

Ви повинні увійти в систему
Category
Montaż urządzeń
Modernizacja induktorów
Urządzenia indukcyjne
asd
Фотографії призначені тільки для інформаційних цілей. Подивитися специфікацію продукту
please use latin characters
The HeiSys system platform combines the advantages of available and established Plug-On modules and offers on the one hand Computing power full scalability and on the other hand multidimensional modularity in terms of communication and I/O interfaces.
Depending on the complexity of the design and the requirements for bandwidth, signal diversity, power and current consumption, suitable COM Express boards can be selected and as a result the computing power scaled. The combination of the COMe processor module with a standardized FPGA SMARC module and the reated FPGA design allows the largest possible variance of required interfaces to be mapped. This eliminates the need for complicated, time-consuming assembly or the timeconsuming coordination of various components. Full flexibility with view to wireless transmission technologies is guaranteed by the use of standardized and futureoriented m.2 interfaces. The system platform is designed for the use of WLAN, LTE, 5G, UMTS, GSM, LPWA, LoRa, WiFi, Bluetooth, GPS/GLONASS multiband radio modules for industrial data communication and railway operations.
In addition, the realization of vehicle/field buses such as MVB, Profibus, CAN and EtherCat is guaranteed.
The compact system is certified for mobile use as a rolling stock or for wayside monitoring by the approval according to EN 50155. Due to the absence of moving parts such as fans, the reliability and the MTBF is significantly increased. The system guarantees operation in an extended temperature range between -40° and +85° C.
The system platform is excellently suited e.g. for the medical, energy / transportation, industrial and digitalization sectors. The system can be used as a gateway, a passenger information system, a wireless-access-point or as diagnostic and monitoring system in the energy sector or transportation. In marine, trains or automotive applications HeiSys can be used as a board computer or for navigation.
HeiSys supports Windows 10 / IoT and all Linux distributions of current kernels. The concept uses main line drivers or the drivers provided by the corresponding modules to ensure proper commissioning and function.
![]() HeiSys embedded system platform in the maximum confi guration - this is fl exibly adaptable |
![]() HeiSys Baseboard - customized combination of present and upcoming module standards possible |
Article | Description | Width | Height | Depth | Material/Surface |
---|---|---|---|---|---|
9924.847 | HeiSys max. confi guration+assembly | 320 mm | 2U | 271 mm | Aluminium anodized / varnished |
Ви зацікавлені у цьому продукті? Вам потрібна додаткова інформація або індивідуальні розцінки?
Ви повинні увійти в систему
The HeiSys system platform combines the advantages of available and established Plug-On modules and offers on the one hand Computing power full scalability and on the other hand multidimensional modularity in terms of communication and I/O interfaces.
Depending on the complexity of the design and the requirements for bandwidth, signal diversity, power and current consumption, suitable COM Express boards can be selected and as a result the computing power scaled. The combination of the COMe processor module with a standardized FPGA SMARC module and the reated FPGA design allows the largest possible variance of required interfaces to be mapped. This eliminates the need for complicated, time-consuming assembly or the timeconsuming coordination of various components. Full flexibility with view to wireless transmission technologies is guaranteed by the use of standardized and futureoriented m.2 interfaces. The system platform is designed for the use of WLAN, LTE, 5G, UMTS, GSM, LPWA, LoRa, WiFi, Bluetooth, GPS/GLONASS multiband radio modules for industrial data communication and railway operations.
In addition, the realization of vehicle/field buses such as MVB, Profibus, CAN and EtherCat is guaranteed.
The compact system is certified for mobile use as a rolling stock or for wayside monitoring by the approval according to EN 50155. Due to the absence of moving parts such as fans, the reliability and the MTBF is significantly increased. The system guarantees operation in an extended temperature range between -40° and +85° C.
The system platform is excellently suited e.g. for the medical, energy / transportation, industrial and digitalization sectors. The system can be used as a gateway, a passenger information system, a wireless-access-point or as diagnostic and monitoring system in the energy sector or transportation. In marine, trains or automotive applications HeiSys can be used as a board computer or for navigation.
HeiSys supports Windows 10 / IoT and all Linux distributions of current kernels. The concept uses main line drivers or the drivers provided by the corresponding modules to ensure proper commissioning and function.
![]() HeiSys embedded system platform in the maximum confi guration - this is fl exibly adaptable |
![]() HeiSys Baseboard - customized combination of present and upcoming module standards possible |
Article | Description | Width | Height | Depth | Material/Surface |
---|---|---|---|---|---|
9924.847 | HeiSys max. confi guration+assembly | 320 mm | 2U | 271 mm | Aluminium anodized / varnished |
Вашу оцінку відгуку не було надіслано
Поскаржитись на відгук
Скаргу надіслано
Ваш відгук не надіслано
Написати свій відгук
Відгук надіслано
Ваш відгук не надіслано