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The product is designed to seamlessly integrate with the IoT and Analytical processing systems. Supporting multiple I/O options, the interfaces data logger is a perfect fit to build custom automation solutions.
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WiFi - RDL875
4G/LTE - RDL875A -
The product is designed to seamlessly integrate with the IoT and Analytical processing systems. Supporting multiple I/O options, the interfaces data logger is a perfect fit to build custom automation solutions.
Order Code: RDL874
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IP65 enclosures are specifically designed to endure in more demanding environments and the outdoors, the IP65 enclosures effectively shield sensitive electronic components and wiring from environmental stressors including dust, solid foreign objects and moisture.
ORDER CODE: RDL871
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Programmable ESP32 Ethernet IO Modules can be used to build the custom solution for secure monitoring and controlling the IO. Field data collection over MODBUS RS485, Bluetooth, and USB make the monitoring and solution integration, easier than ever for IT engineers through open-source APIs.
ORDER CODE: RDL869
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Programmable ESP32 WiFi Analog IO Modules can be used to build the custom solution for secure monitoring and controlling the IO. Field data collection over MODBUS RS485, Bluetooth, and USB make the monitoring and solution integration, easier than ever for IT engineers through open-source APIs.
ORDER CODE: RDL865
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Li-Fi is a plug-and-play evaluation board for developing a wide array of visible light communication applications in consumer, wearable, industrial, medical and Internet of Things (IoT). Li-Fi transfers data from one source to another through visible light without the flickering effect. Technically, 1‟s (LED on) and 0‟s (LED off) are modulated and then transmitted at a very high speed.
ORDER CODE: RDL864
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Manufacturer Part No:ATMEGA328P-AU
The Atmel® picoPower® ATmega328/P is a low-power CMOS 8-bit microcontroller based on the AVR® enhanced RISC architecture. By executing powerful instructions in a single clock cycle, the ATmega328/P achieves throughputs close to 1MIPS per MHz. This empowers system designer to optimize the device for power consumption versus processing speed.
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