OptiX Metro 100

The OptiX Metro 100 is case-shaped STM-1 optical transmission equipment, which is developed by Huawei. The OptiX Metro 100 supports access of various services at the access layer of a LAN or local transmission network and is targeted for service access on the mobile base station side and for transport of private line services of Tier 1 customers. Together with other equipment working at the access layer, the OptiX Metro 100 provides complete solutions for the optical transmission systems of Huawei.

The OptiX Metro 100 provides various types of service ports, supports complete network security schemes, and features flexible configuration, easy installation, and easy maintenance. In addition, the OptiX Metro 100 consumes low power and supports wind cooling.

Product Positioning

     The OptiX Metro 100 is used at the access layer of a transmission network. The OptiX Metro 100 provides STM-1 optical interfaces and works with the other access-layer equipment to form an entire equipment group at the access layer of a transmission network, therefore constructing a complete OptiX product series of Huawei.

Product Overview

     The OptiX Metro 100 is new-generation optical transmission equipment developed by Huawei for the access layer.

The OptiX Metro 100 is a type of case-shaped equipment. The dimensions of the chassis are: 442 mm (W) x 220 mm (D) x 43.6 mm (H). Except for the power supply module, all the functional units are integrated into the one board.

The OptiX Metro 100 supports the following service models:

• 2xSTM-1+4xFE+8xE1 (DC power supply)
• 2xSTM-1+4xFE+8xE1 (AC power supply)
• 2xSTM-1+8xE1 (DC power supply)
• 2xSTM-1+8xE1 (AC power supply)
• 1xSTM-1+8xE1+4xFE (DC power supply)
• 1xSTM-1+8xE1+4xFE (AC power supply)
• 1xSTM-1+8xE1 (DC power supply)
• 1xSTM-1+8xE1 (AC power supply)

Product Features

     The OptiX Metro 100 supports various power input modes, installation modes, and low power consumption.

Low Power Consumption, Natural Heat Dissipation, and High Integration

     All the features can help carriers minimize their OPEX.

Capacity

Service Types

     The OptiX Metro 100 supports various services and a wide range of functions and features.

The OptiX Metro 100 supports the following services:

• SDH services
• PDH services
• Ethernet services

Software Architecture

The software system is of a modular design. Each module provides specific functions and works with other modules.

The entire software is distributed in three modules including board software, NE software and NM system.

The software resides respectively on functional boards, the SCC, and NM computer. Hierarchical structure ensures that it is highly reliable and efficient. Each layer performs specific functions and provides service for the upper layer.

Table 2 Service access capacity of the OptiX Metro 100

   Service Type                        Maximum Access Capacity Supported by One Device

  SDH services                                                        2xSTM-1 (o)

  PDH services                                                           8xE1

Ethernet services                                                    4xFE (e)

 Table 3  Size, weight, and power consumption of the OptiX Metro 100

Equipment Name                              OptiX Metro 100

Maximum Power Consumption             16 W  

Maximum Weight                                DC power: 2.6 kg            AC power: 2.7 kg    

Fuse Capacity                                            1 A     

Dimensions                                            442 mm (W) x 220 mm (D) x 43.6 mm (H)       

Table 4  Climate requirements for storage environment

Item                                                       Range

Altitude                                                ≤ 4000 m

Pressure                                            70-106 kPa

Temperature                                     -40°C to +70°C

Temperature change rate              ≤ 1 °C/min

Relative humidity                             5%-100%

Solar radiation                                 ≤ 1120 W/s2

Heat radiation                                  ≤600 W/s2

Wind speed                                      ≤ 30 m/s