HUAWEI OptiX Metro 6100 optical fibre Transmission transceiver

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Place of Origin:
Guangdong, China
Brand Name:
Huawei
Model Number:
Metro 6100
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Supply Ability:
200 Piece/Pieces per Week
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standard package
Port
Shanghai
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Within 3~5 days after raciving payment

HUAWEI OptiX Metro 6100 optical fibre Transmission transceiver

 

Product Description

                                                               

Basic Specification

The product supports various optical layer technologies.

 

  Grooming Ability

The product provides the following wavelength resource allocation solutions: optical signal grooming capability and electrical signal grooming capability.

Optical Signal Grooming Capability

These two solutions are applicable to the OptiX Metro 6100 DWDM systems (DWDM system for short). Only FOADM is applicable to the OptiX Metro 6100 CWDM systems (CWDM system for short).

In a DWDM system, the optical signal grooming that is realized by the ROADM technology is classified into two types:

  • Two-dimensional grooming (the wavelength grooming in two directions)
  • Multi-dimensional grooming (the wavelength grooming in multiple directions)

With the ROADM technology and the full-band tunable optical module on the OTU board, the DWDM system realizes the dynamic networking of optical signals, and supports many types of complex networks, such as tangent rings, chain, and intersecting rings. In this way, the system ensures flexible grooming of optical signals in or between networks.

For details of optical signal grooming, refer to 8 Grooming of Wavelengths and Services.

Electrical Signal Grooming Capability

The OptiX Metro 6100 provides two layers of electrical signal processing capabilities.

On layer 1, the GE ADM technology ensures the electrical signal grooming of GE services between the OTU boards at 2.5, 5, or 10 Gbit/s. Hence, the following features are achieved:

  • Better wavelength utilization
  • Longer transmission distance without dispersion compensation
  • Arbitrary cross-connection capability

On layer 2, the L2 switching technology enables the convergence of a maximum of 32 GE services into one wavelength. Hence, the local convergence of GE services in a piece of equipment is achieved.

For details of electrical signal grooming, refer to 8 Grooming of Wavelengths and Services.

Technical Specifications

The product supports DWDM and CWDM technical specifications.

Table 2-1 lists the transmission capacity and the upgrade and expansion ability for DWDM and CWDM technical specifications.

  Transmission capacity and upgrade and expansion ability
ItemDWDM SystemCWDM System

Maximum capacity (Gbit/s)

1600 a

40

Used band

C-EVEN:

1529.55 nm-1560.61 nm

1311nm-1611 nm

Channel spacing (nm)

0.8

20

Frequency spacing (GHz)

100

-

Maximum channel count

40

16

Maximum accessed rate for each channel (Gbit/s)

40 a

2.5

Maximum add/drop traffic b (wavelength count)

40

16

Whether support optical amplifier

Yes

No

Applied fiber

G.652/G.653

G.652

Upgrade and expansion

Supporting upgrade of each wavelength of C band at 2.5 Gbit/s, 5 Gbit/s, 10 Gbit/s and 40 Gbit/s rates.

Supporting upgrade of each wavelength at 2.5 Gbit/s rate.

a: This value is based on the scenario where the DWDM system uses only 40 Gbit/s wavelengths to access signals.

b: The maximum add/drop traffic is the add/drop traffic in the OADM station that is formed by back-to-back OTMs. The DWDM system can block and pass through any channel through the DWC board or the WSD9, WSM9, RMU9 and WSMD4 boards. The DWC is the dynamic wavelength control board. The WSD9 is the nine-port wavelength-selective switching demultiplexer board. The WSM9 is the nine-port wavelength-selective switching multiplexer board. The RMU9 is the nine-port ROADM multiplexing board. The WSMD4 is the 4-port wavelength selective switching demultiplexing/multiplexing board. In this way, the system can dynamically add/drop wavelengths to realize the ROADM.

Transmission Capacity

The transmission capacity varies with the system type.

  • A DWDM system can access a maximum of 40 wavelengths. The rate of each can be 2.5 Gbit/s, 5 Gbit/s, 10 Gbit/s, or 40 Gbit/s.
  • A CWDM system can access a maximum of 16 wavelengths. The rate of each can be 2.5 Gbit/s.

Transmission Distance

The transmission distance varies with the system type.

Transmission Distance Specification in DWDM Systems

According to the type of fibers, the DWDM system uses the forward error correction (FEC), SuperWDM, dispersion compensation and optical equilibrium technologies by option and can support the long haul transmission without an REG.

The transmission distance specifications on the G.652 fiber of the DWDM system are as follows:

  • When the FEC and SuperWDM (DRZ coding) technologies are used, the systems allow an attenuation of 20 x 22 dB for transmission without an REG.
  • When 40-wavelength access is used, the DWDM system allows an attenuation of 46 dB for long-haul single-span transmission.

Transmission Distance Specification in CWDM Systems

On the G.652 fiber, the CWDM system allows the 80 km single-span transmission.

 Networking Capability

The product provides a variety of networking mode.

The OptiX Metro 6100 supports point-to-point, chain and ring networking modes.

The OptiX Metro 6100 can also be used as equipment for the convergence layer and work with the OptiX Metro 6040 to offer a complete Metro WDM solution.

 Integrated System and Open System Compatibility

There are two types of DWDM systems: integrated DWDM system and open DWDM system.

The open DWDM system is configured with the OTU boards to convert a wavelength into a G.694.1-compliant wavelength.

The integrated DWDM system does not need the OTU boards when its client-side equipment (for example, the SDH equipment) has optical transmitter interfaces that comply with G.694.1.

  Service Access

The product can access services of different types by using different optical transponder boards (OTUs).

 

Types of Service Access

The product can access almost all types of services that are rated from 16 Mbit/s to 40 Gbit/s.

Table 2-2 lists the types of the services that can be accessed by the OptiX Metro 6100.

Types of Service Access

Classification

Service Types

Standard SDH/POS/ATM service

STM-256 standard or concatenation service

STM-64 standard or concatenation service

STM-16 standard or concatenation service

STM-4 standard or concatenation service

STM-1 standard service

Standard SONET service

OC-768 standard or concatenation service

OC-192 standard or concatenation service

OC-48 standard or concatenation service

OC-12 standard or concatenation service

OC-3 standard service

POS service

Packet Over SDH/SONET service

Ethernet service

10 GE LAN service

10 GE WAN service

Fast Ethernet (FE) service

Gigabit Ethernet (GE) service

SAN service

Enterprise Systems Connection (ESCON) service

FC 100 service

FC 200 service

FC 400 service

Fiber Connection (FICON) service

FICON Express service

Any 16 Mbit/s–2.5 Gbit/s service

Fiber Distributed Data Interface (FDDI) service

PDH (34 Mbit/s, 45 Mbit/s, 140 Mbit/s) service

Digital video broadcasting-asynchronous serial interface (DVB-ASI) service

HDTV service

OTN service

OTU1 service

OTU2 service

OTU3 service

 Ability of Service Access

The product provides multi-types of the service access capability.

Table 2-3 lists the service access capabilities.

Service access capability
Service TypeMax. Number of Services Accessed on a BoardMax. Number of Services Accessed in a Subrack

GE

8

96

10GE

1

12

STM-256/OC-768

1

4

STM-64/OC-192

4

24

STM-16/OC-48

4

48

STM-4/STM-1/OC-12/OC-3

8

96

Services at any rate (16 Mbit/s to 2.5 Gbit/s)

8

96

OTU1

4

48

OTU2

4

24

OTU3

1

4

 Management and Auxiliary Interfaces

The product provides management and auxiliary interfaces for the maintenance.

Table 2-4 lists the management and auxiliary interfaces in the OptiX Metro 6100.

 Management and auxiliary interfaces.
Interface TypeDescription

Management interface

Operation administration and maintenance (OAM) interfaces (SERIAL): located in the subrack interface area.

Commissioning interface (COM): located in the subrack interface area NM cascading interfaces (ETHERNET1/ETHERNET2)a: located in the subrack interface area

NM interfaces (ETHERNET1/ETHERNET2)a: located in the subrack interface area

Alarm interface

Alarm input/output interface (ALM): located in the subrack interface area

Subrack alarm output and concatenation interfaces (LAMP1/LAMP2): located on the PMU board

a: For the C6SCC board, ETHERNET1 is the full duplex Ethernet electrical interface at 100 Mbit/s and ETHERNET2 is the half duplex Ethernet electrical interface at 10 Mbit/s. For the C8SCC board, ETHERNET1 and ETHERNET2 are the full duplex Ethernet electrical interfaces at 100 Mbit/s.

 

  Guaranteed Reliability

The product provides equipment level protection and network level protection.

 

Equipment Level Protection

The product provides various equipment level protection schemes to enhance the system reliability.

Each board in the OptiX Metro 6100 accesses two external –48 V DC working power supplies. The two power supplies serve as mutual backup. When any of the two fails, the board remains in the normal working state.

Network Level Protection

The product provides various network level protection schemes to enhance the system reliability.

The OptiX Metro 6100 provides the following network protection schemes:

  • Optical channel protection
  • Optical line protection
  • Wavelength cross-connection protection (WXCP)
  • Tribute protection switching (TPS) and double path protection switching (DPPS)
  • VLAN SNCP protection
  • Optical wavelength shared protection (OWSP)
  • Optical wavelength shared protection (DCP)

There are five schemes for optical channel protection:

  • Inter-broad wavelength protection
  • Intra-board wavelength protection
  • Extended intra-board wavelength protection
  • Inter-subrack 1+1 optical channel protection
  • 1+1 wavelength protection at client

 Configuration Data Backup

The SCC board provides an external storage device to back up network element (NE) configuration data.

It serves to restore the data after the SCC board is replaced.

 Performance Monitory of Access Services

The product monitors various performances of the services. This helps in the routine maintenance and troubleshooting.

The OptiX Metro 6100 provides multiple monitoring functions, including:

  • B1 bit error monitoring
  • Ethernet performance monitoring
  • Optical power monitoring

The monitoring covers services on the WDM side and on the client side as well as the converged sub-rate services.

Table 2-5 shows the performance monitoring based on the service types.

 Performance monitoring of the accessed services
Service SortMonitorable Performance ItemService Types

Data

Ethernet performance RMON statistic

GE/10GE/FE

SDH/SONET

B1 bit error

STM-1/STM-4/STM-16/STM-64/STM-256

OC-3/OC-12/OC-48/OC-192/OC-768

OTN

SM-BIP8 bit error

PM-BIP8 bit error

OTU1/OTU2/OTU3

 In-Service Optical Performance Monitoring

The system provides the performance monitoring based on the network.

The optical monitoring interfaces are provided on the multiplexer, demultiplexer, and the optical amplifier of the DWDM system. The optical spectrum analyzer, multi-wavelength meter or MCA board can be directly connected to these interfaces to measure performance parameters at reference points without service loss.

 Network Management Tools and Protocols

By using the Qx and CORBA interfaces, the NM system manages alarm, performance, configuration, communication, security, and topology of the entire optical transmission system.

The NM system also provides end-to-end management according to the requirements of the user. The NM system improves the network quality, lowers the maintenance cost, and ensures reasonable utilization of the network resource.

The NM system provides user friendly interfaces and comprehensive functions. Its software system adopts component technology and object-oriented technology so that the application sub-systems can be tailored according to the requirements of the user. This facilitates system expansion.

 

  T2000

OptiX iManager T2000 (T2000 for short) is a subnet management system (SNMS). Subnet management system of the new generation can manage and control NEs and the area network. In the telecommunication management network (TMN) architecture, SNMS is located between the NE level and network level. Therefore, the T2000 supports all functions of NE-level and part of the network-level management functions.

The T2000 provides the users with single-layer management network solutions for small and medium-sized transmission networks. The T2000 can assist network layer management system and service layer management system in managing large-scale transmission networks together with the upper-level network management system (through the standard external interfaces).

Simple Network Management Protocol

The system provides the simple network management protocol (SNMP).

The SNMP is a standard protocol based on user datagram protocol (UDP). With an SNMP compatible management interface, any NM system can query the alarms and performances of the equipment.

 Transmission of Network Management Information

There are three communication modes: HWECC, IP over DCC and OSI over DCC.

  • HWECC: The management information is transmitted by using the HWECC protocol sharing method.
  • IP over DCC: The management information is transferred by using the IP protocol sharing method.
  • OSI over DCC: The management transmitted is transferred by using the OSI protocol sharing method.

 

 

 

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