Traffic Generators - aka Traffic Generation

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  • GSM Abis - Interface Emulator using MAPS GL's GSM Abis Interface Emulator is an advanced protocol simulator/tester for GSM simulation over Abis Interface that can simulate BTSM messages and signaling specification as defined by 3GPP standards. The tester supports testing network elements BTS and BSC, Error tracking, regression testing, conformance testing, load testing/call generation and generation of high volumes of GSM traffic. It is able to run pre-defined test scenarios against GSM Abis interface test objects in a controlled & deterministic manner.
    GL Communications
  • GSM A - Interface Emulator using MAPS GL's GSM A Interface Emulator is an advanced protocol simulator/tester for GSM simulation over A Interface that can simulate BSSMAP and DTAP messages and signaling specification as defined by 3GPP standards. The tester supports testing network elements MSC and BSC, Error tracking, regression testing, conformance testing, load testing/call generation and generation of high volumes of GSM traffic. It is able to run pre-defined test scenarios against GSM A interface test objects in a controlled & deterministic manner.
    GL Communications
  • SS7 - Protocol Simulator using MAPS GL's MAPS™-SS7 is an advanced protocol simulator/tester for SS7 simulation over TDM (E1/T1).MAPS™ can simulate Service Switching Point (SSP) and ISUP signaling specification as defined by the ITU-T standards. The tester supports testing network elements, error tracking, regression testing, conformance testing, load testing/call generation and generation of high volumes of ISUP traffic. MAPS™-SS7 functionality covers the ITU and ANSI variant of SS7 implementing MTP2, MTP3, and ISUP protocols. It is able to run pre-defined test scenarios against ISUP test objects in a controlled & deterministic manner.
    GL Communications
  • SIGTRAN (SS7 over IP) - Emulator using MAPS MAPS™-SIGTRAN is an advanced protocol simulator/tester for SS7 simulation over IP Networks. It can simulate a Signaling Gateway and Softswitch ISUP signaling specification as defined by ITU-T standards. The tester supports testing network elements, error tracking, regression testing, conformance testing, load testing/call generation and generation of high volumes of ISUP traffic. MAPS™-SIGTRAN functionality covers the ITU and ANSI variant of SS7 implementing M3UA, and ISUP protocols. It is able to run pre-defined test scenarios against ISUP test objects in a controlled & deterministic manner.
    GL Communications
  • PacketMaker™ II - SAS/SATA Traffic Generator PacketMaker™ is a flexible traffic generation product for high-speed serial storage buses. This bus exerciser is a great tool for developers of devices and controllers. PacketMaker was specifically designed for the unique requirements of high-speed serial bus protocols like Serial ATA and Serial Attached SCSI, and is the first such product for these protocols.
    Eagletek
  • CNIC-A2PX - PCI module for the AFDX / ARINC 664 The CNIC platform is a high performance, PCI module for the AFDX / ARINC 664 protocol. With two independent ports for traffic monitoring, traffic generation, external triggering and analysis, the CNIC provides high-resolution time-tagging of incoming packets simultaneously with highly accurate traffic generation. An IRIG-B receiver/generator is included for synchronization to an external IRIG-B time source and for synchronization between multiple CNIC boards. Our exclusive pipeline architecture avoids the local bottlenecks of CPU-based interface solutions, and significantly outperforms standard NIC cards. The interface can be easily configured as either one dual-redundant AFDX / ARINC 664 port, or two high performance, independent ports. Simultaneous, real time traffic generation on both ports is highly accurate. Input and output triggers are provided, errors are detected or can be injected, while extensive link and protocol-level statistics are available for analysis. Programs have complete access to all frame and header data, can easily wrap data and perform extensive BIT testing. Each incoming packet is tagged with a 20 nsec resolution, 64-bit time-tag.
    GE Intelligent Platforms
  • CNIC-A2P3 - PMC module for the AFDX / ARINC 664 The CNIC platform is a high performance, PMC module for the AFDX / ARINC 664 protocol. With two independent ports for traffic monitoring, traffic generation, external triggering and analysis, the CNIC provides high-resolution time-tagging of incoming packets simultaneously with highly accurate traffic generation. An IRIG-B receiver/generator is included for synchronization to an external IRIG-B time source and for synchronization between multiple CNIC boards. GE Intelligent Platform's exclusive pipeline architecture avoids the local bottlenecks of CPU-based interface solutions, and significantly outperforms standard NIC cards. The interface can be easily configured as either one dual-redundant AFDX / ARINC 664 port, or two high performance, independent ports. Simultaneous, real time traffic generation on both ports is highly accurate. Input and output triggers are provided, errors are detected or can be injected, while extensive link and protocol-level statistics are available for analysis. Programs have complete access to all frame and header data, can easily wrap data and perform extensive BIT testing. Each incoming packet is tagged with a 20 nsec resolution, 64-bit time-tag.
    GE Intelligent Platforms
  • CNIC-A2P - PMC module for the AFDX / ARINC 664 The CNIC platform is a high performance, PMC module for the AFDX / ARINC 664 protocol. With two independent ports for traffic monitoring, traffic generation, external triggering and analysis, the CNIC provides high-resolution time-tagging of incoming packets simultaneously with highly accurate traffic generation. An IRIG-B receiver/generator is included for synchronization to an external IRIG-B time source and for synchronization between multiple CNIC boards. Our exclusive pipeline architecture avoids the local bottlenecks of CPU-based interface solutions, and significantly outperforms standard NIC cards. The interface can be easily configured as either one dual-redundant AFDX / ARINC 664 port, or two high performance, independent ports. Simultaneous, real time traffic generation on both ports is highly accurate. Input and output triggers are provided, errors are detected or can be injected, while extensive link and protocol-level statistics are available for analysis. Programs have complete access to all frame and header data, can easily wrap data and perform extensive BIT testing. Each incoming packet is tagged with a 20 nsec resolution, 64-bit time-tag.
    GE Intelligent Platforms
  • RAF-EC-2P - AFDX/ARINC 664 protocol traffic GE Intelligent Platforms’ RAF-EC-2P is a high performance interface for monitoring, generating or analyzing full-bandwidth AFDX/ARINC 664 protocol traffic. GE Intelligent Platforms’ exclusive pipeline architecture maximizes packet throughput using parallel controllers and efficient DMA transfers, thereby avoiding the bottlenecks of CPU-based interface solutions. Configurable as either one dual-redundant AFDX/ARINC 664 interface or two independent ports, users have complete access to all frame and header data. Each incoming packet is tagged with a 20 nsec resolution, 64-bit time-tag. Read time traffic generation is highly accurate. An IRIG-B receiver/generator is included for synchronization to external IRIG-B time sources and for synchronizing multiple CNIC boards. In addition, I/O triggers, error detection/injection, BIT, and link/protocol level statistics are provided.
    GE Intelligent Platforms
  • CNIC-A2PU4 - Four Lane PCI Express Interface GE Intelligent Platforms CNIC-A2PU4 is a high performance Four Lane PCI Express Interface for monitoring, generating or analyzing full-bandwidth AFDX/ARINC 664 protocol traffic. GE Intelligent Platforms exclusive pipeline architecture maximizes packet throughput using parallel controllers and efficient DMA transfers, thereby avoiding the bottlenecks of CPU-based interface solutions. Configurable as either one dual-redundant AFDX/ARINC 664 interface or two independent ports, users have complete access to all frame and header data. Each incoming packet is tagged with a 20 nsec resolution, 64-bit time-tag. Real time traffic generation is highly accurate. An IRIG-B receiver/generator is included for synchronization to external IRIG-B time sources and for synchronizing multiple CNIC-A boards. In addition, I/O triggers, error detection/injection, BIT, and link/protocol level statistics are provided. The CNIC-A2PU4 comes with all the software development tools needed for user application development at no extra charge. The Cpcap, packet capture library, provides a complete set of functions for transmitting and receiving Ethernet frames.
    GE Intelligent Platforms
  • Saniffer RapidIO - Protocol Analyzer Sanifferr’ s RapidIO architecture incorporates its protocol analyzer and traffic generator into the same hardware, making it an elegant and complete solution for debugging devices within a Serial RapidIO environment.
    Saniffer
  • Xgig Fibre Channel 1/2/4/8 Gb/s Load Tester - Fibre Channel Load Tester The Xgig Fibre Channel Load Tester brings essential Fibre Channel traffic generation capabilities to the Xgig Unified Protocol Analysis and Test platform, the industry's only complete protocol testing suite supporting multiple protocols and analysis functions in a single chassis.
    Eagletek
  • Zumara - Protocol Analyzer, Simulator and Conformance Test Software Our new Zumara software can simulate multiple SIP or H.323 endpoints via the PC host NIC or a combination of NIC and LAN adapters. This transforms a standard PC host into a powerful VoIP simulation, analysis, traffic generation and quality measurement tool.
    Packet Data Systems
  • Investigator Ethernet Protocol Analyzer for Ethernet, iSCSI, IP, and FCoE Investigator™ Protocol Analyzer for Ethernet, iSCSI, IP and FCoE Protocols supports network interfaces capable of full-line rate, multi channel and multiple protocol testing. Hardware supports analysis, traffic generation, statistics, impairment test, and BERT for both copper and optical interface connections.
    Absolute Analysis
  • Torrent 5100 - GGSN Test System The Torrent 5100 test system represents the state of the art in UMTS/GPRS traffic generation systems. It features highly realistic mobile simulation and full automation capabilities which can be used to both increase GGSN quality and decreasting testing cost and effort. Support for a wide number of protocols including HTTP, WAP, MMS, PTT, SMTP, POP3, FTP, and ICMP is built in, as is support for dynamic routing protocols and IP fragmentation.
    Mobile Metrics
  • Investigator AFDX - Protocol Analyzer Interface, Analysis and Test Support Investigator™ AFDX Protocol Analyzer supports network interfaces capable of full-line rate, multi channel and multiple protocol testing. Hardware supports analysis, traffic generation, statistics, impairment test, and BERT for both copper and optical interface connections. State-of-the-art FPGA technology is leveraged to facilitate flexibility and protect capital investments, while providing continued capabilities for development and support.
    Absolute Analysis
  • SNAsim - SNA Host Simulation System SNAsim is a powerful SNA 3270/5250 testing and traffic generation tool. It provides a PC-based environment for simulating the 3270 and 5250 data streams produced by IBM Mainframes using SDLC, Token Ring, and Ethernet connections. Ready-to-run tests are provided for: protocol conformance, functionality, load/stress, and host application emulation. A scripting facility is available to create additional tests.
    Applied Computer
  • fcXplorer - Fibre Channel Simulator & Analyzer Test Software fcXplorer, AIT's Fibre Channel Simulator and Analyzer Test Software provides an intuitive Graphical User Interface (GUI) for AIT's Fibre Channel Simulyzer™ interface modules. fcXplorer troubleshoots, optimizes, plans and configures Fibre Channel traffic loading. Low- and High-level protocol analysis features provide capture, filter, time stamp and interpretation of Fibre Channel traffic and generation of advanced statistics. fcXplorer can alert engineers to potential performance and configuration problems allowing users to quickly identify and remedy any anomalous network condition.
    Avionics Interface
  • AZP-600/1400 - Powerful Hardware Blades in ACTA Platform Artiza hardware is based on ATCA platform (Figure 1), the preferred platform for almost all of the major wireless carriers. A series of powerful hardware, Baseband Blade (Figure 2), sRIO (serial Rapid I/O) Switching blade, and DSP Array Blades/Submodules in ATCA Platform, the AZP-600/1400. Altogether, the tester hardware enables user to achieve maximum capacity of 1,000 UEs/sector, and meets C-plane and U-plane traffic generation requirements. Artiza’s original Baseband Blade and DSP Array Blade consist of high density FPGAs/DSPs processing baseband and protocols with high performance. With the special blade hardware design, the LTE Tester has the full control of baseband processing, especially for PHY/MAC layers testing, which is one of the most important factors for LTE eNB performance. With DuoSIM, the blade-oriented hardware architecture, where four blades enable one set of Wrap-around Testing configuration, allow users flexible testbed configurations to meet various vendor’s requirements, such as capacity, performance, and number of sectors.
    Artiza Networks
  • AltaView - Advanced 1553 Analyzer Software AltaView is an advanced, multi-protocol analyzer that reduces integration and design time by visually displaying network traffic in an intuitive, easy to use application. The Next Generation in Avionics Analyzers Innovative Features Such as Frequency Displays for RT Subaddresses and Signal Capture to View the 1553 Waveform
    Alta Data Technologies
  • MIMIC NetFlow Simulator MIMIC NetFlow Simulator creates a lab full of devices based on Cisco® NetFlow, Juniper® J-Flow, IPFIX, & sFlow data to completely evaluate and test your Flow monitoring, management and analysis applications.

    MIMIC NetFlow Simulator generates a variety of flows and enables you to fully test your applications. Since you have a complete control over generated flowsets you can easily verify that your graphing application is correctly displaying the values and your collector correctly collects precisely generated flowsets.

    Flow Simulation:

    Configuration - Configure simulated NetFlow devices to create exactly how you want to show your network's functions (how it is used, by whom, and for what purpose).
    Correlation - Test the correlation of the traffic arriving from designated ports, source/destination IPs and protocols.
    Traffic generation - Create a comprehensive view of your simulated network traffic, with bottlenecks and bandwidth hogs.
    Customize the simulation - Start using without any customization or fully customize any/all flow record values.
    Flow changes - Prove that value changes are detected according to the specified rules.
    SNMP to NetFlow - Change SNMP values of the devices and report those results in the Flow applications.
    NetFlow to SNMP - Change Flow values of the devices and report those results in the SNMP based applications.

    The MIMIC NetFlow Simulator, the industry's first integrated simulation tool supporting NetFlow and SNMP, allows developers to perform real world, integrated device simulations. MIMIC simulates NetFlow-capable networking devices. MIMIC allows suppliers of NetFlow devices and applications to design, develop and test their products in a virtual and scalable network environment, assuring customers that their applications will work properly when deployed across heterogeneous environments.
    Gambit Communications
  • MIMIC sFlow Simulator MIMIC sFlow® Simulator creates a lab full of devices based on sFlow, Cisco® NetFlow, Juniper® J-Flow, IPFIX data to completely evaluate and test your Flow monitoring, management and analysis applications.

    MIMIC sFlow Simulator generates a variety of flows and enables you to fully test your applications. Since you have a complete control over generated flowsets you can easily verify that your graphing application is correctly displaying the values and your collector correctly collects precisely generated flowsets.

    Flow Simulation:

    Configuration - Configure simulated sFlow devices to create exactly how you want to show your network's functions (how it is used, by whom, and for what purpose).
    Correlation - Test the correlation of the traffic arriving from designated ports, source/destination IPs and protocols.
    Traffic generation - Create a comprehensive view of your simulated network traffic, with bottlenecks and bandwidth hogs.
    Customize the simulation - Start using without any customization or fully customize any/all flow record values.
    Flow changes - Prove that value changes are detected according to the specified rules.
    SNMP to sFlow - Change SNMP values of the devices and report those results in the Flow applications.
    sFlow to SNMP - Change Flow values of the devices and report those results in the SNMP based applications.

    The MIMIC sFlow Simulator, the industry's first integrated simulation tool supporting sFlow, NetFlow and SNMP, allows developers to perform real world, integrated device simulations. MIMIC simulates sFlow-capable networking devices. MIMIC allows suppliers of sFlow devices and applications to design, develop and test their products in a virtual and scalable network environment, assuring customers that their applications will work properly when deployed across heterogeneous environments.
    Gambit Communications

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Traffic Generators - Simulate communications over a network.


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