概览
描述
RZ/G3E 评测板套件由模块板 (SOM) 和扩展板组成，是评测 RZ/G3E MPU 功能的理想之选。 模块板符合 SMARC v2.1 标准，是基于模块板进行产品开发的良好参考。
主要配件：
- RZ/G3E SMARC 模块板 (SMARC2.1)
- RZ SMARC 系列扩展板 II（与 RZ/G3S-EVKIT 通用）
- 各种适配器板、电缆、螺钉等
*请自行准备以下设备：
- 65W USB Type-C 充电器和 USB Type-C 至 Type-C 连接线
- USB PD 支持
- 输出：5V3A、9V3A、15V3A、20V3.25A
- 微型标清 UHI 级 10 8GB 或以上
*有关更多信息，请参阅 EVK 用户手册。
特性
- 产品： RZ/G3E R9A09G047E57GBG
- Cortex-A55 x4核、Cortex-M33 单核
- FCBGA 529 引脚、115mmSq 主体、0.5mm 间距
- SMARC 模块板
- LPDDR4X SDRAM：4GB × 1 片
- QSPI 闪存：16MB × 1 片
- eMMC 内存：64GB × 1 片
- 配有 PMIC 电源 RAA215300A2GNP#HA8
- MicroSD 卡槽 x2
- 并行接口
- I3C 连接器
- JTAG 连接器
- ADC x8 通道
- 电流监视器 (USB Micro B)
- 扩展板
- 千兆以太网接口 ×2
- USB2.0 x2 通道（OTG x1 通道、主机 x2 通道）
- USB3.2 x 1 通道（主机 x1 通道）
- CAN-FD 接口 x2
- MIPI CSI-2 摄像头接口
- 微型 HDMI，连接 MIPI-DSI
- LVDS 接口 x2
- MicroSD 卡槽
- 单声道扬声器接口、立体声耳机接口、麦克风接口和辅助接口
- PMOD x3（3A 型和 6A 型专用）
- PCIe Gen3 4 通道插槽（G3E 仅支持 2 通道）
- M.2 Key E 接口
- M.2 Key B 接口和 SIM 卡插槽
- USB Type-C 电源输入
应用
文档
相关文档
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| 类型 | 文档标题 | 日期 |
| 快速入门指南 |
PDF
335 KB
This guide provides quick start instructions for setting up the RZ/G3E Evaluation Board Kit (EVK) and booting Linux. It enables users to quickly and efficiently set up their EVK using a pre-built image with the HMI SDK, while also introducing the BSP for further development, providing immediate access to the Linux environment and HMI functionality.
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| 手册 - 开发工具 | PDF 1.79 MB | |
| 应用说明 |
PDF
359 KB
Introduces practical example projects for the RZG3E-EVK kit. The example projects contained within the bundle show how to write code for the various Renesas Flexible Software Package (FSP) modules supported by the RZG3E-EVK kit.
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| 应用说明 | PDF 528 KB | |
| 手册 - 硬件 | ZIP 6.51 MB | |
| 应用说明 | RZ Series Current Measurement Program
AI 生成的摘要:
The Current Measurement Program for the RZ/G series enables precise current measurement, graph plotting, and data saving for RZ/G3S and RZ/G3E evaluation kits. It operates on Windows 10 PCs and interfaces via USB and micro USB connections. The system uses ISL28025FR12Z sensors for voltage and current measurement, with FTDI chips handling USB-I2C conversion. Installation requires placing two files on the PC, and connections involve USB PD and micro USB cables between the PC and EVK boards. The program supports measurement control, trigger setting, data logging, and file management, facilitating detailed current analysis for embedded system evaluation.
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| PCB 设计文件 | RZ SMARC Series Carrier Board II Design Data V2.00
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| PCB 设计文件 | RZ/G3E SMARC Module Board Design Data V3.00
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8 项目
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设计和开发
软件与工具
软件与工具
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Software type
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公司
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| RZ/G3E 板级支持包 适用于 RZ/G3E 的 Linux 软件包。
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Software Package | 瑞萨电子 |
| RZ/G3E Ethos 支持软件包 RZ/G3E Ethos 软件包为在瑞萨电子 RZ/G3E 平台上部署和运行 Arm Ethos-U55 NPU 软件提供了相关指导。
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Software Package | 瑞萨电子 |
2 项目
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软件下载
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| 类型 | 文档标题 | 日期 |
| 软件和工具 - 软件 | Software Package for AOSP 14: v14.5.1 for RZ/G3E
Based on the Android Open Source Project (AOSP), the software package supports evaluation of AOSP on Renesas RZ/G3E MPU for industrial HMI use cases. The zip file includes release notes, a user’s manual, prebuilt images for immediate evaluation on an EVK, proprietary binaries, and source code provided as the Renesas BSP, enabling users to evaluate system functionality and performance.
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| 软件和工具 - 评估软件 | RZ Series Current Measurement Program
应用:
工业, 消费电子产品
Function:
Application Example
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2 项目
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样例程序
样例程序
筛选
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| 类型 | 文档标题 | 日期 日期 |
| 示例代码 | RZG3E-EVK Example Project Bundle
Demonstrates how to write code using various unified Renesas RZ Flexible Software Package (FSP) v4.x.x modules supported by the RZG3E-EVK. The unified RZ FSP consolidates all previous family‑specific FSPs into a single package and provides an optimized, easy‑to‑use, scalable, high‑quality software solution for embedded system design.
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1 项目
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产品选项
| 器件号 | 状态 | 库存 | 预算价格（美元） | Sampleable |
|---|---|---|---|---|
| RTK9947E57S01000BE | Active | 有库存 | 1u | $586.95 | Available |
视频和培训
We will show you the key features of Renesas’ RZ/G3E microprocessor, focusing on its low-power mode and fast resume capability through a hands-on demonstration.
The RZ/G3E evaluation board is connected to a Windows PC, and a current measurement program is used to monitor power consumption across each power domain. After Linux boots, the system transitions to sleep mode, shutting down multiple power domains completely while keeping DDR in self-refresh mode to retain the Linux image. As a result, power consumption is significantly reduced, which can be clearly observed in the graphs.
