This 12x100G 1.2T DCI DWDM System is a high-performance integrated box-type solution designed exclusively for data center interconnect. It delivers ultra-high capacity 100G-level transmission in a compact 1U form factor, supporting flexible stacking, multi-service access and comprehensive end-to-end protection. It is the ideal choice for building stable, efficient and scalable DCI links between geographically distributed data centers, perfectly meeting the explosive bandwidth demand of modern data center networks.
The system features a box-type design for space-saving and fits into standard 19-inch data center server cabinets.
It provides flexible device stacking: to increase transmission capacity without complex hardware upgrades, adapting to various deployment scenarios:
• 1U standard form factor: 44mm (Height)*442mm (Width)*600mm (Depth)
• Stackable design to save equipment room space and enable flexible network migration
• Seamless compatibility with data center server rack deployment requirements
Such compact and stackable design maximizes the utilization of limited equipment room space, while providing a seamless expansion path for capacity growth, thus protecting long-term network investment and avoiding repeated hardware costs.
The system is built with best-in-class transmission capacity to fulfill the large-bandwidth requirement of modern data center interconnect.
It is oriented with full coverage of DCI service requirements: high-density 100G service access and flexible customization:
• Maximum single-device transmission capacity: 1.2Tbps (12×100G)
• Stackable to expand single-fiber capacity to 2.4Tbps for ultra-high bandwidth needs
• Supports 40GE/100GE mixed transmission with fully customizable service ports
• 12 QSFP optical ports with maximum single-port rate up to 100Gbit/s
The high-capacity and flexible service design guarantees that the current large-bandwidth DCI demand can be met, while leaving enough space for future business growth, enabling one-time deployment and long-term stable operation.
This system implements a transparent transmission structure to protect crucial DCI data transmission security.
The photoelectric crossover is too complex, and complete physical isolation is implements to avoid cross-service interference and data leakage:
• Transparent service transmission without complex photoelectric crossover
• Complete physical isolation of service ports to enhance network security
• No impact on original service transmission during system deployment
• Reliable end-to-end data transmission for mission-critical DCI business
This secure and transparent approach essentially protects sensitive data in flight, making it yet another strong solution for financial, government and as enterprise-level DCI links that require stricter integrity and security controls between data centers.
This system is designed to be as simple as possible to reduce complexity in DCI network construction.
It needs no modifications on the original network topology, nor elaborate optical layer design; hence it can be deployed instantly onsite:
• Simple networking without modifying the original network topology
• No complex optical layer design, only select model by link attenuation or distance
• One-box delivery with free pre-configuration, true plug-and-play operation
• No fiber jump or manual intervention required for on-site deployment
The simplified deployment process shortens the project construction cycle and further reduces on-site operation, which can realize fast launch of DCI link, greatly improving data center interconnection construction efficiency.
Multi-level protection mechanisms guarantee seamless DCI link connectivity.
It adopts a scientific power supply and thermal management design, which can adapt to the operation of complex data center environments, ensuring stable operation of 7*24 hours:
• Supports 1+1 line-side protection with automatic transmission route selection
• 1+1 power supply hot backup with 2 hot-swappable server power modules
• Four groups of hot-swappable fans for redundant heat dissipation and hot backup
• Front air inlet and rear air outlet design for efficient heat dissipation
• MTBF exceeding 100000 hours for long-term stable operation
• Maximum power consumption <400W under full configuration
This design does not only guarantee comprehensive protection and thermal architecture, but also allows the system to quickly switch to backup paths or modules in fault scenarios, minimizing service interruption while also meeting the high reliability requirement of data center equipment.
The system is a seamless integration of DCI link hardware and software, with complete network management functions to achieve centralized monitoring of DCI links.
Support compatibility with multiple management mode, simplify daily operation and maintenance operation, enhance network management efficiency:
• Supports in-band monitoring channel for whole-network SNMP management
• Visual Web interface for intuitive daily operation and maintenance
• Fully compatible with OTNS8600 network management system for centralized control
• Real-time monitoring of system status, power and heat dissipation parameters
Centralized network management allows operators to understand the status of disparate interconnect (DCI) links in real time, quickly locate and handle faults, effectively improving the efficiency of daily DCI operation and maintenance.
The high-bandwidth 12x100G 1.2T DCI DWDM System is designed for the inter-connection of data centers.
Widely applied in DCI scenarios, it provides stable and efficient transmission support for modern data center networks:
• Large-capacity data transmission and backup between enterprise-level data centers
• Cloud service provider data center interconnection and network capacity expansion
• Low-latency and high-reliability DCI links for financial and government data centers
• Flexible expansion of data center interconnection capacity through device stacking
As a leading integrated DCI solution in the industry, it helps users build modern high-speed distributed cloud interconnect network architecture, which is conducive to meeting current and future business needs and supporting stable development of data center services.
