Datasheet

Comprehensive Management for High-Impact Service Offerings
The Pegador SOA EMS provides a leading edge Services Oriented Architecture to facilitate the delivery of revenue generating services that include Ethernet and Virtual Pseudowires, over both MPLS and legacy transport networks. The Pegador SOA EMS was designed and built with a symbiotic linkage to the HSX 6000 Layer 2.5 Edge Aggregation Switch, enabling the EMS to fully exploit the agility and intelligence of the HSX 6000 platform.

The Pegador SOA EMS includes a tiered architecture to efficiently communicate to the HSX 6000, process these key functions into management services and deliver them to the client and OSS in an XML/SOAP format so that they can customize the output for value added service offerings and efficient management.

Reliability Ensures No Lost Data
The Pegador SOA EMS provides reliability with a nodal database and an EMS database to ensure no single point of failure and no lost data. In addition, the system supports redundancy where the backup system is updated at user specified intervals and can take over if the primary EMS fails.

Standard Interfaces for Seamless Operations
Pegador SOA EMS can interoperate and fit seamlessly into a Service Providers’ OSS infrastructure. The Pegador SOA EMS architecture provides northbound support XML via SOAP. The XML interface is modeled after the MTMN standards of the TMF Forum for access to the HSX 6000 network and vendor interoperability at the OSS level. Under an SOA (Service Oriented Architecture) model, the Pegador SOA EMS enables the facilitation of web based applications for web portals and other value added services for additional revenue generation.

Data Integrity for Increased Revenue
As a critical piece of a Services Oriented Architecture, the Pegador SOA EMS provides users with a capacity report to ensure data integrity for billing accuracy and customer validation.

OAM&P Support Provides Robust Management
The Pegador SOA EMS supports OAM functions such as Performance Monitoring (PM), defect and failure detection, system protection, failure of performance information alerts, and fault localization so that as Service Providers migrate to an MPLS/IP network these critical management functions are kept intact and the network will continue to be monitored with the same reliability and robustness that was provided under the legacy network.

Comprehensive FCAPS Features
Graphical User View – Provides an object hierarchy tree and graphical window for drill down from topology to circuit.

Capacity Management – Inventory screens for up-to-date network utilization, capacity and network availability.

Configuration Management – Topology and switch auto discovery for one touch provisioning and partitionable Customer Network Management (CNM) and Managed Service offerings.

Fault Management – Key visibility of alarms at all times with an alarm bar that signifies alarm severity, number of alarms and alarm acknowledgement. In addition, alarm filtering is provided for alarm correlation and prioritization, as well as notification screens for technician dispatch.

Performance Management – The Pegador SOA EMS provides key report capabilities that Service Providers can use to track their networks as well as provide these reports as part of a service offering for their customers. The following reports are included with Pegador SOA EMS:

Capacity Report

Connection Report

Real Time Statistics

Inventory Report

Service Providers will also be able to export performance data for input into their existing database systems to provide Service Level Reports. These functions will enable Service Providers to provide key differentiated services.

Security Management – The Pegador SOA EMS has included extensive security functions so that individual users will be logged and accountable. Users can be set up by network function and domain and tracked via an audit log that is only accessible by a system administrator. These functions will give Service Providers additional assurance that they know who is monitoring their networks and the functions they are performing while on the network. In addition, the system supports Radius for secure authentication.

Operations
Redundant 10/100Base-TX Ethernet (RJ-45)

System Requirements
Sun® Solaris™ Server Platforms

Netra 240™ Server

RAM: 2 GB

Disk: 5 GB minimum free space, 10 GB recommended

Operating System: Solaris 2.8/2.9/2.10

Microsoft® Windows Client Platform

CPU: Pentium 4 1.6 GHz minimum, 2.0 GHz recommended

Disk: 200 MB minimum free space

Operating System: Windows 2000, Windows XP