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TPS Development
provides set of UUT specific documentation, programming and interface.
See Also: TPS
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TPS Development
Partech is an acknowledged leader in providing Test Solutions for the ADF, delivering high quality, indigenous in-country support for key defence platforms. Partech has developed Test Solutions for the following platforms:*S-70B-2 Seahawk operated by RAN*FA-18A/B Hornets operated by*RAAF*F35 Lightning II joint strike fighter
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Test Program Sets (TPS)
Data Review, Corrections, & Generation (Reverse Engineering). Technical Requirement Documentation (TRD). Test Strategy Reports (TSR). Test Program Development – Software. TPS Sell-Off & Acceptance. Life-Cycle Support. Technical Interface Test Adaptors (ITA) – Hardware. Training - TPS Development, ATE/TPS Operator, Fault Diagnostic, ATE Maintenance.
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Professional ATLAS WorkStation
PAWS Developer's Studio
We can provide and fully support PAWS (Professional ATLAS WorkStation), the leading ATLAS development system used by most of the US and European military ATLAS based ATS. The PAWS suite includes full development systems as well as runtime only versions for executing previously developed TPS on an installed base of workshop systems.PAWS Developer's Studio gives you the power to compile, modify, debug, document, and simulate the operation of ATLAS test programs in a modern Windows environment. It offers the visual development capabilities prevalent in the marketplace today specifically tailored for ATLAS TPS development. A full range of the most commonly used ATLAS subsets is supported. A PAWS Toolkit can modify the ATLAS subset to meet the particular ATE (Test Station) configuration. Its output is ready to be executed on the associated debugging PAWS run time system.
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3U VPX Development Kit
This development kit enables efficient 3U VPX backplane design and software verification.- 3U VPX architecture- One CPU blade, one GPU blade (optional), SOSA-aligned- 1TB NVMe pre-installed in CPU blade- Rear transition module(s) included- Test Frame with backplane pre-installed
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COM Express Type 10 Starter Kit Plus
COM Express Type 10 Starter Kit Plus
The COM Express Type 10 nanoX Starter Kit Plus consists of a COM Express Type 10 core module reference carrier board that provides two PCIe Mini Card slots, 2 RJ-45 LAN ports, 2x USB 3.0, 2x USB 2.0, 1x USB client, 2x DB-9 COM, 1x SD card socket, and Mic/Linein/ Line-out. ADLINK also provides additional development tools including a verified 10.1" LVDS panel (optional), power supply, thermal solution and cabling accessories.
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COM-HPC Server Type Development Kit based on Ampere® Altra® SoC
Ampere Altra Dev Kit
Ampere Altra Dev Kit consists of a COM-HPC Server Base carrier paired with a COM-HPC Server Type Size E module and heatsink with fan. The module features Ampere® Altra® SoC (Arm Neoverse N1-based architecture) harnessing 32/64/96/128 Arm v8.2 64-bit cores for up to 1.7/2.2/2.8/2.6 GHz and providing support for up to 768GB DDR4 memory, offering unprecedented performance and power per watt with exceptional scalability.
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COM-HPC Server Type Ice Lake-D Starter Kit
The COM-HPC Server Type Starter Kit consists of a COM-HPC Server Type module, memory, and thermal solution of your choice with an extended ATX size COM-HPC Server Type reference carrier board, as well as necessary cabling. It allows you to quickly emulate the functionality of your end product for software development and hardware verification. Carrier board design files (schematics, mechanical drawings), COM-HPC module drivers, BSP, and user manual are also offered to aid you in designing your own custom carrier board.
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COM-HPC Server Type Size E Reference Development Platform based on Ampere® Altra® SoC
Ampere Altra Developer Platform
Backed by a broad Arm® ecosystem with an Ampere® Altra® SoC at its core, using the Arm® Neoverse™ N1 platform, the Ampere Altra Developer Platform provides premium performance from a cloud-to-edge infrastructure, keeps an extremely low thermal envelope, lower TCO, and significantly lower power consumption than x86 designs. It supports the open source EDKII as bootloader with UEFI, so customers can just download a stock AArch64 (arm64) ISO such as Ubuntu and install it through booting a live ISO directly on the target. The same convenience we have become used to by using x86 / amd64 target systems.
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I-Pi OSM Development Kit Based On NXP® I.MX 93 Dual-Core Arm® Cortex-A55 & M33
I-Pi OSM IMX93
The I-Pi OSM IMX93 is an OSM-based smart solution development kit powered by NXP i.MX93 (dual-core Arm Cortex-A55 & Arm Cortex-M33) processor with an in-SoC Arm Ethos-U65 microNPU (Neural Processing Unit).
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I-Pi SMARC Development Kit Based On Intel® 6th Gen Atom® X6425E Quad-Core SoC
I-Pi SMARC Elkhart Lake
The I-Pi SMARC Elkhart Lake is a SMARC-based edge solution development kit powered by Intel Atom x6425E quad-core SoC with integrated Intel UHD graphics and comprehensive high speed interfaces. Development-focused, this kit also supports the latest version of the Intel® Distribution of OpenVINO™ toolkit, which features more deep-learning models, higher inferencing performance, and fewer code changes, making developing ever simpler.
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I-Pi SMARC Development Kit based on MediaTek® Genio 1200 platform
I-Pi SMARC 1200
The I-Pi SMARC 1200 is a SMARC-based, AI and graphics-centric solution development kit powered by MediaTek® Genio 1200 (Octa-core Arm Cortex-A78 x4 + A55 x4) processor with a 5-core Arm Mali-G57 GPU for advanced 3D graphics and an integrated APU (AI Processor Unit) system delivering up to 5 TOPS.
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I-Pi SMARC Development Kit based on NXP® i.MX 8M Plus Quad Arm® Cortex-A53 Processor
I-Pi SMARC IMX8M Plus
The I-Pi SMARC IMX8M Plus is a SMARC-based smart solution development kit powered by NXP i.MX8M Plus (Quad-core Arm Cortex-A53) processor with a Neural Processing Unit (NPU) at up to 2.3 TOPS.This is the first SMARC R2.1 development kit focused on machine learning, vision, advanced multimedia, and industrial IoT with high reliability. As such, it supports dual image processors and two camera inputs for an effective Vision System, as well as applications beyond, including smart homes, building cities, and industry 4.0.
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I-Pi SMARC Development Kit Based On NXP® I.MX 95 Six-Core Arm® Cortex-A55, M7 & M33
I-Pi SMARC IMX95
The ADLINK LEC-IMX95 is a powerful and versatile SMARC module that delivers high-performance computing, graphics, machine learning, and vision capabilities for IoT and industrial applications. It is based on the NXP i.MX95 processor, which integrates six Arm Cortex-A55 cores, one Arm Cortex-M7 core, one Arm Cortex-M33 core, an Arm Mali GPU, an ISP, and an eIQ Neutron NPU that can run at up to 2 TOPS.
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I-Pi SMARC Development Kit based on Qualcomm® Robotics RB5 Platform
I-Pi SMARC RB5
The I-Pi SMARC RB5 is a SMARC-based AIoT and robotics development kit harnessing ADLINK LEC-RB5, powered by the Qualcomm® QRB5165 SoC with Qualcomm® Kyro™ 585 octa-core CPU (8x Arm Cortex-A77), and Qualcomm® AI Engine.
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I-Pi SMARC IoT Development Kit Based On Intel® 7th Gen Atom® X7433RE Quad-Core SoC
I-Pi SMARC Amston Lake
The I-Pi SMARC Amston Lake is a SMARC-based edge solution devkit powered by power-efficient Intel Atom x7433RE quad-core SoC with integrated Intel UHD graphics with 32 EUs, deep learning inference capabilities, industrial grade durability and comprehensive high-speed interfaces.
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Rugged COM-HPC Server Type Size E Reference Development Platform Based On Ampere® Altra® SoC
Ampere Altra Developer Rugged
The rugged 4U rackmount server platform provides a cloud-native environment for embedded edge development. It can host the SOAFEE (Scalable Open Architecture for Embedded Edge) providing a cloud-native environment for embedded edge development and is compatible with Autoware Foundation's Autoware Open AD Kit. It supports the open source EDKII as bootloader with UEFI, so customers can just download a stock AArch64 (arm64) ISO such as Ubuntu and install it through booting a live ISO directly on the target. The same convenience we have become used to by using x86 / amd64 target systems.
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Development
If possible we use standard market instruments and components. However not every task can be solved technically and economically reasonable. That is when our development department comes to place. Our colleagues already developed many approaches from little, practicable assemblies up to holistic measurement features. These solutions are customer oriented and together with a special firmware this is often a useful solution.
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Development
Our JTAG Switch Modules (JSMs) are flexible testing and diagnostic cards to accelerate the design, prototyping and operation of your embedded computing system. We have a range of AMC modules for IPMI software development, power load testing and monitoring or to provide a telco/fabric clock. Also, our single slot backplane for AMC modules is ideal for low-cost development and testing.
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ATE Development
Aero Engineering Support Group
ATE Development Aero Engineering Support specializes in designs and manufacturing of a wide variety of Automatic Test Equipment (ATE) of support for military avionics, commercial avionics, industrial sector, etc. AESG is committed to providing industry leading equipment that are designed to be scalable and expandable ATE capable of providing reliable functional test solutions for any electronic assembly or Circuit Card Assembly. New from Aero Engineering Support is the A2500 system, providing:
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Custom Development
Specially developed power supplies require extensive industry knowledge. If, despite the wide range of COTS products, we do not have a suitable power supply for your application in the standard range, we will be happy to develop power supply solutions with our experienced engineering for your need. The development work can include both electronic and mechanical constructions, as well as programming.
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Development Board
Advantech offers various development boards for multiple RISC-based Computer-on-Module (COM) hardware platforms including Qseven, SMARC and RTX 2.0.
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Development Boards
Advantech Development boards provide a schematic software & reference to reduce design effort at the development stage. Development Boards have been designed in order to allow customers to verify the functions of COM, text carrier board problems and support COM series. Advantech has designed a Development Board which can be used to test carrier board problems and support COM series, and Qseven, ETX / XTX form factors.
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Development Boards
Miniature mixed signal oscilloscope with an arbitrary waveform generator in a small module
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Development Boards
Everything From Full-Featured to Tiny Starter Boards. Professional, full-featured development platforms, rich in modules. Each Easy Board features on-board programmer or debugger, and supports an entire family range of microcontrollers.
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Development Kit
The VP430 is 3U VPX RF processing system featuring the transformational Xilinx® Zynq® Ultrascale+™ RF system-on-chip technology (RFSoC). The ZU27DR device used on the VP430 includes eight integrated analog-to-digital converters at 4GSPS, eight digital-to-analog converters at 6.4 GSPS, a user-programmable FPGA fabric, and multi-core Zynq ARM® processing subsystem.
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Development Kits
Advantech development kits includes a series of carrier boards and starter kits with schematic software and reference design to accelerate evaluation.
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Development Platform
LaunchPad™
Begin rapid prototyping applications in minutes with our microcontroller-based LaunchPad kits, Sitara™-processor-powered BeagleBoards and SimpleLink™ wireless connectivity SensorTags. The Sidekick line of kits from Seeedstudio offer customers a quick way to evaluate custom circuits with many of the popular microcontroller development kits available on the market.
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Development Platform
NFC/WLC
CISC is offering various technology elements to support the design of NFC-based WLC (wireless charging). These pre-tested hardware modules including various antenna sizes, firmware, and software support customers to quickly have available solutions for their requirements. Customization helps in particular for very challenging application requirements. Customers benefit from very fast time to market for WLC solutions.
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Development Switch
AFDXSwitch Lab
The AFDXSwitch Lab operates in accordance to all requirements specified in the ARINC 664 part 7 standard. Features include traffic policing and frame filtering functions as well as integrity and error checking of frames. Additionally the switch comes with advanced features like 1 Gbit/s speeds, flexible physical layer configuration and extended environmental ratings. The AFDXSwitch Lab provides the full range of all technical functionalities of TTTech’s certifiable AFDX production switches, making it the optimal switching solution for a large variety of different application areas.
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Development Switch
TTESwitch Lab Space
The TTESwitch Lab Space supports laboratory testing efforts of Time-Triggered Ethernet applications; user development costs can be reduced by using the internal TTESwitch Controller HiRel ASIC that is also used in flight equipment. With advanced features like speeds of up to 1 Gbit/s, flexible physical layer configuration and three supported traffic classes, it is the optimal switching solution for a large variety of application areas. TTEthernet is a fault-tolerant, real-time communication protocol for safety-relevant systems integrating Ethernet and TTEthernet data flows onto one physical infrastructure.
