Multiplexer SMA1K

 

SMA1K is a compact optical STM-1 add/drop multiplexer which is an ideal solution for best suited for utilization on your customers’ premises.

 

 

 

SMA1K is a true multi-service network element that can be deployed as a terminal multiplexer or as an add/drop multiplexer in point-to-point, chain, star or ring topologies.

SMA1K is optimized to provide 2 Mbit/s, 34/45 Mbit/s, as well as 10/100BaseT services to residential and business customers.

 

Supporting Ethernet-based Networking

 

Interconnecting geographically distributed corporate networks can be quite challenging when end-users place high demands in terms of reliability and data transmission rates. SMA1K provides the fitting solution offering a wide variety of services in a very cost-efficient manner. 

 

SMA1K combines packet switched data interfaces with widely implemented SDH platforms.
10/100 BaseT Ethernet interfaces allow you to easily interconnect your customers‘ distributed LAN locations to corporate networks without any additional expensive third-party equipment, such as switches or routers. Taking advantage of existing SDH technology, simple bridges are all you need to interconnect these LANs through point-to-point links that are transparent to higher level protocols. 

 

With SMA1K, you can extend the proven reliability, high transmission rates and quality of your SDH technology close to the Ethernet world of your customers:

 

 

Meeting your Customers’ Demands for Different Applications

 

With SMA1K, you can fulfill your customers’ requests for a vast number of interfaces and applications:

 

 

Saving Space and Cutting Costs

 

Reducing floor space and power consumption is increasingly important in the economical and profitable operation of networks. The compact SMA1K is specially designed to meet these goals. The entire multiplexing functionality is placed on a single card. Only one board is needed to make SMA1K work as an unprotected terminal multiplexer. By adding one card, it becomes a fully protected add/drop multiplexer. Sub modules fit onto the main cards extending the tributary capacity up to 63 x 2 Mbit/s. SMA1K allows mounting of up to 12 units in a single standard ETSI or 19” rack. This facilitates the management of local exchanges without additional expenditure, while bringing “fiber to the curb.” In street cabinets or at customers’ locations, SMA1K is your choice when it comes to optimizing your return on investment in SDH access domain.

 

Remote Monitoring via Third-party Environments

 

In many operating environments the use of third-party networks along the way is inevitable. SMA1K provides you with a variety of features for monitoring network elements, irrespective of the third-party elements used:

 

 

Meeting your Customers’ Demands for Different Applications

 

TransXpress SMA1K-CP enables you to fulfill your customers' application needs with one single solution. It offers a multitude of different interfaces which facilitate a wide range of services and topologies:

 

 

Saving Space and Cutting Costs

 

Reducing floor space and power consumption is increasingly important in economical and profitable operation of networks. SMA1K-CP is specially designed to meet these goals. Its highly integrated circuits permit a desktop-size design, while maintaining complete terminal and add/drop functionality and offering optical interfaces for intra-office or long-haul distances. It allows a variety of mounting options, making it easy and rapid to install, e.g. in local exchange offices, street cabinets or in workplace environments. This facilitates the management of local exchanges without additional expenditure, while bringing “fiber to the curb”. At a customer’s location or in street cabinets, SMA1K-CP is your choice when it comes to optimizing your return on investment in the SDH access domain.

 

Remote Monitoring via Third-party Environments

 

In many operating environments the use of third-party networks along the way is inevitable. STM1K-CP provides you with a variety of features for monitoring network elements, irrespective of the third-party elements used: