Embedded solutions

Embedded solutions

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.

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 ).

Windows Embedded Compact ( WEC ) system integration and driver development. RFID ready - Intelligent Device Control Center for cost-effective provision of an RFID environment with filtering and pre-selection of signals directly in the device.

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.

Realization of customer-specific projects by Phytec ® Messtechnik GmbH based on the phyCORE ® AM335x module, the phyFLEX ® i.MX6 module and the single board computers SBC WEGA ® and SBC MAIA ®.

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.

Linux / Yocto based Board Support Package ( BSP ) and drivers for the phyBOARD-Zeta i.MX7 ( NXP i.MX7 platform from Phytec ) and customer projects based on it.

Work on the Linux kernel of the smart home system HomePilot ® from Rademacher. With the Smart Home System, you can easily control wireless products via Smartphone, Tablet or PC. At home, or if you want, anywhere in the world.

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.

Porting and adaptation of Android and embedded Linux kernel on suitable customer platforms. Versions of Android or Linux kernel on request.

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.

Programming of a microcontroller ( µController ) for the i.box family from IVU based on Phytec hardware i.MX35 and i.MX6 as well as Cortex-M and MSP430 i.box famil.

Training in Windows ® Embedded Compact 7 and Windows ® Embedded Compact 2013 for employees of ACX GmbH.

Test case creation and integration tests for the Windows CE devices Pocket LOOX 4xx, 6xx and 7xx for the former Fujitsu Siemens Computers GmbH ( today Fujitsu Technology Solutions GmbH ).