Project - 3P

We design electronics

Schematic diagrams, printed circuit boards and microcontroller programs

We implement electronic systems based on functional assumptions of the Customer.
We design printed circuit boards on multilayer FR-4 laminates and FLEX, aluminium, or ceramic substrates.
We optimise the production costs as early as at the design stage, taking into account quality expectations and estimated sales volume.
We combine our design knowledge and experience with cutting-edge electronics production technologies
We select components intended for use in specific conditions.
While creating a new device, we carefully select its elements. Our aim is to strike a balance between the latest technologies and the old but proven solutions. Hence, we are able to create a state-of-the-art design that will be up-to-date for a long time. This combination allows us deliver satisfying results even in the harshest operation conditions.
Our expertise let us predict how electronic systems will operate over the time, even when they are exposed to various external conditions, such as:
- impacts (selecting thickness of laminates, type of soldering technology, and solder joints)
- resistance to moisture and chemical vapours (considering the application of protective coats)
- high temperature (verification of the used elements used, heat sink attachment etc.)

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We design mechanics

Designs of casing, heat sinks, and mounting

We design mechanical enclosures and their components.
We select materials and individual elements so that they fulfil all the functional assumptions for the finished product.
Designs are created in a spatial 3D environment using SOLIDWORKS Premium software.
Designs are created in a spatial 3D environment using SOLIDWORKS Premium software.
No matter whether these are our facilities or our contractors, we always improve the production process and make it even more effective.
To complement the project, we may also create dedicated tools, such as welding framework.
Designing the mechanics, we place special emphasis on attachment of cables, tapes or other electronic elements, using 3D models of printed circuit boards (generated by the Altium Designer software).
We use the SOLIDWORKS Flow Simulation software to perform thermal simulations of the device operation. It enable us to monitor the positions and thermal properties of all components.
The mentioned methods of simulation allow us to the optimise the size of the enclosure, utilisation of equipment and hence, minimise the number of prototypes.
Such simulations allow us to eliminate the range of design errors and optimise the operating temperatures of electronic components, and thus extend the life of the entire device.
We prepare cutting-edge manufacturing documentation as a 3D animation, which guides a device assembler step by step through particular stages. The documentation contains all the components of the device.
For this purpose, we use the SOLIDWORKS Composer module, which allows us to prepare an animation for product presentation.

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We design software

We provide comprehensive software coding service

Our experienced team develops the most complex algorithms to ensure the proper operation of each device. They are both, user-friendly and intuitive.
We work on many programming platforms, such as:
- Embedded: C, C++, Assembler, Embedded Linux, RTOS
- Interfaces: Ethernet, CAN, USB, FireWire, IrDA, RS-485/232, I2C, I2S, SPI
- Network protocols: UDP, TCP, IPv4, IPv6, HTTP, SOAP, RPC
- WEB: HTML, PHP, JavaScript, XML, CSS
- Databases: SQL, MySQL, XML-based
- Platforms: Windows, Linux, .NET, Java, LabView, TestStand
- Desktop applications: CodeWarrior, AVR Studio, MPLAB, RIDE, HEW, ALTIUM, VB .Net, C# .Net, C++ .Net, VB6, C/C++, Java
Unique programming competences of our team:
- development of Class B software in accordance with EN/PN60730 (safety)
- real-time applications design
- digital signal processing applications (DSP)
- embedded device drivers.
Design and implement software: FPGA/CPLD Xilinx; Altera; Actel; Lattice; micro-controllers ARM, 51, AVR, PIC, STM; processors x86 and ARM.
Low-level software: BIOS, bootloaders, firmware, device drivers: USB, SATA, SCSI, Ethernet, I2S, SPI, I2C, RS232, displays, DSP
Programming languages: C, C++, Assembler, VHDL, Verilog, PHP, LUA, TCL, designning for the following platforms: Windows, Linux, Android
High-level software: Qt; OpenGL; OpenCL; network protocols TCP, UDP, IP, Ethernet, PTP, and AVB.

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