IP/MPLSView is WANDL's multi-vendor, multi-protocol, and multi-layer Traffic Management and Traffic Engineering solution for IP and/or MPLS networks. IP/MPLSView differs from other solutions in the OSS space in that it is the first integrated traffic engineering and network management solution to address all aspects of the FCAPS ITU Model:

• Fault Management
• Configuration Management
• Accounting Management
• Performance Management
• Security Management

Built on a highly-scalable multi-vendor platform, IP/MPLSView provides unprecedented visibility into both the physical and logical layers of the IP network. With both online and offline capabilities, IP/MPLSView can be leveraged by various groups within the organization from Operations to Engineering to Planning. Each stage of the network lifecycle can be managed by using an accurate and consistent data model through IP/MPLSView's intuitive graphical interface. The system provides concise and in-depth views of IP or IP/MPLS routers, tunnels, routing protocol configurations, and traffic through an intuitive graphical display and through flexible and comprehensive reports.

Distinguishing Features

• Integrated traffic engineering and network management features (FCAPS solution)
• Extensive multi-vendor device library
• Attention to detailed routing protocol behavior
• Scalability and performance for networks up to thousands of routers
• Backbone Link Design and Diversity Design
• Exhaustive single and double device failure simulations

See the IP/MPLSView Planning, IP/MPLSView Management brochures, and IP/MPLSView feature list to learn more about what IP/MPLSView can do for you!

Features

Network Planning & Engineering Plan: Traffic Import, Forecasting, Capacity Planning Simulate: Routing Simulation, Failure Simulation, What-If Studies Design: Backbone Link Design, Diversity Design, Diverse Path Design (including SRLG-diverse path design) Optimize: MPLS Traffic Engineering, Bottleneck Analysis, Metric Optimization Operations - FCAPS Management Automated Network Discovery, Data Collection, and Topology Construction Interface and Tunnel Traffic Collection and Historical Traffic Reports Diagnostics, Ping, CPU, Memory, and SLA stats Hardware Inventory Event Browser, Event Subscription, and Threshold Crossing Alerts LSP and VPN Provisioning IP IGP Protocols - OSPF, ISIS, RIP, EIGRP, and IGRP BGP, MP-BGP - BGP Attributes, BGP Decision Algorithm, BGP Peering Analysis CoS Multicast VoIP MPLS-TE Tunnel Sizing LSP Configlet Generation Diverse Path Computation (Primary and Secondary/Standby) Fast Reroute RSVP-TE, DiffServ-TE; E-LSP, L-LSP P2MP TE MPLS VPN L3 VPN (RFC 2547bis), L2 Kompella, L2 Martini, L2 CCC, VPLS-BGP, VPLS-LDP Extensive Report Generation - Integrity Checks Reports, Traffic Utilization Reports, Protocol-Specific Reports, Cost Reports, and more Flexible and friendly Graphical User Interface Fully web-enabled User Interface

Supported Hardware Device Models

Alcatel 7710, 7750 Avici QSR, SSR Cisco IOS- and IOX-based Routers and Switches Foundry NetIron Huawei NE series Juniper E-, J-, M-, T-series Nortel MSS, MPE 9000 series, 8600 Riverstone RS series Tellabs 8800 series

Brochures

IP/MPLSView Planning (PDF format, 1.5 MB)

IP/MPLSView Management (PDF format, 1.5 MB)

Recommended System Configuration

Server: Sun Workstation Solaris 8, 9 or 10 2 GB RAM or more 40 GB server disk space or more* CD-ROM drive** Client (Sun Workstation): Solaris 8, 9 or 10 512 MB RAM or more 100 MB disk space CD-ROM drive** Client (PC): Windows 2000/NT/XP/Vista or Linux (supporting Sun VM) 512 MB RAM or more CD-ROM drive**

*Disk space requirements are dependent upon network size and upon the usage of traffic collection features.

**The CD-ROM drive is not required if installation files are downloaded to the machine.