Cutting-edge
technologies
technologies
for hardware testing and development
Why choose our testing technologies?
We’ve been dedicated to embedded hardware development for over two decades. We bring international experience from projects across the EU, USA, and Canada into every solution.
We manage the entire process under one roof—from analysis and development to prototyping and mass production. This ensures consistent quality throughout.
We have NDAs in place with leading technology manufacturers and strong ties to trusted subcontractors worldwide. This gives you access to the latest technologies and solutions.
We own state-of-the-art development and testing facilities, including an EMC chamber. Our equipment meets the standards of top-tier research institutions.
We provide detailed cost estimates and online access to timesheets. You'll always have a clear overview of the project's progress through regular reporting.
We specialize in hardware development for industries with stringent certification requirements—aviation, healthcare, and industrial automation.
EMC chamber
We are equipped with a state-of-the-art EMC chamber covering a frequency range from 30 MHz to 18 GHz. With an automatically controlled turntable measuring 1.2 meters in diameter and supporting up to 500 kg, we can test even larger products.
We also perform immunity testing against high-frequency electromagnetic radiation using a uniform field of 1.0 m × 1.5 m—up to 12 V/m in the frequency range of 80 MHz to 3 GHz at a measuring distance of 3.0 m, or up to 3.6 V/m in the range of 3 GHz to 6 GHz.
The RIS 6000 system, with a frequency range of 9 kHz to 6.5 GHz, enables us to carry out comprehensive immunity tests essential for obtaining CE declarations of conformity and other certifications.
Electrical safety testing
Electrical safety testing is a critical step in the development of any electronic device. Our laboratory is equipped to thoroughly verify that your products meet all necessary safety standards and pose no risk to users.
Our testing equipment allows for:
- Measurement of insulation resistance and leakage currents
- Dielectric strength testing
- Verification of protective circuits
- Surge resistance testing
- Leakage current measurement
After testing, you’ll have the assurance that your products comply with all relevant safety requirements and can be safely introduced to the market with CE marking.
Hardware compliance
Hardware compliance refers to a set of testing and verification procedures that ensure electronic devices meet prescribed standards and regulations. In our laboratory, we use advanced measurement instruments for precise analysis of high-frequency signals, ensuring the reliable operation of your hardware.
One of our key tools for hardware compliance testing is the Agilent DSA-X 91604A oscilloscope, offering top-tier performance for high-speed signal measurement:
- Bandwidth of 16 GHz, expandable up to 33 GHz
- Sampling rate of 80 GSa/s (with 2 channels), 40 GSa/s (with 4 channels)
- Memory depth up to 2 Gpts
- Low noise level (2.30 mVrms at 33 GHz) and jitter (less than 150 fs)
With its 30 GHz probing system, the oscilloscope allows for precise correction for each individual probe amplifier, ensuring maximum accuracy when analyzing high-speed serial buses and wideband RF signals.
Our measurement capabilities allow us to perform detailed testing of the following interfaces:
- DisplayPort 1.2 – Ensuring signal integrity and compliance with specifications
- PCIe up to Gen 3 – Testing high-speed data transfers
- SATA up to Gen 3 – Verifying signal quality for stable data transmission
- USB up to 3.2 Gen 1 – Measuring signal integrity and transfer speeds
- Ethernet 1 Gbps – Testing network communication and data transmission quality
Climatic chamber
Our climate chambers allow you to verify how your device performs under extreme temperature and humidity conditions. With the Vötsch ClimeEvent C/340/70/3 model, we can simulate environments with temperatures ranging from -72 °C to +180 °C, at a temperature change rate of 3 °C/min. Relative humidity can be set from 10% to 98%.
The internal dimensions of our climate chamber (width 580 × depth 765 × height 750 mm) enable testing of medium-sized devices with a maximum weight of up to 80 kg. For temperature testing, we offer a maximum temperature compensation of 1500 W at +20 °C, and 400 W for climate testing.
Ingress protection (IP) testing for water and dust resistance
We can provide testing for various levels of protection—from basic resistance to dripping water (IPX1, IPX2) and splashing water (IPX3, IPX4), all the way to full waterproofing for temporary (IPX7) or continuous immersion (IPX8). Our testing equipment also allows verification of protection against solid particle ingress, ranging from large objects to fine dust (IP1X to IP6X).
Industrial scanner
Our industrial 3D scanner is the ideal tool for precise measurements, detailed inspections, and reverse engineering. Its compact size and mobility allow for on-site scanning of objects, which is especially valuable when working with large assemblies or equipment that cannot be easily moved.
3D scanning technology is widely used for First Article Inspection (FAI), mechanical part inspection, and verifying the conformity of manufactured components with the original design. Thanks to its high accuracy and ability to capture fine details, we can create a precise digital twin of your product—serving as a reliable foundation for further analysis or modifications.
References
Case studies
Betrian needed a modular computing solution for accurate train positioning in railway transportation. Our engineering team designed a carrier board...
OCTO.CAB approached us with a request to develop a compact data terminal that complies with strict regulations for taxi and...
PROJECT OVERVIEW This project involved the development of a carrier board for an embedded computer that forms part of a...
Testing technologies backed by international experience
Our laboratories are built on more than 20 years of international experience in embedded systems development. Since 2000, we’ve been investing in cutting-edge technologies that enable us to offer comprehensive testing and development services at the level of specialized research institutions. A team of 25+ experts leverages this advanced infrastructure to ensure the quality and reliability of your products.
