DCP-M40 open line system
40-channel DWDM open line platform for point-to-point DCI designs where active amplification, monitoring and scale matter.
View DCP-M40 detailsOptical network infrastructure
Built for the links that carry everything.
AMS Extreme delivers DWDM and Data Centre Interconnect (DCI) solutions for organisations that need dependable, scalable optical connectivity between sites. From product supply and solution design to installation, testing, commissioning and support, we help turn critical fibre links into an operational advantage.
One path. More capacity.
A DWDM platform carries multiple optical wavelengths over a fibre pair, enabling data centres and network sites to scale capacity without building a separate path for every service.
From design to live service.
Product supplyOptical transport components matched to the project requirement.
DWDM and DCI designArchitecture planned around capacity, reach, resilience and operations.
Installation and integrationDeployment support across the equipment and fibre path.
Fibre and network testingPractical validation before services are handed over.
CommissioningAcceptance testing that brings the link into operational service.
Equipment supportOngoing help for the optical infrastructure behind the service.
Designed around real networks.
AMS Extreme brings years of practical experience designing and building DWDM networks: from point-to-point DCI links to full ROADM networks with GMPLS control. Combined with fibre and network testing expertise, we help engineering teams plan, validate and hand over optical networks with greater confidence.
Smartoptics product options.
For suitable projects, we can assess these DCI-relevant Smartoptics options as part of the technical solution. Selection depends on capacity, reach, fibre condition, redundancy and operational requirements.
DCP-1203
Three-channel transponder for 100G and 400G transport, useful for grey-optics conversion and signal hand-off demarcation.
View DCP-1203 details
DCP-404
Four 100G client services aggregated to a 400G coherent DWDM line option for efficient bandwidth utilisation.
View DCP-404 details
DCP-802
Two-channel 400G/800G flexponder for higher-capacity transport, aggregation and 400G or 800G optical hand-off scenarios.
View DCP-802 details
DCP-R ROADMs
Multi-degree ROADM options for flexible wavelength add/drop in metro, ring and mesh optical network designs.
View DCP-R details
DCP-F modular systems
Modular optical building blocks for amplification, compact ROADM functions and adaptable point-to-point, ring or mesh designs.
View DCP-F detailsAlso assess optical transceivers, passive WDM filters and SoSmart network management for the wider DCI architecture.
Product names and images are shown for technical evaluation. Product selection and final design remain subject to project requirements and manufacturer information.
Data Centre Interconnect Application Examples
Proven patterns for the next critical link.
Practical approaches to capacity, resilience and operational control. Every final architecture is engineered around the route, requirement and operating environment.
Pattern 01 · Multi-site DCI
Application example 01
Regional data-centre ring
A fast-growing interconnection provider needs to connect three facilities while protecting each fibre segment and leaving room to grow demand from 100G and 400G onward.
Design lessonProtect the route, not only the equipment. A resilient ring gives operators direct and indirect paths as the estate expands.
See deployment examplePattern 02 · ROADM backbone
Application example 02
Scalable metro and regional backbone
A telecom or infrastructure operator outgrows leased capacity and needs an optical core that can add high-capacity services where demand appears without constantly redesigning the network.
Design lessonPlan the backbone as a platform. ROADM architecture supports controlled capacity growth, flexible wavelength routing and operational simplicity.
See deployment examplePattern 03 · Critical services DCI
Application example 03
Secure, resilient dual-site DCI
A critical enterprise needs dependable connectivity between sites, with the ability to retain control of a fully redundant optical link while reducing operational friction.
Design lessonResilience must be operational, not theoretical. Link redundancy, manageable encryption and clear handover criteria all matter when the service cannot stop.
See deployment exampleProduct names are referenced for technical evaluation only.