Blog Posts
The Thermopile CO₂ Detector Winning Combination is a reference design using Renesas’ RTD120D dual thermopile to detect the ambient CO₂ concentration.
When combining RX23E-A, a microcontroller with high precision AFE, with RX72M, a microcontroller with the enhanced function for industrial network, you can realize the data acquisition (DAQ) for the IoT era.
Stefan introduces two new entry-line RA MCU groups, RA4E1 and RA6E1, designed to address key design challenges including the optimal balance between performance and power consumption, as well as seamless migration options for future designs.
10BASE-T1S and CAN XL have entered the networking arena and try to convince with 10MBit/s transmission speed and some level of compatibility to other protocols of the same family. In this first blog talking about these new protocols we give a brief explanation of the enhancements made during the standardization. Then we will take a look to performance and efficiency of both protocols.
In a second post coming soon, we will take a deeper look how both protocols could be used in a system, what is necessary to connect CAN XL and 10BASE-T1S to a IVN backbone and how the protocols perform from a gateway application software viewpoint.
After the release of Renesas FSoE solution in late 2020, this solution been getting a lot of global attention. This blog focuses how Renesas’s FSoE solution simplifies development and shortens development time.
Renesas RTD120D thermopile can support healthy air in Canadian classrooms.
“Virtual Renesas Automotive Days”is an opportunity for Renesas to update you on its strategy and broad lineup of automotive solutions.
Learn more about the RX671 with enhanced computing capabilities and function. The RX671 is newly added to the RX600 series microcontroller, which has contributed to the evolution of smart home appliances and industrial equipment. With this new product addition, Renesas is now able to meet a wider range of needs.
Dan discusses the benefits of Renesas’ lab on the cloud platform
Pavel provides an overview of the Ka Satcom band LNA lab demonstration that achieved a new performance benchmark for active beamforming ICs in electronically steered phased array antennas (ESAs) with two simultaneous beams.