회사 블로그 Mingjiada Electronics Supply Renesas RZ Series 32-Bit And 64-Bit Microprocessors

Mingjiada Electronics Supply Renesas RZ Series 32-Bit And 64-Bit Microprocessors

Shenzhen Mingjiada Electronics Co., Ltd. – Long-term supplier of the full range of Renesas RZ Series 32-bit and 64-bit MPUs, covering four core application areas: vision AI, HMI, real-time control and industrial networking. Our inventory includes all mainstream models, and we support both small-batch samples and large-volume orders. Backed by an efficient logistics system, we ensure rapid product delivery.

[Renesas] RZ Series 32-bit and 64-bit Microprocessors (MPUs)
Renesas’ RZ Series 32-bit and 64-bit MPUs feature a multi-architecture design that combines Arm® cores with the Ethos™-U55 processor, delivering the powerful performance required to develop cutting-edge solutions. They are suitable for applications such as edge AI, vision AI, high-resolution HMIs and industrial automation. The RZ Series MPUs integrate advanced AI accelerators and a rich array of peripheral interfaces, thereby simplifying application development as a single-chip solution (including EtherCAT and 5G communication).

RZ/V Series Microprocessor MPUs
Renesas Electronics’ Al-MPUs feature a proprietary DRP-AI accelerator, combining high-performance AI inference with low power consumption. Without the need for cooling fans, they enable more compact product designs for a wide range of real-time AI applications, from retail and robotics to home appliances and industrial automation.
RZ/V2L: Dual-core A55 + DRP-AI, low-power AI vision, suitable for security and robotics
RZ/V2M: Dual-core A55 + 3D GPU, supports 4K display, suitable for smart cockpits
RZ/V3U: Quad-core A55 + dual DRP-AI, high-performance AI inference, for industrial vision

RZ/A Series Microprocessors (MPUs)
High-performance MPUs based on RTOS, offering ease of use comparable to MCUs. Integrated large-capacity memory or memory interfaces deliver outstanding real-time performance and can be scaled in conjunction with Renesas MCUs to support a wide range of HMI resolution requirements.
RZ/A1H: 10MB SRAM, 400MHz A9, suitable for low-cost HMIs
RZ/A2M: 2D graphics acceleration, 512MB DDR, supports WXGA displays
RZ/A3UL: A55 + DDR4, 1GHz, high-bandwidth HMI applications

RZ/G Series Microprocessors (MPUs)
High-efficiency MPUs designed specifically for HMI and IoT applications. With high-speed interfaces and support for IoT edge and gateway devices, they provide secure and reliable connectivity. The Arm Cortex® and RISC-V architectures support Linux operating systems, enabling seamless scalability.
RZ/G2UL: Single-core A55 (1GHz) + M33, dual Gigabit Ethernet, low-power IoT gateway
RZ/G2N: Dual-core A57 (1.5GHz) + LPDDR4, 3D graphics, suitable for high-end HMI
RZ/G3E: Quad-core A55 + NPU, AI-accelerated HMI, supports Linux/Android

RZ/T Series Microprocessors (MPUs)
Scalable MPUs based on the Arm architecture, suitable for scenarios requiring real-time control and high-performance application processing. Supports Industrial Ethernet and is equipped with encoder interfaces, enabling seamless integration into various industrial motor control scenarios.
RZ/T2M: Dual-core R52 + M33, EtherCAT/Profinet, dedicated for servo drives
RZ/T2ME: R52 + hardware encryption, secure real-time control, compatible with industrial PLCs

Furthermore, Mingjiada Electronics has long supplied a wide range of electronic components, including integrated circuits (ICs), 5G chips, new energy ICs, IoT chips, Bluetooth chips and automotive chips, offering customers a one-stop procurement experience. Mingjiada Electronics maintains ample stock, with over 2 million electronic component part numbers in stock, ensuring customers can quickly obtain the products they require. The company supports both small-batch sample purchases and large-volume orders, catering to the needs of customers of all sizes.

For the Renesas RZ series MPU selection guide, price lists or to place an order, please visit the Mingjiada Electronics website (https://www.integrated-ic.com/) for further supply details.