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Sintai Communication Co.,LTD.
Sintai Communication Co.,LTD.
DCI/OTN Muxponder

DCI/OTN Muxponder

The OTU Muxponder includes 4x100G→1x400G Muxponder, 8x100G→2X400G Muxponder, 4x100G→2X200G Muxponder, 2x100G→1x200G Muxponder, 1x100G+10x10G→1x200G Muxponder, 20x10G→1x200G Muxponder, which can be matched with OTNS 8600 -DCI4/DCI8 series of 1U and 2U chassis.


SINTAI develops 2*400G muxponder,1*400G muxponder,2*200G muxponder,10*10G +1*100G to 1*200G muponder,20*10G to 1*200G muxponder for DCI customer.


Types of DCI System

  • 4x100G →1x400G Muxponder
    Suitable for transmission over metropolitan networks and long-distance networks up to 600 kmSuitable for high-capacity DCI network transmission for enterprises, campuses, cloud computing, etc.Suitable...
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  • 4x100G→2X200G Muxponder
    The 200G Muxponder service card (P524) launched by Sintai Communication supports mapping 4x100G optical signals received on the client side into 2 OTUC2 signals and interconverting OTUC2 signals with ...
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  • 1x100G+10x10G→1x200G Muxponder
    The 200G Muxponder service card (P514) launched by Sintai Communication supports mapping 2x100G optical signals or 1x100G+10x10G optical signals received on the client side to 1 OTUC2 signal and inter...
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  • 20x10G→1x200G Muxponder
    Suitable for transmission over metropolitan and long-haul networks up to 1000 km longSuitable for high-capacity DCI network transmission for enterprises, campuses, cloud computing, etc.Suitable for 20...
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DCI/OTN Muxponder Advantages

  • Supports comprehensive performance monitoring and quality visibility at the service, OTN and optical layers.

  • Support OTN performance monitoring and alarm monitoring functions

  • Support optical module temperature, current, optical power monitoring, etc.

  • Support Ethernet RMON monitoring

  • Support Telemetry

  • End-to-end optical transport transparency of customer traffic

  • Universal container supporting any service type


What Is DCI?

Data Center Interconnect(DCI) is a network solution that enables interconnection between multiple data centers.

 

With the advent of the Big Data era and new technologies such as Artificial Intelligence(AI), Virtual Reality(VR) / Augmented Reality(AR), and the Internet of Things(loT), data traffic is exploding an digital technologies are shaping the future world. Cloud computing, networking, mobility and big data technologies continue to converge to depth, and a data center-centric network is gradually taking shape. In order to better share data center resources, improve business security and reduce disaster recovery and backup costs, interconnection between data centers has become an inevitable trend.

 

The following are three solutions for realizing interconnection of data centers. The difference between the three is briefly explained by taking the customer-side service between two data centers as 10x10G+100G as an example.


(1) Naked fiber bearing: with bandwidth independent control, expansion and speed up simple features, but for the distance (distance greater than 80km), the number of circuits, the need for equipment protection and other needs of the circuit, fiber bearing both from the cost, protection methods are not suitable, and the existing fiber optic cable resources are very valuable, the need to make full use of the limited fiber to provide the largest possible bandwidth, bearing the maximum capacity of IDC data.


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Figure 1: Naked Fiber Transport Solution_10x10G+1x100G


(2) Traditional WDM bearing: traditional WDM equipment can achieve SDH/Ethernet/CPRI/OTN/SAN and so on different types of service wavelength access, while providing perfect networking, protection and end-to-end management under any topology, effectively supporting the cost of the transmission network, bandwidth, networking, efficiency and reliability requirements. Although the traditional 100G DWDM has various bearing advantages, but the integration is not high, large rack power consumption, service management is not perfect and flexible shortcomings in the data center room are still relatively limited.

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Figure 2: Traditional WDM Transport Solution_10x10G+1x100G

(3) DCI/OTN bearing: DCI/OTN equipment fully combines the respective advantages of Internet companies and operators to provide competitive DCI optical interconnection solutions, which can converge multiple services under different types for one wavelength for transmission. The equipment is a simple version of small OTN equipment with high integration, low power consumption, flexible operation and maintenance, photoelectric decoupling, with strong overhead maintenance management and more flexible scheduling capabilities, which is born for IDC, and is currently mainly used in interconnection between data centers in metro networks, between IDC nodes and to the circuit of the backbone transmission network.


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Figure 3: DCI/OTN Transport Solution_10x10G+1x100G





With more than ten years of accumulated experience in network construction and operation and maintenance, Sintai Communication uses coherent transmission technology to design the OTNS8600 DCI-8 optical transport network platform specifically for data center interconnection, which solves the various challenges faced by industrial customers in planning, construction, and maintenance, and provides customers with a reliable, flexible, and efficient high-bandwidth bearer solution.


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Figure 4: OTNS8600 DCI-8 Platform (3.2Tbps/chassis)






DCI/OTN Muxponder FAQs

  • How does an OTN work? How does an OTN work?
    How does an OTN work?

    An optical transport network (OTN) is a digital wrapper that encapsulates frames of data, to allow multiple data sources to be sent on the same channel. This creates an optical virtual private network for each client signal.


  • Where is OTN used? Where is OTN used?
    Where is OTN used?

    OTN standard was primarily used in optical transport applications, providing standard performance monitoring, fault detection, embedded communication channels, and FEC for WDM networks.


  • Why data center interconnect? Why data center interconnect?
    Why data center interconnect?

    Data Center Interconnect (DCI) technology connects two or more data centers together over short, medium, or long distances using high-speed packet-optical connectivity. Data Centers house compute and storage resources for applications, data, and content.