Product supply
Optical transport equipment selected around the technical requirement.
Data Centre Interconnect · DWDM Solutions
One path. More capacity.
Proven patterns for the next critical link.
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. The application patterns below show how that capacity becomes a dependable, operable network.
From the first design
to the final handover.
A complete DCI engagement shaped around the route, target capacity, operational requirements and fibre environment.
Solution design
Practical link design informed by telco DWDM experience.
Installation
On-site delivery support to bring equipment and connections together correctly.
Testing
Fibre and network-testing expertise applied before handover.
Commissioning & support
Structured handover, technical clarification and support beyond deployment.
Data centre to data centre.
Designed as one dependable path.
Each endpoint brings together the network, optical transport and fibre path between sites. It is the connection AMS Extreme can design, install, test, commission and support.
Illustrative architecture only. Final equipment, reach, fibre condition, protection and acceptance-test plan must be engineered to the project requirement.
Why AMS Extreme
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.
Telco DWDM design experienceBuilt around the realities of optical transport networks.
Fibre and network-testing expertiseBring validation thinking into delivery, not after it.
Capacity is only the start.
Resilience makes it useful.
Practical approaches to capacity, route protection 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
Connect three facilities while protecting each fibre segment and leaving a practical path to expand capacity as demand grows.
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
Build 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
Keep dependable connectivity between critical sites while retaining control of a fully redundant optical link and reducing operational friction.
Design lessonResilience must be operational, not theoretical. Link redundancy, manageable encryption and clear handover criteria matter when the service cannot stop.
See deployment exampleSmartoptics building blocks
for DCI.
Selected options for the DCI conversation. The final bill of materials follows the route, capacity, interfaces and resilience requirements.
Start with the link you need to build.
Share your endpoints, route, target capacity, fibre environment and project timeline. We will help define the practical DCI path.
Discuss DCI/DWDM Projects