Data sheet
Fibcom F6300 NMS
Network Management System
Fibcom 6300 Network Management System offer
carrier-class network management and element
management functions for managing Ethernet, SDH and
DWDM networks.
FIBCOM 6300 NMS architecture has been modeled in line with the
TMN standards. It has an open architecture with an Element Management
Function combined with a number of higher level Network Management
Functions. It is a field-proven system for integrated management of
advanced SDH, WDM and Data networks. Tools for the creation of open
interfaces for interconnection to other TMN architectures are available.
Since architecture of the F6300 NMS is highly scalable, it supports both
monolithic and distributed deployment options with high availability. The
management system can be set up as a scalable, distributed system with
several hosts, where each host is responsible for managing a specific
group of network elements.
Deployment scenarios range from a single workstation for element
management functions of small networks to large, comprehensive,
disaster-tolerant network management scenarios for country-wide
networks comprising thousands of individual elements, multiple Fibcom F6300 NMS
management centers, and numerous concurrent users. The network can be
organized in a hierarchy of domains, with each domain showing a
Trail Set-Up and Reconfiguration
specific part or level of the network. A domain browser shows the
Complete trail management, including the set-up of trails and any
domain hierarchy as a tree structure. This makes easy to navigation
subsequent changes of routes and sub-routes of a trail, protection and un-
between the domains.
protection of trails, plus changes to the signal structure.
F6300 NMS offers:
• Integrated Element and Network Management functions
• Configuration on industry standard server machines :
Layered Network Database and View
Provides an information repository for all functions related to network
Monolithic and distributed architecture
and a means for registration of trails, links, matrices, etc. It holds the
• Standardized software platform
structural relations between different layers in the Ethernet/MPLS, SDH
• Support of multiple Windows based clients
and DWDM architectures.
• High availability
The user can view the layer relevant for the task at hand.
• Security
Network Editor
Seamless Integration in Multi-Vendor Networks Features tools for fast and straightforward creation of new network
The F6300 NMS is ideal for multi-vendor networks in which the 6300 elements in the network traffic model, with automatic upload of all
systems and the Network Manager must coexist with other vendors’ relevant lower network level representations. A bulk upload of a user
network elements and management systems to form a coherent solution. specified set of network elements can also be made available.
The Network Manager takes full advantage of the standard based
architecture platform, which can handle an extensive suite of network Domains
protocols/standards. This facilitates the development of interfaces Enables the user to organize work responsibilities by dividing the
allowing the Network Manager to be implemented as part of a multi- network model into a hierarchy of domains and sub-domains, according
vendor transmission network. For even greater convenience and to traffic type, geography or topology. As the organization evolves, the
flexibility, the F6300 NMS also features an XML- based northbound contents of domains can be rearranged using simple cut-and-paste
interface to facilitate the integration of the Network Manager into an operations.
Umbrella Management System.
Advanced Alarm Handling
Integrated Ethernet, SDH and DWDM Network Special functions detect, collect, present and log alarms from the
Management equipment in the network. Advanced workflow and analysis functions
Enables seamless management of Ethernet, SDH and DWDM networks help users analyze problems and initiate repair actions, including
using a single manager. The element management and network filtering, correlation, domain-based alarm contexts, alarm escalation and
management functions are hosted on the same hardware and software optionally trouble-ticketing
platform leading to high degree of integration.
.
Data sheet : Fibcom F6300 NMS
Trail Surveillance will reflect the most severe active alarm of Bandwidth Profiles: Provisioning the
Monitors the network alarms, locates the trails their server trail. A link at the physical layer bandwidth classes used by individual AFC
that are affected and generates alarms for reflects the physical trail alarms. profile.
them, including higher-layer client trails. The Topology View: The graphical user interface Traffic management: Modeled to represent
alarms generated by trail surveillance contain provides: the end-to-end connections (trails).
information about who the customer of the • A graphical representation of the network, External NE support: “Foreign” equipment
trail is, so users can quickly initiate repairs with icons representing network elements and support through a trail may be set-up.
according to SLAs. other objects. Layered model: Physical layer and other
• The use of a hierarchical map structure to layers for example, to support routing of
Performance Data
represent the network as logical “groupings” working and protecting routes in physically
Automatically collects performance counters
called domains and sub-domains. separated resources. The optical channel
in the network elements and stores them in a
Point & click: To navigate in the network, to (OCH) and the optical multiplexer section
database so reports can be activated or data
manipulate the displayed objects, to perform (OMS) layers are used to model dense
exported. The system supports nonintrusive
operations on the different objects, etc. wavelength division multiplexing.
monitoring.
Performance Data Collection: Displays Advanced Upload functions, Upload the
Protection performance data from the network elements. equipment configuration and traffic patterns.
Support of various protection schemes such as Presentation of performance data and attribute Network Editor: Provides a powerful way to
SNCP, MS Spring, MSP, 1:1 LSP etc. values of the termination points. The update the network database.
Synchronization performance data collection is divided into Network Management aspects:
Graphically illustrates the clock distribution “OAM” and “Statistics” data: • In-traffic update of NWLMS to reflect
and synchronization, including the timing flow SDH OAM data: changes in the physical network
in the network and the timing qualities of the • 15-minute and 24-hour counters. • Handle upgrades to higher capacity
individual network elements. • Gauges (for example, laser temperature, • Combining operations to establish the
Scalability Optical Power). SDH/WDM/Data layers into one, on GUI
There are virtually no limits to the number of Ethernet statistics data: The statistics • Rename operation on Trail, Matrix, and
individual network elements that can be provide information about how many packets Link
managed when deploying the F6300 NMS in a have been sent and received and how they • Calculation of the optimal route and,
distributed architecture. More than 5,000 have been distributed. optionally, an associated protection route
network elements with 50 concurrent users can EoSDH Link: Ethernet point-to-point services • Automatic and manual setup of trails in
be configured in a single monolithic provisioning Ethernet Private Line (EPL). meshed networks • Connection in the
deployment MPLS Link: MPLS L2 EPL Provisioning and network
Element & Network Management VLAN encapsulation, QoS etc.
• Disconnection of a reserved/connected
The Element Management function shows the Statistical multiplexing: Configuration of trail
structure of the network element as icons such statistical multiplexing - L2 EPL.
• Testing/validation of trails (path trace)
as lines, boxes or circles. MPLS OAM: The MPLS OAM support.
• Trail protection
NE Back-up: Scheduled NE Backup & LSP 1:1 Protection: MPLS packet links can
• Changing the configuration of a trail
Restoration be protected end-to-end using LSP 1:1
• Viewing the detailed routing of a trail
Event Logging: The event records placed in protection.
Bandwidth class: Provisioning of label with • Trail Trace Handling
event logs. Complies to ITU-T X.734/5 • Trail View
Alarm Handling: Detailed information for an associated bandwidth and burst size.
Queue scheduling: Defines class of service of • Reconfigure the route(s) of the trail
each new alarm
each queue supported in the system. • Protect / unprotect trails
EM Alarm Coloration: Alarm Coloration
Priority bit mapping: Configuration of the • Trail Based SNCP Management.
provides a graphical display of alarm status
mapping of IP DSCP priority. • Trail Upload
with colors for the physical network, e.g.
nodes and links in NWM GUI. The NE icons AFC Profiles: Configuring AFC profile .
will always reflect the most severe active priority mapping table.
Network Element (NE) alarm and the links
Sales & Support
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Office
Noida Denmark Gurgaon Mumbai Kolkata Bengaluru
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