Renesas' Next-Generation AI Solution – Single Board Computer with Cortex-A55 Core
A compact, single-board computer using next-generation Arm® Cortex®-A55 core with an optimized bill of material is ideally suited for Edge-AI applications.
A compact, single-board computer using next-generation Arm® Cortex®-A55 core with an optimized bill of material is ideally suited for Edge-AI applications.
This blog goes over the need for faster and more memory and how DDR5 is addressing this need.
Would you like to learn how to connect to the Azure IoT Hub and visualize the uploaded data with a video? Introducing three 20-minute-long tutorial videos that are ideal for beginners.
Introducing the RX72N kit, which is a flagship series of the RX 32-bit MCU Family, for system operation using voice command. You can use this low-cost commercial kit and try it out immediately.
The unified and scalable SMARC EVK platform makes it easy for customers to evaluate their products quickly and expand their product lineup by changing the CPU-embedded modules.
Renesas ISL81801/81802 got 2021 21ic Top10 Power Product award. The selection of 21ic Top10 Power Product has been successfully held for 18 years. After thousands of votes by engineers across the network and intense review by 21ic editors, winning this award means that it represents the highest level of power products. Also thank the market and customers for their support and affirmation of our products!
This blog presents an overview of the latest Bluetooth Low Energy (LE) specification release 5.3 and the value those new features will bring to Renesas customers and their next-generation designs.
Providing coverage across all mainstream Renesas MCUs from 8 to 32 bits, the Renesas Ready Partner Network makes it simple to find and integrate solutions tailored to your requirements.
Various networks can be executed on an MCU using 8-bit quantization, which has a large effect in reducing the ROM/RAM usage of a neural network with little decrease in accuracy, an ideal function for MCUs.
In this post, we will look at how the 10BASE-T1S and CAN XL protocols could be used in a system and what is necessary to connect CAN XL and 10BASE-T1S to an IVN backbone.