We work hardware-independent, because we develop your personal embedded solution on your own or any other desired hardware. Our prices are transparent and fair. Within the scope of your embedded project, a competent contact person from our team is at your side. Of course, we only promise what we can deliver.
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References & examples for embedded solutions
We have already realized numerous embedded projects. Below you find an overview of individual customer solutions sorted by the fields Windows Embedded ( e.g. Windows Embedded Standard | WEC2013 | Win IoT 10 | WEC7 | WinCe6 ), Embedded Linux ( e.g. Yocto ), Android ( e.g. Version 4.0, 5.0, 6.0, 7.0, 8.0, 9.0 ), Microcontroller ( e.g. C165, C166, MSP430, PIC, COP, ATmega, 8051 ) and Training / Tests ( individual and project specific design consulting ).
Windows CE ( WinCE ) system integration for a breath alcohol measuring device - long-term project for the development of images for different Windows ® Embedded CE versions. The Alcotest 9510 can be used by the German police to monitor road traffic for court usable breath alcohol measurements thanks to a type approval ( issued by PTB in Braunschweig ).
Board Support Package ( BSP ) of Windows Embedded Compact ( WEC ) for the Standard Kit Ma335x from TQ-Systems GmbH based on the Sitara ARM processor AM335x from Texas Instruments ( TI ) including customer projects.
UEFI migration for special ARM-based SoCs with the aim of being able to load operating systems such as Windows 10 IoT Core. Currently supported SoCs and functionalities on request.
UEFI ( Unified Extensible Firmware Interface ) is the central interface between firmware, individual components of a computer and operating system. It is logically located below the operating system and is the successor of the BIOS system of a PC.
Windows ® CE 6.0 ( WinCE ) system integration based on the Freescale processor NXP i.MX28 for display units of Wölfle GmbH company in the field of construction machinery. With the latest display series with graphic, high-resolution TFT screen, display contents can be created and adapted quickly and easily via software. Expenses for hardware adaptation are reduced.
Board Support Package ( BSP ) of Windows ® CE 6.0 for a portable medical tablet based on the Freescale NXP i.MX31 processor. medDV GmbH has developed the NIDApad especially for use in health and rescue sector.
Windows Embedded Board Support Package ( BSP ) and development of a special driver for the company IVU Traffic Technologies AG based on the hardware phyCORE ® PXA255 and phyCORE ® PXA270 from Phytec Messtechnik GmbH.
Complete development of the Webphone study SWINGLINE Comfort with StrongARM SA1100 Windows CE 2.x and Webphone-Shell Hermes by order of the former Philips Bautzen. SWINGLINE was the first multifunctional telephone.
Customer project with the company isa industrieelektronik GmbH from Weiden based on Phytec hardware: Embedded Linux Board Support Package ( BSP ) and driver development for a camera based on the Freescale NXP i.MX6 processor.
For use in space, SIGMA Chemnitz GmbH developed essential parts of the software for a high-performance embedded system with Quad Core processor and connected SSD on behalf of Berlin Space Technologies GmbH. The system enables image acquisition and data processing in a small satellite in low earth orbit.
Embedded developments with adjustments to the smart display, NFC connection as well as camera driver development for a profile measuring device for non-contact wheel tire measurement based on the Freescale processor NXP i.MX6.
Development of a Board Support Package ( BSP ) with Embedded Linux ® and drivers for a variety of monochrome, color, IR and other cameras and CMOS sensors from Phytec Messtechnik GmbH. Creation, adaptation and extension of GStreamer plugins. Successive ( further ) development of drivers for cameras and CMOS sensors, VM006 to VM050 under Linux, partly also Windows Embedded and Android.
Realization of customer specific drivers under Linux for special cameras and CMOS sensors like Photonfocus D1312, Aptina AP0100 ISP with AR0132 CMOS sensor, Sony FCB-MA130, FLIR Tau2, MT9M021 as well as pure CMOS sensors like AR0531 and special cameras like VM008, VM010, VM011, VM012, VM016 with AR0144 CMOS sensor, VM050 and others for the SoCs i.MX6 and i.MX8.
Board Support Package ( BSP ) for the Single Board Computer SBCa335x, based on the Sitara ARM processor TI AM335x from Texas Instruments ( TI ) on behalf of the company TQ-Systems GmbH from Seefeld.
Additional revision of the Board Support Package ( BSP ) for Standard Kit based on the TI AM335x processor at a later date.
Specific Embedded Linux Board Support Package ( BSP ) for data logger and system integration for the Infoman communication device based on the XScale processor PXA270 for proveo AG ( meanwhile Zebra Enterprise Solutions GmbH, now Quantum Aviation Solutions GmbH ).
Embedded Linux Board Support Package ( BSP ), driver adaptation and camera integration based on Freescale NXP i.MX6 processor. Schüco DCS Touch Display is a design-oriented, multifunctional access module for secure door communication and access control.
Data processing with Node-RED and visualization with Angular. The IoT Enablement Kit with the Sitara ARM processor AM335x demonstrates the possibilities of IoT technologies. It enables wireless data transmission of sensor data via BLE ( Bluetooth Low Energy ) or 6LoWPAN
Linux system integration and porting of Android 4.4 and 5.0 to the single board computer ( SBC ) phyBOARD ®-Mira with NXP i.MX6 processor and phyCORE ® with Rockchip processor RK3288 for Phytec Standard Kit and various customer-specific projects.
Microcontroller programming for the cable test system Leoni KTS. The device is used for testing high-core cables in production and service. It is based on a modular concept: basic device and cable-specific adapters are used for different types, primarily from the field of gigabit network cables. Up to 96 wires can be tested for mutual short circuit and interruption.
Realization of a customer specific Linux training / workshop in the field of Open Embedded Yocto. Aim of the training was the acquisition of basic know-how, which should be used for development of medical devices. Main point was the transfer of knowledge and practical know-how around Open Embedded Yocto.