Product

STANAG3910/EFEX Modules

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AIM GmbH

AIM GmbH

AIM’s STANAG3910/EFEX test, simulation, monitoring and analysis modules use our field proven Common Core hardware design giving you the best performance, best feature set and highest functional integration on the market. The use of SoC (System on Chip) based core designs with multiple processors for real time bus protocol and application support, massive memory and IRIG-B time code encoder/decoder functions are standard. The latest versions also support avionics discrete I/O. Configurations with dual redundant concurrent HS/LS Bus Controller (BC), Multiple Remote Terminals, and Chronological/Mailbox Bus Monitor operation with full HS/LS protocol error injection/detection, multi-level triggering, advanced capture/filtering and real time bus recording, time stamping and physical bus replay ensure your bus integrity. Support for EFAbus Direct Digital Links (DDL), Fibre Optic DDL (FODDL) and EFAbus Express extensions (Mixed Mode and Dual Mode operation) are available. To support the French ‘Rafale’ aircraft, modules are available with an Electrical Front End. Single Function variants support cost effective solutions. Each module is delivered with a Board Support Package (BSP) containing the onboard driver software, a full Application Programming Interface (API) and detailed getting started and programming guides. Powerful PBA.pro databus test and analysis software is optionally available for all our STANAG3910 modules.

Product

Anite Development Toolset

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Keysight Technologies

Keysight Technologies

Benefit from a comprehensive suite of tools that support all phases of wireless terminal development, from pre-silicon protocol module development through to systems integration and verificationGain easy access to parameters at lower layers to re-create tests in the very early stages of chipset and device developmentAccess an extensive LTE/LTE-Advanced technology roadmap including early 5G specificationsRemain in control of test designs through accessing Layer 1 and Layer 2 using Application Programming Interfaces (APIs)Benefit from a high level of flexibility and control in terms of test creation

Product

Signal And Image Processing Research

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The Phased Array Company

The Phased Array Company

TPAC solutions are ideal for research in signal processing applied to ultrasound. You need to be able to access to any parameter, implement a particular algorithm, and access to any data during the acquisition or postprocessing phase. TPAC provides you all of these. It can be applied to studies in signal processing, image processing, beamforming, machine learning, etc… Thanks to TPAC’s open platforms, you will be able to freely set the ultrasonic sequences, record the raw data from your experiment, and test your own algorithms or even method. In order to adapt to a wide variety of habits, TPAC proposes multiple APIs (Application Programming Interface) compatible with Matlab, C++, Python, C#, Labview and working under Windows or Linux operating systems. Through a socket, it is even possible to use any OS of your choice.

Product

ARINC818 Cards

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AIM GmbH

AIM GmbH

> ARINC818 is a specification which has become an Industry standard for the transmission of uncompressed digital video. This commercial standard uses Fibre Channel as a point-to-point communication link for low latency with the ARINC818 defining the packetized protocol for transmission of the digital video information. It is highly flexible and can be used for a variety of onboard display systems in both commercial and military applications. AIM’s ARINC818 cards use our field proven Common Core hardware design giving the best performance, best feature set and highest functional integration on the market. The use of SoC (System on Chip) based core designs with one dual core RISC processor per port, massive DDR3 memory and IRIG-B time encoder/decoder functions are standard. The ARINC818 modules are available in PCIe formats.The new ultra high performance intelligent 4-lane PCIe 2.0 interface modules offer 2 ports with full function test, simulation, monitoring and analyzer functions for ARINC818 interfaces. The dual core processor provides onboard processing and data transfer capabilities for the most demanding applications including ARINC818 support done on board level. Large and high data throughput DDR3 RAM is accessible for the onboard processor as is a high performance FPGA implementing the customized ARINC818 Interfaces enabling the board to analyze incoming data in real time. Each module provides 2 ARINC818 compliant ports. SFP cages make it suitable for different media types as optical or electrical network technologies. Each module is delivered with a Board Support Package (BSP) containing the onboard driver software, a full Application Programming Interface (API) and detailed getting started and programming guides. Powerful PBA.pro databus test and analysis software is optionally available for all our ARINC818 cards.

Product

Automated Production Testing

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MegiQ BV

MegiQ BV

MegiQ provides an Application Programming Interface (API) for controlling the VNA application and measurements.This API is used for developing custom automated measurements in a factory.

Product

STAMINA High-Speed Multi-Camera Recording

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Lambert Instruments BV

Lambert Instruments BV

Stamina combines advanced hardware with easy to use software to offer a complete multi-camera recording solution for your imaging challenges. With the complete imaging system it becomes possible to record, view and combine up to 9 cameras in one setup. Our software is compatible with a wide range of cameras, providing the option to integrate your own cameras into the imaging setup easily.With Stamina, all recordings can be synchronised and all image data is directly streamed to the solid storage, enabling longterm streaming. With the external Application Programming Interface (API), Stamina can be further customised and integrated in your existing setup. Through the API, you have access to device settings, recording parameters and image data.Stamina is a completely customizable multi-camera recording and imaging solution. Our experienced sales engineers will advise you on the right system for your application.

Product

Software & Hardware Interface

XJAPI

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XJTAG Ltd.

XJAPI - XJTAG Ltd.

The XJAPI is a simple-to-use DLL Application Program Interface (API), designed to give you low-level access to the JTAG chain via either the XJLink or the PXI hardware, allowing easy integration with a wide range of other systems such as development/evaluation boards, test systems

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Capture Software

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Lambert Instruments BV

Lambert Instruments BV

Easy to use software, windows based, that offers to record, view and combine up to 9 cameras in one setup. The software is compatible with a wide range of cameras, providing the option to integrate your own cameras into an imaging setup easily. It features recording to RAM or Hard drive, a Triggered recording, and timelapse recording.With the external Application Programming Interface (API), Capture can be customised and integrated in an existing setup. Through the API, you have access to device settings, recording parameters and image data.

Product

ARINC825 Cards

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AIM GmbH

AIM GmbH

AIM’s ARINC825 cards can work either with full functionality as an active CAN node for testing and simulating or in listening only mode for monitoring and recording purposes of Avionic CAN bus (ARINC825) applications on up to 4 electrically isolated CAN bus nodes concurrently. All nodes are in conformance with the ISO11898-1/-2 standard. They are accessible by software separately and can be used as 4 independent CAN bus nodes. An onboard IRIG-B time decoder allows users to accurately synchronize single or multiple modules to a common time source. All supported signals are available through front I/O and rear I/O interface. ARINC825 cards consist of FPGA based CAN interface controllers as well as a FPGA based 32-bit microcontroller core and a separate processor for IRIG-B synchronization with high resolution time stamping. All nodes are operating concurrently at CAN bus high speed bit rate of up to 1Mbit/s with the intelligence to process scheduling of CAN frames in real time onboard to significantly off-load the host processor.For embedded applications the AMC825-4 PMC module is available in a conduction cooled version. Using AIM’s family of PCI, CPCI (3U and 6U) and VMEbus carrier cards for PMC our clients have off the shelf solutions in a broad range of card formats. ARINC825 (CAN bus) modules are delivered with an Application Programming Interface (API) and Driver Software compatible with Windows, Linux and VxWorks.An ARINC825 Resource Component is available for AIM’s PBA.pro™ databus test and analysis tool including Tx and Rx simulation capabilities, a Chronological Bus Monitor and support for decoding of payload data within CAN messages. This allows to implement a powerful ARINC825 (CAN bus) analyzer or a complete test system in conjunction with other AIM avionics databus interfaces and PBA.pro™ supported 3rd party hardware.

Product

MIL-STD-1553 VXI Module

QVXI2-1553X

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Abaco Systems Inc

QVXI2-1553X - Abaco Systems Inc

The QVXI-1553X provides new levels of performance and flexibility for MIL-STD-1553A and B Notice II on a C-size card. Available in commercial, industrial and conductively cooled versions with one, two or four dual-redundant channels, the QVXI-1553X includes "abstract" API (Application Programming Interface) software that reduces application development time.

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API Testing Services And Service Virtualization

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ImpactQA

ImpactQA

APIs (Application Programming Interface) are the building blocks that form a significant link in today’s interconnected world of applications, programs, servers and websites. An API at its core is a formal specification that acts as a guaranteed contract amid two distinct pieces of software. It also standardizes and streamlines the flow of “computer speaks” information and enables Internet of Things (IoT). The importance of APIs is that it allows diverse organizations create software apps that rely on other app & services without having to continuously or regularly update their app when the internals of the dependent apps or services change. As long as the Application Programming Interface remains stable, User Interface and internal implementation can change. This is the noteworthy feature of Application Programming Interface, they consist of a part that does not change – “the interface or contract” that indicates the behaviors, operations, and data formats and the execution that can change as needed.