Target Board for RX23W

AI-generated Summary: The document explains the process to acquire Bluetooth qualification for products using Bluetooth Low Energy (LE) microcomputers or modules from Renesas. It details the Qualified Design Identification (QDID) numbers applicable to various IC groups and modules, the supported Bluetooth profiles and services, and the necessary steps for Bluetooth SIG membership registration, Declaration ID purchase, and product registration. The document also clarifies the use and limitations of specific QDIDs and provides a comprehensive list of supported profiles and services for each design.

AI-generated Summary: QE for Display [RX,RA] enables graphical interface development for embedded systems using Renesas RX microcontrollers with serially connected LCDs, supporting emWin and Aeropoint GUI middleware. It integrates with e2 studio, Smart Configurator, and Firmware Integration Technology (FIT) modules to simplify GUI creation, display control, and system development flow. The tool supports various RX family starter kits and target boards, facilitating efficient GUI design with AppWizard and PowerPoint-based Aeropoint GUI. It covers from initial display setup to project building, debugging, and execution, enabling high-performance, memory-efficient GUI solutions on microcontrollers without graphic LCD controllers.

AI-generated Summary: TryBT is an Android sample application enabling Bluetooth Low Energy communication with Renesas evaluation boards RX23W, RA4W1, and RE01B. It supports Android OS 6.0 or later and provides source code for customization. The app demonstrates device scanning, connection, and interaction with evaluation boards, including LED control and data notifications. The document details environment setup, firmware writing, app installation, operation, and customization steps. It also covers project structure, Bluetooth communication flow, and necessary software tools like Android Studio and Renesas Flash Programmer.

AI-generated Summary: Windows 10 Bluetooth LE applications enable wireless communication with Renesas evaluation boards equipped with Bluetooth Low Energy microcomputers or modules. Two main applications, LED Switch Service Client and Virtual UART Client, support different device groups for tasks such as pairing, connecting, service discovery, and data communication. The document details operation flows, build environments, and implementation specifics for these applications, including API usage, pairing, connection management, and data transmission. It also references evaluation boards and software relevant to RX23W, RA4W1, RE01B, and RL78/G1D groups, providing comprehensive guidance for developing and verifying Bluetooth LE communication on Windows 10 platforms.

AI-generated Summary: This document explains the procedures for obtaining certification of compliance with Japan's Radio Law for radio equipment operating in the 2.4 GHz band. It details the preparatory examinations required, including frequency variation, occupied bandwidth, spurious emissions, and antenna power measurements at specified frequencies. The document also outlines the necessary application forms, such as test certification forms, type specifications, block diagrams, component layout drawings, and device dimensions. Testing operations include continuous wave transmission, pseudo-random bit sequence transmission, reception, and scanning. The document references relevant standards like ARIB STD-T66 and TELEC-T401 for low-power data communication systems.

AI-generated Summary: The startup procedure involves connecting the RX23W target board to a PC via USB with ESW1-2 switch off, triggering driver installation. After power-on, LED0 blinks every second to confirm operation. The board advertises via BLE and connects to remote devices like smartphones, enabling user switch input and LED blink control through GATT services. The smartphone uses GATTBrowser to connect, filter devices, and interact with the board's BLE services.