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MU Series Data Transmission Platform

High-performance and cost-effective data transmission platform using DWDM technology that not only increases network bandwidth, but also maximises the use of optical fibre resources, minimising the loss of network resources
MU Series Data Transmission Platform
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Easy to operate and maintain
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Allows transmission of up to 96 channels over a pair of optical fibers
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Provides fast and flexible access to the full functionality of the platform
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Support SNMP, Web, Telnet management; remote management with OSC, real-time monitoring
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The platform is suitable for backbone, metro fibre and data centre connectivity
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Built-in high reliability protection
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Discover our product

The DWDM.ME high-capacity transmission platform delivers high throughput in terabits and can be used at various network layers, including national, regional and backbone networks. It is the most cost-effective transmission solution in its industry. The DWDM.ME platform is a high-capacity solution based on WDM (wave division multiplexing) technology, providing granular data transmission with high efficiency and reliability
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DWDM.ME’s generation

DWDM.ME high capacity data transmission platform provides high bandwidth (more than 1.6 terabits) and can be used in various types of networks, including national, regional and backbone networks. It is the most cost-effective data communications solution in its industry
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MS-2GEN - Management Card

Provides online control and monitoring of the entire WDM system

Uses 1510nm wavelength, supporting maximum transmission range of 40dB

Supports CLI, Telnet, SNMP, Web and other network management types

Supports device-to-device IP communication functions to realise integrated multi-device management

Provides graphical information management: topology, positioning on an electronic map, which is convenient for rapid service deployment, fault detection and maintenance cost saving

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LC-OLP optical line protection board

The LC-OLP optical line protection board is used to switch between the primary and backup optical routes, ensuring reliable operation and protection against loss of connectivity in case of failure.

High switching speed <30 ms, which reduces link interruption time and improves service efficiency

Low insertion loss: 1+1≤4dB, 1:1≤1.5dB. Manual or automatic switching mode can be set

Randomly send active and standby working routes to ensure the smooth operation of the enterprise, without the need to manually send to ODF, which is very convenient, safe and time-saving

Real-time monitoring of fibre quality and optical power levels on active and standby links

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Transponder service board LC-MP100-II

Using coherent and DSP processing technology, the LC-MP100-II Transponder Service Board solves the problems of high-speed transmission systems for OSNR compliance, chromatic CD immunity, intermode PMD dispersion and nonlinear physical transmission effects.

Provides large capacity and high bandwidth for coherent 100G network transmission system

Supports single-channel transmission of large packets at 100Gbps

Provides ultra-long distance transmission with FEC direct error correction coding technology to enable 1500 km transmission without electrical recovery

Coherent wave and high-performance DSP processing technologies enable links up to 1500 km without dispersion compensation

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Coherent optical module 100G CFP2

Coherent 100G CFP2 (DCO) optical module designed for dual fibre optical cable.

The minimum guaranteed optical budget of the module is 18.5 dB, however with signal amplification the module can reach up to 2000 km (100 Gbps)

Supports DP-QPSK (dual polarisation quadrature phase-shift keying) for 100Gbps

Has flexible client interfaces to support OTL4.4 signalling for OTU4 with G.709 FEC and OTU4/ODU monitoring, CAUI-4 signalling for 100G Ethernet with RMON counter module.

Built-in generator and Line & Client PRBS verification tool that can help diagnose and test link status

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LC-MP400-II muxponder service board

The LC-MP400-II – 400G muxponder service card supports electrical layer multiplexing/demultiplexing in two modes: 4x100G↔400G, providing aggregation of 4 100G channels into a single 400G channel or 2x100G↔200G, providing aggregation of 2 100G channels into a single 200G channel.

With state-of-the-art coherent and DSP processing technology, 400G channel transmission is achieved, eliminating the challenges of high-speed transmission systems to meet OSNR, chromatic
dispersion and intermode dispersion immunity, and nonlinear physical effects of optical signal transmission requirements

Very long distance transmission capability with FEC technology, achieves 1000 km transmission without electrical signal recovery.

Large dispersion tolerance: 20000ps.nm

Support for 80 channels with wavelength tunability

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Coherent optical module 400G CFP2

Multi-speed host interface compatible with IEEE Ethernet or ITU-T OTN/FlexO

Transmission range up to 1000 km at 400G, with extended range at 200G (2000 km) and 100G (5000 km)

On the host side, accepts various signal types including 100GE, 200GE, 400GE, OTU4 and OTUCn (FlexO)

Optional Layer 1 encryption (AES-256

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QSFP28 100G optical module

The QSFP28 is a compact single-mode transceiver designed to operate at 100Gbps.

The technology used is 2 SM (Two Single Mode)

Operating range 10 km

Duplex LC connector

TX wavelength, nm 1295.56, 1300.05, 1304.58, 1309.14

Transmit power -7.6~2.4 dBm

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Power supply


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Redundancy and fault tolerance: modular design of the power supply supports both AC and DC power supply connectivity with redundant power supplies of each type.

 


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Surge and EMI protection: power supply is equipped with protection mechanisms to prevent damage to connected equipment in the event of surge and EMI.

 


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Power Management: power supply is equipped with power management functions that can adjust the power supply according to the current system load.

 

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Power supply


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Redundancy and fault tolerance: modular design of the power supply supports both AC and DC power supply connectivity with redundant power supplies of each type.

 


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Surge and EMI protection: power supply is equipped with protection mechanisms to prevent damage to connected equipment in the event of surge and EMI.

 


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Power Management: power supply is equipped with power management functions that can adjust the power supply according to the current system load.

 

High integration and support for advanced technologies

MU Series transmission platforms support advanced transmission and high integration technologies with these advantages:

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High Throughput: ability to transmit over multiple wavelengths (frequencies) simultaneously, greatly increasing the capacity of fibre optic networks.

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High Capacity: ability to handle and transmit large amounts of data.

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Long-Haul Transmission: enables efficient transmission over long distances without significant signal loss.

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Configurability: ability to customise transmission parameters to meet individual network requirements.
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Unified platform

Supports mixed installation of different service cards and centralised network management. The MU Series platform provides modularity, flexibility in line card settings, and easy management of resources to improve the efficiency of network operations.

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High cooling system efficiency

The air cooling system consists of fans, whose operation keeps the switching platform at an optimal temperature, preventing overheating and ensuring stable operation. Automatic fan speed adjustment according to equipment temperature or load, contributing to more efficient cooling management and reduced power consumption

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High reliability

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Redundancy and fault tolerance: modular design of the power supply supports both AC and DC power supply connectivity with redundant power supplies of each type.

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Surge and EMI protection: power supply is equipped with protection mechanisms to prevent damage to connected equipment in the event of surge and EMI.

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Power Management: power supply is equipped with power management functions that can adjust the power supply according to the current system load.
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Ultra-large Capacity Intelligent Transmission Platform

MU-70-ACDC - 1U chassis

MU-70-ACDC - 1U chassis

Іs a 4-slot 1U carrier-grade chassis with a redundant AC/DC power supply and fan unit.
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    Support 10G/100G/200G/400G hybrid transmission
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    Standard 1U, 19″, 4 slots
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    Unified platform: supports mixed
    installation of different service cards and
    unified network management
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    One rack supports multiplexing and
    demultiplexing up to 3×16 wavelengths;
    forwarding services up to 12x10G,
    1x100G, 1x200G

High reliability: modular power supply design, plug and play support, 1+1 dual power supply protection

Possibility to install power supply units: 2xDC -48V, 2xAC 220V or duplicated DC and AC

Power consumption: full set <100W

Dimensions (W x H x D) 482.5× 44.5× 320 mm

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MU-180-ACDC - 2U chassis

MU-180-ACDC - 2U chassis

Is an 8-slots 2U carrier-grade chassis with redundant power supply (AC/DC) and fan unit.
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    Support 10G/100G/200G/400G hybrid transmission
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    Standard 2U, 19″, 8 slots
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    Unified platform: supports mixed installation of different service cards and unified network management
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    One rack supports multiplexing and demultiplexing up to 7×16 wavelengths, service forwarding up to 28x10G, 4x100G, 4x200G

High reliability: modular power supply design, support for plugging and unplugging, 1+1 dual power supply protection

Possibility to install power supply units: 2xDC -48V, 2xAC 220V or duplicated DC and AC

Power consumption <200W (complete)

Dimensions (W x H x D) 482.5× 89×350 mm

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MU-380-ACDC - 5U chassis

MU-380-ACDC - 5U chassis

Is a 20-slot 5U carrier-grade chassis with a redundant power supply (AC/DC) and fan unit.
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    Support 10G/100G/200G/400G hybrid transmission
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    Standard 5U, 19″, 20 slots
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    Unified platform: supports mixed installation of different service cards and unified network management
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    One rack supports multiplexing and demultiplexing up to 19×16 wavelengths, forwarding services up to 76x10G, 9x100G, 9x200G

High reliability: modular power supply design, support for plugging and unplugging, 1+1 dual power supply protection

Possibility to install power supply units: 2xDC -48V, 2xAC 220V or duplicated DC and AC

Power consumption<500W (in full set)

Dimensions (W x H x D) 482.5× 222.5×350 mm

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Product Certification

Fulfils the requirements of the Low Voltage Directive 2014/35/EU

The MU-380-ACDC, MU-70-ACDC, MU180-ACDC data transmission platforms have certificates of conformity to the Electromagnetic compatibility (EMC) 2014/30/EU of EC technical means.

EMC testing ensures that equipment meets EMC standards to minimise the impact of electromagnetic fields on devices and ensure reliable operation in a variety of environments. Passing EMC not only ensures that products meet regulatory requirements, but also identifies and eliminates possible sources of electromagnetic interference that can affect the operation of other devices in the same electromagnetic environment. Compliance with EMC standards contributes to the creation of high-quality products, which ultimately strengthens the competitive position of the DWDM.ME brand as improved performance and reliability of equipment reduces the likelihood of failure in use and increases consumer confidence in the brand.

Fulfils the requirements of the EMC Directive 2014/30/EU

Data transmission platforms MU-380-ACDC, MU-70-ACDC, MU180-ACDC of DWDM.ME brand have certificates of compliance with the Low Voltage Directive 2014/35/EU (LVD), which is a “common harmonised safety directive” covering all safety aspects of electrical equipment, not just electrical risks.

The directive ensures that equipment designed for use within a certain voltage range is safe for users and complies with European legal requirements.

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    Product documentation

    Product documentation

    Check out documentation to learn more:
    NMS Management Board MS-2GEN MU-series Chassis Transmission Platform

    The MU platform is a next-generation intelligent platform designed to ensure stable and reliable data transmission across optical networks. It is suitable for projects of any scale and guarantees high efficiency. These platforms are an excellent choice for building high-performance and reliable DWDM networks.

    Key Features and Advantages of the MU Data Transmission Platform

    The MU transmission platform offers several advantages that set it apart from alternatives:

    • universal compatibility – supports installation of various optical transceivers, DCU modules, and other DWDM components, tailored to specific network needs;
    • high port density – efficient space utilization in switching nodes and data centers, helping reduce infrastructure costs;
    • monitoring and intelligent control – built-in management tools for real-time network monitoring and fault diagnostics;
    • easy scalability – the platform can be expanded with additional modules without interrupting network operations;
    • redundancy of critical elements – allows quick replacement of components, minimizing system downtime and failure risks.

    The MU platform stands out for its reliability, stability, and operational efficiency.

    Where the MU Intelligent Platform Is Used

    Such DWDM equipment as the intelligent platform is relevant across numerous sectors. It is indispensable for backbone and regional networks of telecom operators, as well as for data centers (DCs). The platform also effectively enhances the infrastructure performance of internet service providers and cloud services. Additionally, it is suitable for both private and corporate networks, especially where high-speed and stable data transmission is critical. Its use ensures reliable infrastructure operation, improved connection quality, and reduced operational costs.

    How to Choose an MU Series Data Transmission Platform

    To ensure efficient operation of an intelligent platform, it’s important to choose one based on your network’s needs. Consider the following:

    • need for additional components – such as DCU modules, depending on network specifics;
    • type and number of optical transceivers – make sure they meet the technical parameters of the network;
    • project scale and network type – for example, metropolitan, regional, or backbone networks;
    • monitoring and management features – assess whether features like auto-diagnostics or remote administration are needed.

    Also, check compatibility with your existing DWDM infrastructure. While MU modules are usually universal, variations may exist.

    Buy MU Platform with Delivery

    You can purchase the MU platform with fast delivery from DWDM.ME. Our experts will help you choose the best model based on your needs. The catalog includes multiple platform options and additional DWDM equipment.

    FAQ

    What is the main advantage of the MU platform?

    Its main advantage is intelligent network control, which optimizes performance and increases efficiency.

    Is the MU platform compatible with other equipment?

    Yes, the MU platform is compatible with most modern DWDM components and can be easily integrated into existing infrastructure.

    What are DCU modules, and when are they needed on the MU platform?

    DCU modules are dispersion compensation devices that enhance the quality and stability of data transmission over long distances. They are essential for improving performance in long-haul fiber optic networks.

    Does the MU platform support remote monitoring?

    Yes, the MU platform supports remote monitoring and management of all network components, enabling efficient real-time control of the network.

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