Multiple interfaces, one platform
The design covers UART, SPI, I²C and JTAG/SWD for board-level communication, debugging and embedded development.
Professional electronics.
One modular multitool.
ONITRON brings debugging interfaces, controlled target power and a modular expansion architecture into a portable instrument, designed for demanding bench work and industrial field diagnostics.
Designed around the target, not just the connector
Connect to the target→Control the interface→Diagnose & develop
Electrical control, multiple protocols and a browser interface belong to the same instrument.
Controlled signal levels
Target-voltage sensing and directed level translation are part of the electrical design. The aim is deliberate control over when and how the instrument drives the target.
Managed target power
Selectable target power, current limiting and fault handling are designed into the platform, with interlocks between incompatible power states.
Protection by design
The hardware specification includes ESD protection, defined reset states and high-impedance fault behavior. These are engineering requirements being validated as the hardware evolves.
A field-ready workflow
Use a phone or computer to access the onboard web interface. The prototype WiFi path works with iPhone, bringing the controls closer to the equipment.
A modular instrument
The expansion architecture is planned to cover NFC, sub-GHz radio, USB host and storage. Final module availability and base features will follow hardware validation.
From the development bench
to equipment in the field.
A common tool for engineers developing embedded boards, technicians diagnosing equipment and repairers investigating unfamiliar electronics. The product is designed around reliable electrical behavior as well as convenient access.
In development for professional and industrial applications. Hardware validation and qualification are still in progress; final operating ratings and any certifications have not been announced.