutions Cost-effective Coarse Wavelength Division Multiplexing for metro and regional applications where moderate channel counts meet capacity requirements.
- Optical Amplifiers Erbium-Doped Fiber Amplifiers (EDFA), Raman amplifiers, and ROPA systems that extend reach and maintain signal quality across long distances.
- Optical Line Monitoring Advanced monitoring systems that continuously assess fiber health, detect faults, and enable proactive maintenance before issues impact service.
- Transponders and Muxponders Flexible client interface solutions supporting a wide range of protocols and data rates, from legacy 1G services to cutting-edge 400G and 800G connections.
Applications
- Offshore oil & gas platform interconnection
- Offshore and onshore wind farm communication networks
- Utility backbone networks and substation connectivity
- Subsea cable systems
- Inter-city and regional carrier networks
- Industrial campus and site interconnection
- Critical infrastructure backbone networks
Future-Ready Investment
Optical fiber infrastructure represents a long-term investment. Dedicom's solutions are designed to evolve with technology advances, allowing you to increase capacity and add capabilities without replacing your fundamental infrastructure. As data demands grow, your optical network grows with them.
Partner with Dedicom
With deep expertise in optical networking and a track record of successful deployments in critical infrastructure environments, Dedicom is your trusted partner for optical transport solutions. Contact us to discuss how we can help you build or expand your optical network infrastructure.
