DCI (Data Center Interconnect) Solution
➤Data Center Interconnect (DCI) emerge to the need for efficient communication and resource sharing between geographically distant data centers. It addresses demands for improved disaster recovery, load balancing, and optimized data processing in distributed computing environments.
➤Data Center Interconnect (DCI) is the technology that establishes connections between two or more data centers, enabling seamless communication, data sharing, and the exchange of computing and storage resources. It serves purposes such as backup, redundancy, and beyond. This connectivity can extend over short distances, such as within a city, or traverse vast expanses, crossing continents and oceans through sub-sea cables.
➤In the realm of Data Center Interconnect (DCI), the significance extends beyond mere speed, bandwidth, and capacity. Essential features like streamlined Operations and Maintenance (O&M), intelligence, and security have evolved into necessities, not mere add-ons, reflecting the demands of an ever-growing digital landscape. DCI solution integrates these crucial functions, leveraging over a decade of expertise in the communication industry, showcasing a commitment to research and development, production, and sales.
Features
Compact design
Versatile options with 1U or 2U
configurations
Exceptional cost-effectiveness
Facilitates OEM customization, allowing you to personalize branding with your logo and specifications
Application Scenarios
Data Center/IDC Room Interconnection
Efficiently link data center data roomsInterconnect in a 3AZ scenarioIDC interconnection
Government Enterprise Dedicated Network
10G and 100G dedicated network options
WDM Application in Rural Transmission Network
WDM transmission between county and townshipOptoelectronic decoupling with added electrical layer equipment
New Intelligent Metropolitan Area Network Carrier
Spine-Leaf interconnectionDCSW - Leaf (B)
Shortage of Fiber Optic Resources
Wireless BackhaulInterconnection between urban nodesFiber optic "increment"
Point-to-Point Transmission Network
Case Description:
➤Requirement: A banking client need to transmit 100GE and 10GE services between sites A and B, with a distance of 330km and an optical amplifier relay point in between.
➤Solution: The solution utilizes D16HE to achieve 200G service transmission, successfully activating two channels of 100G service, with no need for dispersion compensation throughout the entire line.
400G Ring Network
Case Description:
➤Requirement: An internet company is establishing a new data center in Northwest, taking advantage of favorable policies. The company plan to establish a backbone transmission network between the new and existing data centers, and gradually upgrade it to 1.2T.
➤Solution: The solution utilizes DCI to form a ring network, and enabling seamless expansion.
➤DCI is an optical-electrical Wavelength Division Multiplexing (WDM) transmission device designed for Data Center Interconnect (DCI) in the intelligent era. Data Center Interconnect demands products with large bandwidth, low latency, high density, quick deployment, ease of maintenance, and high reliability. DCI is designed to meet these requirements. The 1U device supports a maximum transmission capacity of 1.6T, while the 2U device supports a maximum transmission capacity of 6.4T.➤DCI is a 200G/400G stackable WDM transmission platform with advantages such as substantial transmission capacity, compact size, low power consumption, and user-friendly operation and maintenance. It exhibits robust scalability, high reliability, and secure connections, making it ideal for data center interconnection and next-generation metropolitan area network transmission.➤DCI supports various service cards at the electrical layer, including a 400G service card, a 200G service card, and a 200G TMUX service card. At the optical layer, DCI offers functionality such as FOADM, ROADM, EDFA, OLP, and more. Built on an open software architecture, it provides various open interfaces for seamless integration into third-party comprehensive network management systems.