OBSIDIAN is a breakthrough DAQ (data acquisition) instrument
OBSIDIAN is a breakthrough DAQ (data acquisition) instrument that combines the best features of a high-end DAQ system, a long-term datalogger, a real-time EtherCAT data server, and a signal conditioning front end. OBSIDIAN is built on a low-power ARM processor running an open-source LINUX® operating system and DewesoftRT DAQ software. This architecture allows OBSIDIAN to operate for extended periods without intervention. It can be remotely monitored and controlled via the DewesoftM app on iOS or Android devices, or by computers running DewesoftX software. Read more
OBSIDIAN is a breakthrough DAQ (data acquisition) instrument that combines the best features of a high-end DAQ system, a long-term datalogger, a real-time EtherCAT data server, and a signal conditioning front end.
OBSIDIAN is built on a low-power ARM processor running an open-source LINUX® operating system and DewesoftRT DAQ software. This architecture allows OBSIDIAN to operate for extended periods without intervention. It can be remotely monitored and controlled via the DewesoftM app on iOS or Android devices, or by computers running DewesoftX software.
OBSIDIAN is specially designed for harsh environments, supporting the collection of various signals such as temperature, pressure, strain, rotational speed, and CAN. It has a protection level as high as IP67 and can operate in extreme temperatures ranging from -40 to 85 degrees Celsius. It can withstand up to 75 G of shock and meets the MIL-810F vibration resistance standard. It also integrates Wi-Fi and GNSS (Global Navigation Satellite System) receivers.
OBSIDIAN is built on a low-power ARM processor running an open-source LINUX® operating system and DewesoftRT DAQ software. This architecture allows OBSIDIAN to operate for extended periods without intervention. It can be remotely monitored and controlled via the DewesoftM app on iOS or Android devices, or by computers running DewesoftX software.
OBSIDIAN is specially designed for harsh environments, supporting the collection of various signals such as temperature, pressure, strain, rotational speed, and CAN. It has a protection level as high as IP67 and can operate in extreme temperatures ranging from -40 to 85 degrees Celsius. It can withstand up to 75 G of shock and meets the MIL-810F vibration resistance standard. It also integrates Wi-Fi and GNSS (Global Navigation Satellite System) receivers.
