This blog series introduces standardizing the design of sensing equipment using the RX23E-A MCU’s built-in high-precision delta-sigma ADC. Blog 1 highlights the standardization between models of a product.
This blog explains how Renesas views the evolution of the automotive industry and builds its business strategy.
How we can use the Data Operating Circuit and the Data Transfer Controller to create complete, autonomous subsystems that can make simple decisions based on measured data without CPU intervention.
Multiplexed Register Clock Driver (MRCD) and Multiplexed Data Buffer (MDB) components allow DDR5 memory modules to deliver significantly higher bandwidth for memory sub-systems in next-generation servers.
Renesas offers a solution that adapts well in remote locations where there is no Wi-Fi or Bluetooth LE access, only a cellular radio using CAT-M1; the inclusion of solar energy harvesting into the design allows for long-term battery life.
A waterproof self-capacitance solution, using a new feature of CTSU2SL within the latest RX140 MCU, is suitable for implementing capacitive touch keys in space-constrained, wet-area applications.
Industry 4.0 is helping to revolutionize the entire automation process. Integration of industrial network including cloud computing and edge AI analytics are reshaping the next generation Industrial Automation designs.
For model-based development, I would like to introduce Embedded Target for RH850 Virtual Platform, which facilitates early verification and shortening of development period.
Introduces the concept of the Data Transfer Controller, a much more flexible and power method of transferring data between peripherals and memory compared to the traditional Direct Memory Access Controller.