MACH SYSTEMS s.r.o. are experts in development of Embedded Systems, IT Solutions, Automation, and License Plate Recognition (Automatic Number Plate Recognition)/OCR Systems.
We specialize in embedded and in-vehicle networking and we develop and offer communication stacks and solutions for test bench and diagnostics tools and utitilites for CAN/CAN FD, LIN, FlexRay, SAE J1939, CANopen, SAE J2716, and Automotive Ethernet. We also offer a variety of CAN, CAN FD, LIN and FlexRay interfaces, gateways, converters and PC tools for diagnostics, monitoring and simulation.
We design and develop embedded systems – PCB design, firmware development, certification, prototyping and manufacture of small and large series.
Our company delivers control systems and provides industrial automation services.
We develop License Plate Recognition (LPR) systems and we offer solutions for access control systems based on vehicle license plate numbers. MACH SYSTEMS also specialize in development of other OCR recognition systems – UIC wagon numbers, container codes, personal documents (IDs, passports), and fingerprint scanners, too.
05.05.2019
Wireless CAN bus network can be realized by two Kvaser Air Bridge Light HS interfaces. The Air Bridge creates a gateway between a classical wired CAN bus and a wireless network with the help of a prorietary protocol with low jitter and a high noise immunity. The interface is plug’n’play and automatically detects the baud rate of a network.
Read More18.03.2019
A free-of-charge tool for bi-directional conversion of SAE J1939 PGN – CAN Id can be downloaded for free. The tool enables the user to enter J1939 PDU fields (Priority, DP, PGN, Source Address) and convert it into a 29-bit CAN Identifier and vice-versa.
Read More26.01.2019
Updated versions of SENT-RS232 and SENT-CAN gateways, SAE J2716 converters, are available. The gateway newly offers two analogue output channels that can be mapped onto SENT channel data frame. Any signal encoded within the data field of a SENT frame can be converter into an analogue voltage value. The conversion parameters are configurable by the user, and can also be stored into the device’s non-volatile memory.
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