Juniper Networks WANDL IP/MPLSView™ is a multivendor, multi protocol, and multilayer operations support systems (OSS) traffic management and traffic engineering solution for IP and/or MPLS networks. Juniper Networks WANDL IP/MPLSView™ […]
Software Defined Networking Solutions And Services—Juniper Networks WANDL IP/MPLSView SDN
Juniper Networks WANDL IP/MPLSView™ is a multivendor, multi protocol, and multilayer operations support systems (OSS) traffic management and traffic engineering solution for IP and/or MPLS networks. Juniper Networks WANDL IP/MPLSView™ is distinguished by its attention to detailed routing protocol behavior, an extensive multivendor library, and scalability and performance for networks up to thousands of routers. The integrated software suite has traffic engineering models for exhaustive single and concurrent device failures, traffic matrix estimation, MPLS diverse path design, fast reroute design, network optimization, and more. Additionally, Juniper Networks WANDL IP/MPLSView™ is distinguished by the integrated network management module, which provides for a comprehensive fault, configuration, accounting, performance, and security (FCAPS) solution offering automated network discovery, traffic monitoring, hardware inventory, fault management, and more. Alternatively, the user can manually construct any network topology via the Juniper Networks WANDL IP/MPLSView™ advanced graphical interface.
With Juniper Networks WANDL IP/MPLSView™, users can study the impact of extensive node, link, site, card, and Shared Risk Link Group (SRLG) multilayer failure scenarios. They can also analyze the way traffic is rerouted and the effect on network links (e.g., worst—case trunk utilization), and even perform exhaustive single, double, and triple failure tests. Identify and Prevent Potential Bottlenecks IP/MPLSView provides insights as to why traffic flows or tunnels fail to route and helps identify which trucks become congested under certain failures or what—if scenarios. Automate Low Cost, Robust network designs—Juniper Networks WANDL IP/MPLSView™ automatically determines where to add links to satisfy traffic for resiliency against any failure scenario. A network can be designed from scratch or on top of an existing network configuration. Perform Capacity Planning Juniper Networks WANDL IP/MPLSView™ facilitates decisions about future network expansion by studying the impact of adding new demands before they are placed on the real network. Tariff or pricing data can be imported for least cost topology designs. Juniper Networks WANDL IP/MPLSView™uses Java™. Java™ is a trademark of Oracle™.
Architecture and Key Components
IP/MPLSView is made up of three suites: Design and Planning, Management and Monitoring, and Service Creation and Provisioning. These three suites support the complete network cycle and handle the varying needs of network designers, planners, operators, and managers. Understanding Juniper Networks WANDL IP/MPLSView’s™ integrated workflow provides an in—depth look at the product’s comprehensive capabilities, which include advanced OSS functionality that give users visibility into the network layers from physical transport through logical service layers. As a multivendor, multiprotocol, and multilayer solution, Juniper Networks WANDL IP/MPLSView™ supports the following goals and network planning requirements. From a set of network configuration files and other optional data, an intelligent multivendor analyzer within IP/MPLSView immediately constructs an accurate network topology, fully aware of multiple protocols, layers, autonomous systems (AS),areas, VPNs, etc. This network data can be imported into the tool or collected directly by the system itself if used in conjunction with the Juniper Networks WANDL IP/MPLSView™ network management online module.
Perform Traffic Load Analysis
For loading traffic into the network model, Juniper Networks WANDL IP/MPLSView™ offers its own traffic collection utilities, as well as support for utilities that import traffic from third—party sources such as MRTG, NetFlow, eHealth, and InfoVista. The integrated software suite has traffic engineering models for exhaustive single and concurrent device failures, traffic matrix estimation, MPLS diverse path design, fast reroute design, network optimization, and more. If you do not know the end—to—end traffic matrix, Juniper Networks WANDL IP/MPLSView™ is able to derive it from the interface traffic using intelligent tomography models in the traffic matrix solver module. Perform Capacity Planning Juniper Networks WANDL IP/MPLSView™ facilitates decisions about future network expansion by studying the impact of adding new demands before they are placed on the real network. Planners can use the system to determine whether there is sufficient available capacity or where more should be added, as well as which links can be pruned without compromising resiliency requirements. Ensure Network Resiliency Against Failure.
Features and benefits
Multivendor integration—multivendor integration for fast network auto discovery. Performance management—performance management to tune the network for increased efficiency, trending analysis, and problem prevention. Powerful conformance checking—powerful conformance checking to ensure compliance and address any configuration management needs. Powerful fault management tools—powerful fault management tools to quickly detect and diagnose issues in the network. Juniper Networks WANDL IP/MPLSView™ automatically determines where to add links to satisfy traffic for resiliency against any failure scenario. Single platform—single platform for integrated online FCAPS management. Unprecedented scalability—unprecedented scalability to handle regional, national, and intercontinental network topologies. Juniper Networks WANDL IP/MPLSView™ allows the network planner to validate day—to—day network changes, or model and simulate network migration, network expansion, or the merging of multiple networks. This provides the ability to analyze the impact of these changes in a safe, virtual environment, and also experiment with changing parameters, protocols, topology, and so on.
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