The IOLITE, OBSIDIAN, and KRYPTON series represent Dewesoft's leading distributed and rugged DAQ solutions, each tailored to specific application needs while sharing the patented DualCoreADC® technology. This advanced technology delivers up to 160 dB dynamic range and exceptional accuracy, ensuring reliable data quality even in demanding and complex measurement environments.

IOLITE is the most cost-effective EtherCAT-based distributed DAQ line, ideal for industrial monitoring, large-scale machinery, and structural testing applications with channel counts ranging from dozens to thousands. Its modular architecture enables flexible installation close to sensors, minimizing cable-induced noise and maximizing measurement accuracy. IOLITE is available in both rack-mounted and modular configurations, making it easy to expand and integrate into existing systems.

OBSIDIAN represents the newest generation of Dewesoft DAQ systems, building upon the proven SIRIUS platform with a more modern design, lower power consumption, and enhanced performance. The series emphasizes durability, flexible scalability, and deeper integration with DewesoftX software, making it ideal for advanced applications such as electric vehicle testing, aerospace development, and renewable energy systems.

KRYPTON is the most rugged DAQ line, rated IP67 for maximum environmental protection. It withstands extreme shock, operates reliably in temperatures from -40 °C to +85 °C, and performs consistently in harsh working conditions. With compact 1–8 channel modules, KRYPTON allows direct near-sensor installation, significantly reducing cable length and signal noise. It is the preferred solution for outdoor testing, off-road vehicles, marine environments, and military applications.

All three series – IOLITE, OBSIDIAN, and KRYPTON – support virtually every signal type, provide galvanic isolation up to ±1000 V, ensure precise time synchronization, and operate seamlessly with the powerful DewesoftX software, delivering comprehensive DAQ solutions for any professional measurement requirement.