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Benefits of the Solution

  • Establishment of a demarcation point between the user network and the MPLS/IP services network
  • Facilitates operation and management of the service offered by the operator
    • Bandwidth configuration
    • Identification of the source of problems
    • Loop establishment
    • Automated configuration download
  • In-band management. Access does not have to be enabled in the client premises to manage the equipment.

Related Products

MPLS and Gigabit Network Termination

The rapid development of new IP and MPLS networks to provide broadband services requires telecommunications operators to establish a demarcation point with the user network. This demarcation or network termination point simplifies and facilitates operating and maintenance activities, in addition to isolating and protecting the IP/MPLS network from external events that could affect its normal functioning.

TELNET Redes Inteligentes, has a wide range of solutions aimed at the termination of IP/MPLS networks. These make it possible to work over the telephone pair or optical fiber, with speeds ranging from symmetrical 2Mbps up to Gigabit.

  • CM 100-IB. This module has two interfaces – one towards the user and the other towards the network. The user side has an RJ-45 Fast Ethernet interface, while the connection towards the network allows one of the following options: LX, LX40 and single fiber.
  • CM 1000-IB. Gigabit services over single-mode fiber and distances between 15 and 80 km.
  • SH 108-IB. This module is based on the SHDSL standards and the conventional telephone loop and offers users symmetrical access at speeds of 2Mbps (1 pair) and 4Mbps (2 pairs).

The aforementioned modules can be installed on MicroSAE (1 slot), TriSAE (3 slots), and MiniSAE (12 slots) chassis.

Some of the most important characteristics of the aforementioned products are:

  • Master and slave operation. All modules can work interchangeably as MASTER (installed in MiniSAE) or SLAVE (installed in MicroSAE or TriSAE ). The configurations established in the MASTER (speed, negotiation, etc.) force the functioning of the SLAVE
  • Remote management of the device. Both modules can be managed with a single IP that comes pre-configured: MASTER and SLAVE
  • End users can’t access management of the MicroSAE  or TriSAE (SLAVE units)
  • Link management. From the MASTER, a TEST can be initiated to check the status of the fiber that connects to the client
  • Error propagation. If a fault occurs at any of the following points, the LOS (Loss of Signal) event is propagated in order to enter Spanning Tree service:
    • Cable or interfaces involved in the connection network of the client and MicroSAE/TriSAE
    • Fiber and interfaces involved in the client link with MiniSAE
    • Cable, fiber, and interfaces existing on the MiniSAE connection with plant switch