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- InterWorking Labs, Inc.
product
Remote Monitor Management Information Base
SNMP RMON MIB
For every control table in the MIB, create and delete rows with various combinations of SNMP requests (all variables in a single request throughall variables in individual requests).Determine which row of this table is modeling the ethernet interface connected to the agent (requires that we are using ethernet). Check that this is for the same interface discovered in the "interfaces" test. Check counters.Build a history control row pointing to the interface connected to the agent. Check validity and traffic reported.Test agent's ability to generate an alarm on an RMON variable, then on threshold condition. Test for support of alarms on failing events, and in the event of target variable vanishing.Set up agent to track hosts on the ethernet interface connected to the agent. Check that entry was added for Rmon device's own ethernet address.Generate various top N reports (hostTopN test) and check validity.Start a matrix capture and check that the src-dst and dst-src tables are in sync.Check a channel and check for event generation (filter test).Create a channel and start a capture. Test locking and wrapWhenFull operation.
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CL LX1 Base Frame Grabber
Xcelera-CL LX1 Base
Building on the field proven technology and performance of DALSA’s X64 frame grabbers, the X64 Xcelera™ Series leverages the PCI Express (PCIe) platform to bring traditional image acquisition and processing technology to new levels of performance and flexibility.The PCIe point-to-point host interface allows simultaneous image acquisition and transfer with little intervention from the host CPU.The X64 Xcelera -CL LX1 Base is a cost effective frame grabber based on the PCI Express x1 interface. Fully compliant with Camera Link (V. 1.20) specifications, the Xcelera-CL LX1 supports single Base cameras and can acquire images from a wide variety of multi-tap area and line scan, color and monochrome cameras.
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CL MX4 Frame Grabber
Xtium-CL MX4
Building on the field proven capability of Teledyne DALSA’s Xcelera frame grabber series, the Xtium™-CL MX4 is based on industry standard PCI Express™ Gen 2.0 expansion bus to deliver high speed access to host memory. The new Xtium series offers higher bandwidth to sustain Camera Link® 80-Bit modes over longer cable distances and supports a wide variety of area and line scan color/monochrome cameras, all in a compact, half-length, single slot solution.
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CL+ PX8 Full Frame Grabber
Xcelera-CL+ PX8 Full
The X64 Xcelera-CL+ PX8 Full has been built within Teledyne DALSA’s Trigger-to-Image Reliability technology framework. Trigger-to-Image Reliability leverages Teledyne DALSA’s hardware and software innovations to control, monitor and correct the image acquisition process from the time that an external trigger event occurs to the moment the data is sent to the host, providing traceability when errors do occur and permitting recovery from those errors.
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CoalXPress Frame Grabber
Xtium-CXP PX8
The Xtium™-CXP is based on the industry standard PCI Express™ Gen 2.0 expansion bus to deliver high speed access to host memory. The Xtium series offers high performance frame grabbers for CameraLink, CameraLink HS and CoaXPress interface standards. The Xtium Series takes full advantage of PCIe Gen 2.0 platform to deliver bandwidth up to 3.4 GB/s using PCIe x8 slots. By enabling maximum sustained throughput and ready-to-use image data, the Xtium series minimizes CPU usage and improves processing times for the host applications. In addition, the Xtium series offers enhanced memory architecture to handle area and line scan, monochrome and color cameras. In addition, the Xtium-CXP series support image acquisition rate of up to 6.25 Gb/s from four input channels.
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Coaxlink Quad 3D-LLE
Laser line extraction with zero host CPU usageSingle and Dual Laser Line Extraction into a depth mapReal-time generation of 16-bit 3D height mapsChoice of algorithms: Maximum, Peak, Center of Gravity (COG)Precision: up to 1/256 pixel (with Peak and COG algorithms)Performance: 19,000 profiles/s from 1024 x 128 images. 38,000 profiles/s from 1024 x 64 imagesMemento Event Logging Tool
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Code Coverage Tool
Testwell CTC++
Testwell CTC++ is the leading Code Coverage Tool for measuring Code Coverage on host and all embedded targets (even very small ones). The tool is compliant to Safety Standards. Hundreds of companies all over the world use Testwell CTC++ with great success. Testwell CTC++ is the first choice for companies which have to achieve and to proof high code coverage in aerospace, automotive, transportation, healthcare and other industries.
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CompactPCI
cPCI4IP
The cPCI [CompactPCI] compatible cPCI4IP design adds 4 Industrypack compatible slots to your cPCI host. The cPCI4IP acts as an adapter, converter, carrier, or bridge between the cPCI bus and your IndustryPack hardware. The cPCI4IP is a 6U 4HP cPCI design with 4 IP slots.
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Compact PCI
cPCI2IP
The cPCI [Compact PCI] compatible cPCI2IP design adds 2 Industrypack compatible slots to your cPCI host. The cPCI2IP acts as an adapter, converter, carrier, or bridge between the cPCI bus and your IndustryPack hardware. The cPCI2IP is a 3U 4HP cPCI design with 2 IP slots.
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Copy Tools
DemiXG1020
Main unit weight is approx. 1.4kg, ultra compact and thin designResults in superior portability, perfect for on-site copying, backup, and data deletion.High speed data transfer at 10GB per minute (*1).(*1 Transfer speed varies according to performance of connected devices.)Reverse copy functionCan copy from last portion of HDD. Perfect for restoring data.Built-in evidence preservation functions including hash generation (MD5, SHA1, and SHA256) and creating DD images, etc.Built-in deletion function and quick diagnosis functionDeletion report can be created using host software (sold separately).
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CPCI timing plug-in
CPCI-SyncClock32
The CPCI-SyncClock32 from Brandywine Communications provides precision time with zero latency to the host computer over the CPCI bus in the 3u form factor. An on-board microprocessor automatically synchronizes the clock to reference signal inputs. The reference signal inputs can be 1 PPS, IRIG or NASA time codes and optionally, GPS or Have Quick.
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Custom Sensor Development
X4M03 | X4M06
Kickstart your sensor product development with the XeThru development platform, and quickly develop a prototype using certified radar sensors and your programming language of choice, be it MATLAB, Python or C++. All embedded functionality for your radar sensor project is included; access to parametric control of the XeThru X4 UWB radar SoC, the back-end data processing it demands, and communcation stacks that connects to the host software running on Windows, Mac, Linus and embedded targets.
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Data Acquisition Board
DAP 4200a
The DAP 4200a is an excellent choice for applications where there is a need for real-time processing of data in the time interval between samples, and for applications requiring fast sample rates. Much of the DAP 4200a design is similar to that of the DAP 3200a/415, but the DAP 4200a has a PCI host interface, and is capable of high speed data transfers to the host PC.
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Data Loggers
The unit can acquire data from on-board interfaces at rates of up to 10 kilosamples per second, and from remote units via communications links. A high-performance on-board PowerPC microprocessor offering over 1000MIPS processing power hosts customer applications for real-time data analysis. Application code may be autocoded using our Graphical Development Environment (GDE) from Matlab/Simulink control modules. Data is logged to 2GB of on-board Flash memory and downloaded for analysis via a Gigabit Ethernet network connection.
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debugger for complex multiprocessor
SourcePoint for Intel
Powerful debugger for complex multiprocessor software on the latest Intel processors. By working with Intel Processor Trace and Trace Hub, SourcePoint finds bugs fast, slashing debug time.SourcePoint operates in multiprocessor environments and runs on either MS Windows or Linux hosts. Features are added constantly to keep up with the ever-changing nature of software development challenges.
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Device Programmers
Acculogic offers the Algocraft family of universal In-System Programmers based on the proprietary WriteNow! Technology. The WriteNow! Series of In-System Programmers is a breakthrough in the programming industry. The programmers support a large number of devices (microcontrollers, memories, CPLDs and other programmable devices) from various manufacturers and have a compact size for easy ATE/fixture integration. They work in standalone or connected to a host PC (RS-232, LAN and USB connections are built-in), and are provided with easy-to-use software utilities.
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DHCP Tests
The Dynamic Host Configuration Protocol (DHCP) provides configuration parameters to Internet hosts. DHCP consists of two components: a protocol for delivering host-specific configuration parameters from a DHCP server to a host and a mechanism for allocation of network addresses to hosts. DHCP is built on a client-server model, where designated DHCP server hosts allocate network addresses and deliver configuration parameters to dynamically configured hosts. (Source: RFC 2131)
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Digital Barometers
Barometric pressure instruments measure the ambient atmospheric pressure and are used in manufacturing, process control, aerospace, geoscience, calibration and a host of other applications where ambient pressure is a factor in the results of tests, adjustments or calibration of components. Mensor barometric references provide the highest level of accuracy in critical applications.
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Docking Station For AIM ANET Devices
ADock-4R
The ADock-4R ANET Docking Station offer the capability to host up to 4 AIM ANET Ethernet based data bus interface devices in a single housing.
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Dual-Port 1G PCIe Ethernet NIC
BCM5720
The BCM5720 PCIe NIC is a 13th-generation 10/100/1000BASE-T and 10/100/1000BASE-X Ethernet LAN controller solution for high-performance server and networking applications. The host interface supports a separate PCI Express function for each LAN interface. The BCM5720 includes I/O Virtualization (IOV) features such as 17 receive and 16 transmit queues, and 17 MSI-X vectors with flexible vector-to-queue association.
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EMBEDDED MMC (EMMC)
SD 3.0 / eMMC 4.51 IP Family
The eMMC Host IP is an RTL design in Verilog that implements an MMC / eMMC host controller in an ASIC or FPGA. The core includes RTL code, test scripts and a test environment for full simulation verifications. The Arasan MMC / eMMC Host IP Core has been widely used in different MMC applications by major semiconductor vendors with proven silicon.
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EtherCAT Master Multi-Axis Motion Controllers
DMC-52xx0
The DMC-52xx0 EtherCAT Master is Galil Motion Control's first 32 axis motion controller. It is a pure EtherCAT controller capable of controlling up to 32 drives and 2 IO modules on one EtherCAT Network in a small, space efficient package. The DMC-52xx0 makes configuration and programming easy with just a handful of EtherCAT configuration commands and Galil’s intuitive, two-letter programming language. The DMC-52xx0 is offered in 2, 4, 8, 16, and 32 axis formats. Coordinated moves can be done within banks of 8 allowing for minimal changes to Galil’s programming language. Galil supports a variety of EtherCAT drives to accommodate most applications. The DMC-52xx0 operates in Cyclic Synchronous Position mode (CSP). In this mode the servo control loop is closed on the EtherCAT drive while the Galil sends motion profile data at a 1 kHz rate. The DMC-52xx0 features 8 uncommitted opto-isolated inputs and 8 uncommitted opto-isolated high power outputs. It also includes 8 uncommitted analog inputs and 8 uncommitted analog outputs. One 100 Mbps Ethernet port and one USB (serial) port are provided for communication with a host PC or external devices.
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FireBird Quad USB 3.0 Host Controller
AS-FBD-4XUSB3-5-104-2PE2
The FireBird Quad USB Host Controller (USB 3.0)supports four USB 3.0 ports arranged as two ports per host controller with each controller having its own PCI Express x1 Gen2 interface to give a combined total data throughput of 10 Gbps. The USB 3.0 Host Controllers used are the proven Renesas™ μPD720202.
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Flexible 32-bit PCI Riser
SKU-050-0X
The Flexible 32-bit PCI Riser (Riser) was designed to expand the 32-bit PCI bus into 2 32-bit PCI buses. The Riser includes a PCI adapter (downstream), 32-bit PCI host board and PCI Express Flat cable.The PCI adapter has 2 32-bit PCI slots for plugging in two 32-bit PCI add-in boards. The PCI host board connects to the motherboard PCI connector. The PCI Express Flat cable (12 inches) is used for connecting the host board with the PCI backplane, and it provides a flexible connection between the 32-bit PCI add-in boards and the motherboard.
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Flexible 32-bit PCI to MiniPCI Express Adapter
SKU-057-0X
The Flexible 32-bit PCI to MiniPCI Express Adapter (Adapter) was designed to convert the 32-bit PCI bus into a MiniPCI Express bus. It allows you to connect the MiniPCI Express expansion board to the motherboard PCI connector.The Adapter includes a MiniPCI Express adapter board (downstream), 32-bit PCI host board and PCI Express flat cable.
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Flexible 32-bit PCI to x1 PCI Express Adapter
SKU-049-0X
The Flexible 32-bit PCI to x1 PCI Express Adapter (Adapter) was designed to expand the 32-bit PCI bus into an x1 PCI Express bus. It allows you to connect the x1 PCI Express expansion board to the motherboard PCI connectorThe Adapter includes an x1 PCI Express adapter board, 32-bit PCI host board and PCI Express Flat cable.
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Flexible MiniPCI Express 2-Way Splitter
SKU-059-2X
The Flexible MiniPCI Express 2-Way Splitter (Splitter) was designed to expand the modern motherboard (ATX, mini ATX, etc.) with a limited number of MiniPCI Express connectors. It allows you to connect up to two MiniPCI Express expansion add-in boards to the motherboard MiniPCI Express connector.The Splitter includes a MiniPCI Express Adapter board with a PCI Express flat cable (up to 2 boards), and MiniPCI Express host board.
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Flexible MiniPCI Express Riser
SKU-055-0X
The Flexible MiniPCI Express Riser (Riser) was designed to extend the MiniPCI Express bus. The Riser includes a MiniPCI Express adapter board (downstream), MiniPCI Express host board and a 12” PCI Express flat cable.The MiniPCI Express host board connects to the motherboard MiniPCI Express connector.
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Flexible MiniPCI Express to 2 MiniPCI Splitter
SKU-069-2X
Flexible MiniPCI Express to 2 MiniPCI Splitter (Splitter) was designed to expand a modern motherboard (ATX, mini ATX etc.) that doesn’t have the MiniPCI interface. It allows you to connect up to two (2) 124-pin MiniPCI add-in boards to a motherboard’s standard MiniPCI Express connector.Splitter includes 2 MiniPCI Adapter boards, MiniPCI Express Host board and 2 Flat PCI Express Cables.
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Flexible Mini PCI Express to MiniPCI Adapter
SKU-066-0X
Flexible MiniPCI Express to MiniPCI Bus Adapter (Adapter) was designed to convert motherboard MiniPCI Express bus into a standard MiniPCI bus. It allows connection of a standard 124-pin MiniPCI add-in board to a motherboard’s MiniPCI Express connector via full- or half-size MiniPCI Express host board.Adapter includes MiniPCI Adapter board, MiniPCI Express host board and flat PCI Express Cable.
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Flexible MiniPCI Express to PCI Adapter
SKU-034-0X
Flexible MiniPCI Express to PCI Bus Adapter (Adapter) was designed to convert the MiniPCI Express bus into two 32-bit PCI buses. It allows to connect up to 2 32-bit PCI expansion boards to the motherboard MiniPCI Express connector (supports full-size and half-size MiniPCI Express host boards).Adapter includes a PCI adapter, MiniPCI Express host board (full-size or half-size) and PCI Express flat Cable.
