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ZXMP S150 compact multiservice access equipment

In recent years, green environmental protection is often mentioned and new private networks gradually become the profit growth points of carriers. In order to meet carrier demands, the vendors have to consider how to access traditional and new services in different applications. ZXMP S150 adopts green environmental protection design to create access-layer MSTP equipment with good quality, environmental protection and low noise. As ZXMP S150 supports no fan design, high integration, flexible installation and multiple power supply access modes, it is applied to mobile basestation, private network access and PDH network substitution so as to reduce OPEX.

Features

  • A wide variety of interfaces

S150 provides STM-1(o), STM-1(e), E1/T1 and 10/100M Ethernet interfaces for different applications.

  • Easy to install

The 1U-high box in 1U height can be installed into ETS standard cabinet or IEC 19” cabinet, on the desktop or against the wall.

  • Unique E1-ECC transmission

S150 can transmit NM information via traditionalDCC and E1-ECC in the networking composed of products from different vendors.

  • Good network protection

The equipment supports 4-fiber bidirectional/unidirectional link MS 1+1/1:1 protection, 2-fiber path protection ring and SNCP.

  • Easy operation and maintenance
    • All front interfaces for system operation make maintenance an easy job.
    • All optical interfaces employ SFP modules in support of online optical power detection and ALS functions.
    • Built-in CF card enables remote maintenance and upgrade of system without disconnecting services.
    • A wide variety of services are available: NM Qx interface, LCT terminal interface, RS232 interface, 2Mbps or 2MhzBITS interface, environmental monitoring and alarm output interfaces.

Benefits for customers

  • Natural heat dispersion and green environmental protection
    • The first product with no-fan design supports natural heat dispersion, low noise, energy reservation and green environmental protection.
    • Self-made FPGA can replace original chips to reduce CPU run frequency and make idle boards dormant, which will reduce power consumption.
    • The lead-free equipment employs degradable packing materials, meet RoHS requirements and make full use of renewable materials.
  • Workable in many environments

It can work in many abnormal environments, e.g., high temperature, high humidity and unstable voltage.

  • Fiber resource saving

Single fiber and bidirectional, transmitting/receiving on the same fiber. 


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