The following OPNET software products are available through the University Program. For more information, please send email to university@opnet.com
Core Products| IT Guru® | IT Guru is used by networking professionals and government enterprises to better understand and predict network behavior. It accurately models a broad scope of network technologies and protocols. |
| OPNET Modeler® | OPNET Modeler offers the functionality of IT Guru. It is provided with source code for protocol and technology models for network research and development. |
| OPNET Modeler® Wireless Suite | OPNET Modeler with high fidelity modeling, simulation, and analysis of a broad range of wireless networks. |
| SP Guru® Transport Planner |
SP Guru Transport Planner is used for designing resilient, cost-effective optical and SONET networks |
Optional Modules and Specialized Models
| 3DNV™ | 3D network visualization for OPNET discrete event simulations. |
| ACE™ | End-to-end application analysis for operational troubleshooting and deployment planning. |
| Flow Analysis™ | Predicts and visualizes routing of network traffic flows, for capacity and resiliency analysis. |
| High-Level Architecture™ | For building and running distributed simulations using the HLA standard. |
| IPv6 | Discrete event simulation of the IPv6 routing protocol, for planning and R&D. |
| MPLS | Discrete event simulation of the MPLS protocol, for planning and R&D. |
| PNNI | Discrete event simulation of PNNI routing, for planning and R&D. |
| Server Modeling™ | Server capacity planning and modeling with discrete event simulation. |
| System-in-the-Loop (SITL) | An interface for connecting live hardware or software applications to an OPNET discrete event simulation. |
| Terrain Modeling™ | Wireless propagation modeling incorporating terrain effects within OPNET discrete event simulations |
| TIREM™ | Wireless propagation modeling within OPNET discrete event simulations, using the DoD's TIREM algorithm. |
| UMTS | Discrete event simulation of the UMTS technology, for planning and R&D. |
| WiMAX | Discrete event simulation of the WiMAX 802.16e technology, for planning and R&D. |