At ADDI-DATA, quality is not just a requirement, it is a mindset that shapes every step of our design and manufacturing process. We combine advanced testing methods, controlled production workflows, and rigorous reliability standards to ensure that every product delivers consistent performance throughout its lifetime.
From the first prototype to the final inspection, our teams work with precision and attention to detail, ensuring transparency, traceability, and uncompromising reliability. This commitment to quality is at the core of the trust our customers place in us.
We provide access to our certificates and the quality documentation associated with delivered products on our Norms & Certificates page.
These documents formally confirm that each unit has successfully passed the required tests and complies with the applicable technical and regulatory standards.
If you cannot find the specific test certificate or quality document you are looking for, you may also request it directly by contacting us.
Each product undergoes a series of thorough tests before shipment. These rigorous inspections verify all functionalities and ensure full compliance with established technical specifications.
Through this approach, we guarantee that every unit is fully operational upon delivery and capable of delivering reliable performance, even in the most demanding industrial environments.
This preventive process significantly reduces the risk of on‑site issues and provides our customers with optimal performance from the moment they receive the product.
Fully automated test systems are employed to guarantee strict and uniform validation across all production batches.
These platforms execute standardized, deterministic test sequences that eliminate operator‑dependent variability and ensure that every unit is evaluated under identical conditions.
Automated measurement acquisition, anomaly detection, and systematic comparison against performance thresholds provide reliable and repeatable results.
Additionally, integrated traceability features securely record all test data for each product, reinforcing quality control and compliance with industrial requirements.
All PCBs undergo a controlled industrial cleaning process to remove flux residues, ionic contaminants, and particulates that could compromise reliability in harsh environments.
High‑purity solvents or deionized‑water systems often supported by ultrasonic or controlled‑spray technologies ensure thorough removal of both ionic and non‑ionic residues.
After cleaning, the boards are carefully dried and inspected against strict cleanliness criteria, ensuring electrical integrity and long‑term performance throughout the product’s lifecycle.
ADDI-DATA evaluates product reliability using Mean Time Between Failures (MTBF) calculations based on recognized industry methodologies (such as MIL-HDBK-217 or equivalent reliability models).
This allows customers to assess the expected operational lifetime of the hardware in industrial systems.
We exclusively select industrial‑grade components designed to deliver long operational lifetimes, high durability, and consistent performance in demanding environments. Each component is evaluated not only for its technical specifications but also for its proven reliability in real‑world industrial applications.
Our selection process prioritizes:
By adhering to these principles, we deliver products that maintain uncompromising reliability, reduced maintenance needs, and optimal total cost of ownership even in the most challenging industrial contexts.
ADDI-DATA ensures full traceability of production batches, enabling quick access to a product’s manufacturing history when required. Each batch is uniquely identified and linked to key process data, including component references, production steps, quality checks, and final validations.
This traceability system provides complete transparency, supports audits, and allows for fast, accurate response to customer inquiries or technical analyses.
| CentOS 7 3.10.0-1160 | CentOS 8 4.18.0-348 | CentOS 10 6.12 | Debian 9 4.9.0-16 | Debian 10 4.19.0-17 | Debian 11 5.10.0-8 | Debian 12 6.1.0-18 | Debian 13 6.12 | Fedora 35 5.16.18-200 | OpenSUSE 15.3 5.3.18-59.19 | Ubuntu 16 4.15.0-142 | Ubuntu 18 4.15.0-159 | Ubuntu 20 5.13.0-28 | Ubuntu 22 5.15.0-30 | Ubuntu 24.04 LTS 6.8 | |
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