The high capacity 12.8T-2U DCI Transport System is targeted at core fiber networks and other large-scale data center interconnect applications with a need for maximum bandwidth and stability. It provides a considerable increase in the network capacity without footprint expansion, with programmable rates from 100G to 800G up to 12.8T per chassis.
With high-density design, flexible optical configuration and carrier-grade protection features, the system realizes long-distance, high-efficiency transmission and reduce overall deployment and operational costs.
Core networks require massive scale and flexible scalability. It is designed for multi-use transmission needs while maximising fiber utilisation.
Transmission with an ultra-high density of a maximum 12.8Tbit/s transmission per chassis
Programmable rates from 100G–800G with advanced modulation (QPSK / ~8QAM–16 QAM)
A greater than 120 customizable grid manageable wavelengths - 6.25GHz granularity
This allows operators to fulfil capacity without excessive fibre growth or Capex.
Space efficiency and scalability are vital for core and metro deployments. It is best suited for high volume integration and the expansion component.
High density rack 2U compact chassis
Accommodates standard 19-inch cabinets featuring a minimum depth of 600mm
Flexible Serviced Configuration with upto 8 service slots
It leads to better rack density as well as large-scale network growth without needing a ton of devices.
That means full-holes interoperatability with no limitation between services and platforms within fairly overhead networks. This system includes flexible access and open integration capabilities.
Provides 10GE–400GE, OTU2/OTU4 and FC services
Pluggable optical: QSFP28, QSFP-DD, CFP2 OSFP
Integration with third party NMS/SDN systems via Open APIs
This enables seamless transition of network architecture without lock-in with any vendor.
Stability at the core fiber infrastructure level is fundamental. It is structured with a comprehensive set of protections to allow for constant availability.
End-to-end reliability: OLP / OMSP / OCHP protection
Key line-side ports and power modules with 1+1 protection
External ALS and AGC for optical safety & signal consistency
This minimizes the risk of downtime and guarantees its stable transmission over long distances.
O&M must be more efficient at large scale Management tools to give you visibility and control over, well, everything
Management done via CLI, Web (Nixplay Cloud website), SNMP, NETCONF and GUI
Continuous monitoring of optical power, temperature and status
Centralized Network Orchestration with OSC-based DCN
It helps in simplifying operations and is easier to troubleshoot.
Power Efficiency & Environmental Adaptability are critical for Sustaining the Network. This boys can run reliably despite harsh conditions.
AC/DC/HVDC Power Based 1 + 1 Redundancy
Typical Power Consumption (full configuration) <800W
Average operation in telecom and data centre typical environments
It is an operational cost-lowering but is semi reliable on core networks.
