The Comprehensive Hardware Development Services, that we provide, includes embedded product design and development for a rich range of embedded systems. We cover the full embedded hardware development cycle: from product strategy, design and system development to the customers’ increasing demands for improved functionality. It starts from small embedded components, that basing on different micro-controllers to sophisticated embedded systems with advanced security requirements, more complex hardware (like 64-bit processors), and a wide range of peripherals and I/O capabilities.
Our certified hardware specialists know and take advantage of the latest advances in electronics and science, so they can make all your dreams come true at the highest level.
Our embedded hardware design services include both simple and complex designs. Also, we will support your ideas from its generating in mind to mass-production. We develop Embedded Systems for every of modern devices: consumer and industrial. The full range of services we provide to implement embedded hardware for these application areas is so big like the maximum amount of RAM in the new Mac Pro (btw it`s about 1.5TB).
Watch the full list of services we provide to implement embedded hardware:
- PCB design & layout
At the beginning of the way, our electronic designers carefully listen to your product specifications. The next steps include all standard developing routines like architecture design, schematics, printed circuit board layout. The end of the way — organizing manufacturing and assembly. We use computer-aided design (CAD) software including professional industrial design tools such as Altium Designer, Cadence Allegro, Eagle Cad, OrCad and KiCad. Be sure that all modern international standards are met.
- FPGA design
We can implement from scratch to well-ended logic designs high-performance systems using two types of digital logic chips: Field-Programmable Gate Arrays (FPGAs) for high gate count designs, and Complex Programmable Logic Devices (CPLD) for simpler logic applications with low gate count designs.
- Prototyping and assembly
We make prototypes after the embedded board designing and manufacturing, we assemble PCBA. All the required equipment to solder electronic components to a PCB are at our in-house office. This step is needed for testing products and for strong verification of them. Just after the previous stage sometimes happens bugs and on this stage, we rework some faults if we have them. From 3 to 5 iterations are usually enough to reveal and fix most of them.
- Testing, validation, and certification
Tests are an integral part of any project and we can help you in finding bugs. This includes verification, safety and environmental tests on the prototype. The main part of testing — ensuring, is hardware backing by ecology compliance.
- Preparing for manufacturing
We prepare all needed design documents for manufacture hardware. Even if we don`t include manufacturing products we create, we always offer you the best conditions and the best companies who do that.
All-inclusive service for your electronics: circuitry, components, and mechanics
We work by the rule: Analysis — Prototype — Success.
The main thing at correctly-working electronic assemblies — right circuitry. Inspiring this, we make an analysis of your idea. This step is necessary for preparing a feasibility study as well as the relevant performance specifications.
After calculation, we develop prototypes and starting tests. The prototype with electronic and thermal simulation programs allow us to test the electronics. And after that, we can also check whether the manufacturing process is working in the best possible way.
Finally, we construct the mechanics in which your electronics will be embedded. We can simulate the optimal fit in advance using in-house 3D studies. We precisely adjust all of our test methods and equipment to your product.
We develop the following applications for various industries:
- Sensor systems for different measuring ranges
- Controllers and inverters for high-performance electronics
- Control technology
- LED technology for lighting concepts
- Embedded systems
- Bus systems such as DALI, DMX, Interbus
- Radio systems, such as Bluetooth Low Energy, LoRa, Zigbee
STM32/8, 8051/x86, ARM, AVR, PIC, DSP,
Texas Instruments (DSP and other),
Intel, Qualcomm, NXP, MediaTek, Renesas,
Freescale, ATMEL, Microchip, FPGA (Xilinx, Altera)
RS-232/485, USB, IEEE 802.11x, Ethernet, TCP/IP,
GSM / GPRS / UMTS / LTE,
ZigBee, LoRa, Bluetooth,
CAN, mBUS, PCI, 1-Wire, I2C, SPI, JTAG,
SD, MMC, FireWire, HDMI, DVI
Embedded Linux, RTLinux, FreeRTOS, embOS, QNX, VxWorks,
Proprietary (REXX, AMX),
Mobile platforms (Android, iOS, Windows Phone)
Java: Java Core
C: Boost, POCO, gst(GStreamer), Libav(ffmpeg), live555
Microsoft: .NET, C#
PHP: PHP Core, Kohana Framework
Python: Python Core
Web Services: Apache, Apache Tomcat, Apache Geronimo, Glasfish, WebLogic (Oracle), JBoss, IBM WebSphere, Microsoft IIS, Swordfish SOA
Database: MSSQL, MySQL, MariaDB
Embedded C, ANSI C, Embedded C++, Java (J2ME, Dalvik), Assembler (ARM, x86, others), LabView, VHDL, Matlab/Simulink
MS Visual Studio Embedded, LPCExpress, IAR, KEIL, Code Vision AVR, MPLABX, Emacs, Eclipse, Sourceinsight, Code Composer, Netbeans