RL78/G1D Evaluation Board

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: The document details the Virtual UART Application using Bluetooth Low Energy on RL78/G1D devices. It explains software configuration, functions, and operation checks, including simple AT commands for Bluetooth LE connection control. The application supports character and binary data transmission with options for communication with or without response. It describes the setup using two evaluation boards connected via USB and controlled through terminal software, enabling bidirectional data exchange over Bluetooth LE.

AI-generated Summary: The document details a Simple API for Bluetooth Low Energy communication using the RX113 MCU. It provides nine APIs enabling scanning, advertising, connecting as master or slave, data transmission, and disconnection. The system supports Renesas Starter Kit for RX113 as Host MCU and RL78/G1D modules as BLE MCUs. It also covers system configurations, UART communication settings, and integration with smartphones. The API facilitates bidirectional communication using a proprietary virtual UART profile with automatic encrypted connections.

AI-generated Summary: This document provides general precautions for handling microprocessing and microcontroller units, emphasizing proper treatment of unused pins, power-on processing, prohibition of access to reserved addresses, and clock signal stability. It highlights differences between products with varying part numbers and advises system evaluation tests when switching products. Additionally, it outlines the purpose and target readers of the RL78/G1D Module Firmware manual and lists related documents and application notes for further reference.

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: Bluetooth low energy beacons broadcast unique IDs to enable one-to-many communication within a local area. They support applications such as point-of-interest information, coupon distribution, indoor positioning, and tracking people or objects. Smartphones receive beacon IDs to query servers for related data, facilitating location-based services and marketing insights. Beacons provide indoor positioning where GPS is unavailable and enable tracking of individuals with beacon devices through detection devices or smartphones.

AI-generated Summary: The RL78/G1D Beacon Stack Multi-Hop feature enables devices to relay commands and data across multiple nodes without security. It supports broadcasting commands, such as lighting control, where each device retransmits commands to extend coverage. It also facilitates data gathering from sensors by relaying sensor data to a collector, allowing communication beyond direct range. The document details various data structures, event handling, and transmission/reception processes involved in multi-hop communication.

AI-generated Summary: The sample program supports Beacon Operation and RF Evaluation Operation on the RL78/G1D Evaluation Board. Beacon Operation enables transmitting and updating Advertising packets using a Custom Profile via Bluetooth Low Energy devices. RF Evaluation Operation allows RF characteristic testing with an RF Tester. The program includes Beacon, Connect, and DTM Applications, along with Beacon Stack, BLE Protocol Stack, and Flash Libraries. Beacon and Connect Applications handle advertising and connection functions, storing configuration and pairing data in flash memory. DTM Application tests RF performance directly.

AI-generated Summary: The document details the Bluetooth Low Energy (BLE) protocol stack host sample for RX113, describing device and software composition, operation procedures, and communication between the RX113 host MCU and RL78/G1D BLE MCU via UART. It outlines the hardware and software environment, including the Renesas Starter Kit, BLE evaluation board, and smartphone as the remote device. The host sample operates as a slave device, automatically establishing BLE connections, enabling custom profiles, handling pairing and encryption, and managing notifications and connection status display.

AI-generated Summary: The document details the design data for the RL78/G1D Evaluation board module, including file organization with application notes, circuit diagrams, parts list (BOM), Gerber data, and pattern figures. It describes the substrate layer configuration consisting of four layers: parts and analog signal, GND, VDD/GND, and digital signal/GND layers. The substrate structure impacts RF characteristics, so maintaining the same configuration is essential. It also provides links for Renesas Electronics support and trademark information.