Novatri is developing an affordable, highly portable Digital IC Tester designed to fundamentally disrupt the educational, hobbyist, and small-scale electronics market. Currently, the landscape for hardware debugging is severely polarized. On one end, traditional IC testing equipment consists of bulky, legacy benchtop machines that are prohibitively expensive and largely inaccessible to individual engineering students or underfunded university labs. On the other end, low-cost DIY alternatives built on basic microcontrollers suffer from severe performance limitations, such as dangerous voltage sags and memory constraints, leading to false test results when verifying high-current logic chips. Our solution bridges this critical gap. We have engineered a miniaturized, smart testing device powered by a high-speed 96MHz STM32 microcontroller operating on a highly optimized, bare-metal architecture. The core innovation of our product is a custom 3-path power delivery network. By utilizing a sophisticated array of shift registers and MOSFETs, the device dynamically configures power rails and logic routing with absolute precision. This completely eliminates the need for any manual hardware switching or unreliable breadboard connections. Consequently, users can instantly and safely verify the logic, health, and timing of over 200 different integrated circuits. The system natively stores massive truth table libraries locally, providing immediate pass/fail diagnostics. By democratizing access to professional-grade, reliable hardware debugging, Novatri aims to equip engineering institutions, university labs, electronics makers, and hardware startups with an essential, low-cost diagnostic tool that accelerates both hardware prototyping and practical STEM learning.
Show MoreYear of Establishment2025