Case Study | Noritz | Real-time Capability, Processing Power, Water Heater
Realizing water heater IoT with water heater remote control × wireless × μC3/WLAN SDK! Enabling "monitoring" of bathers.
【Expected Effects】 ■Processing Capability The remote control exchanges a large amount of data with the water heater itself and communicates with smartphones and servers, serving an IoT gateway-like role, thus requiring a certain level of processing capability from the CPU. ■Real-Time Performance Since the water heater deals with fire, any misjudgment can compromise safety. Specifically, it is necessary to complete noise removal processing within a very short time frame on the order of microseconds (μs). ■Support for Future Functionality Expansion There is a package available called "μC3 + Linux," which allows μC3 and Linux to coexist on a multi-core system. This provides reassurance regarding future expandability. 【Reasons for Choosing the OS】 The memory resources required by the OS and protocol stack are very small. ▶Depending on usage, μC3/Compact operates with approximately 2.4K to 10KB of ROM. 【Products Used】 RTOS: μC3/Compact Middleware: μC3/WLAN SDK *For more details, please refer to the PDF document or feel free to contact us. #RTOS #RealTimeOS #OS #CPU #WaterHeater
- Company：イー・フォース
- Price：Other
