SK-S7G2 Starter Kit

AI-generated Summary: The document provides a comprehensive look-up table for Synergy MCU Kits, listing current and new orderable part numbers to assist customers in ordering through distributors. It emphasizes precautions for handling microprocessing and microcontroller units, including electrostatic discharge prevention, power-on processing, signal input during power-off, unused pin handling, clock signal stability, and voltage waveform considerations. It also covers prohibitions on accessing reserved addresses, product differences, and safety and legal disclaimers. The document includes URLs for support, software, and additional resources related to the Synergy Platform. It highlights quality grades and usage restrictions for Renesas products, emphasizing user responsibility for safety and compliance.

AI-generated Summary: The NetX Duo NAT Module supports key RFCs for IP Network Address Translation and offers APIs to create, delete, enable, and disable NAT instances. It supports static inbound entries and callback notifications when the NAT table is full. The module operates by translating IP addresses and ports between private and public networks, managing TCP/UDP sessions and ICMP messages. It enables communication between internal hosts and external networks by dynamically or statically assigning IP addresses and ports.

AI-generated Summary: The document explains how to use the Audio Player application on supported Renesas Synergy boards, including S7G2 and PK-S5D9. It details connecting the board, importing the project into e² studio, and running the application. Supported audio files are mono, signed, 16-bit, 44.1 kHz PCM WAVE files. The UI includes splash, USB, and main screens, with volume control via buttons or GUI. It notes a current limitation in smooth audio switching, recommending stopping playback before changing tracks.

AI-generated Summary: The NetX DHCP Client module manages IP address acquisition, registration, and lease renewal using UDP and ARP protocols. It creates a UDP socket and a packet pool for DHCP messages, with a minimum payload size to accommodate headers. The client can request specific IP addresses and handles server responses including network mask, gateway, DNS, and NTP servers. It tracks lease time, renews IP leases, and handles lease expiration. The client clears non-specific broadcast packets to avoid queue overflow. Developers can supply custom packet pools and enable ARP probes to ensure IP uniqueness. DHCP client states include INIT, SELECTING, REQUESTING, BOUND, RENEWING, and REBINDING.

AI-generated Summary: The document details the NetX BSD Support Module API functions for socket operations such as bind, connect, send, receive, and close. It explains how the module automatically creates IP instances and manages memory for BSD thread stacks and packet pools. Applications create socket addresses for IPv4 or IPv6, set socket options, and handle TCP/UDP connections. TCP servers listen and accept multiple connections using master and secondary sockets. An option exists to eliminate the internal BSD thread by using a timer-based process to save memory.

AI-generated Summary: The NetX HTTP Server module enables TCP services by creating an IP instance and HTTP Server instance that listens on port 80. It requires a packet pool optimized for HTTP packet transmission. The module supports IPv4 and IPv6 connections, with optional ICMPv6 checksum settings. It integrates with the Filex embedded file system. HTTP responses include standard status codes like 200, 401, and 404. Authentication supports basic and MD5 digest methods, with callbacks managing authentication requirements and responses.

AI-generated Summary: The Audio Record ADC Framework Module samples audio analog data using the ADC Periodic Framework and stores it in a user buffer for application processing. It supports 8-bit or 12-bit PCM data and does not support I2S recording. Configuration includes buffer length, data width, sampling rate, and iterations. The module integrates into applications via SSP Configurator, automatically adding necessary lower-level drivers. Configuration settings, including interrupt priority, are managed through the SSP Configurator with some properties locked to prevent conflicts.

AI-generated Summary: The document details the setup and configuration of the PE-HMI1 and DK-S7G2 boards for running the Weather Panel application, including specific DIP switch settings and J-Link programming interface connections. It highlights the application’s use of complex HMI designs with GUIX Studio, multi-threading with ThreadX RTOS, and Synergy messaging for inter-thread communication. The Weather Panel leverages Synergy S7G2 or S5D9 MCUs based on ARM Cortex-M4, utilizing various peripherals and drivers to streamline embedded application development.

AI-generated Summary: This section explains how to connect the target board using the SEGGER J-Link debugger and power it up. It details setting DIP switches for specific DK-S7G2 board versions and connecting an Ethernet cable between the board and PC. It guides configuring a static IP address on the PC Ethernet port, using 192.168.0.200 as an example, and running the command prompt as administrator to verify IP settings with the ipconfig command. Finally, it advises selecting a unique IP address for the board, such as 192.168.0.2.

AI-generated Summary: The ADC Periodic Framework module manages periodic ADC sampling using a hardware timer to trigger scans in one-shot mode. It buffers data from multiple channels and notifies the user after a specified number of sample iterations via a callback. The buffer operates as a circular buffer, requiring appropriate sizing to prevent data overwrite. The module supports configuration through the SSP configurator, with limitations such as no group-scan mode or DMA support and restrictions on sensor channel combinations.

AI-generated Summary: The IWDT HAL module configures the Independent Watchdog Timer (IWDT) interface, managing device resets or NMI generation upon underflow or invalid refresh. It supports various timeout periods, clock division ratios, and window positions, configurable via OFS registers. The module operates with a clock frequency derived from PCLKB and can trigger DMAC/DTC transfers on underflow events. The IWDT timeout can reach nearly 35 seconds with maximum settings. Error codes and API version retrieval are also detailed.

AI-generated Summary: The document details the NetX and NetX Duo DNS Client module APIs, including functions for creating, deleting, and managing DNS client instances, server lists, and DNS cache. It covers IPv4 and IPv6 address lookups, DNS query handling, and error status codes. The DNS client sends queries to servers sequentially, retransmitting with increasing timeouts until a response or timeout occurs. Specific APIs support DNS record types like A, PTR, AAAA, and services for domain name, mail exchange, and service lookups.

AI-generated Summary: The NetX Duo MQTT client module supports both normal and secure modes for communication with an MQTT broker. It uses a publisher-subscriber model where clients publish or subscribe to topics via the broker. Secure mode employs TLS for encrypted communication. The module supports QoS levels 0 and 1, with message delivery guarantees for QoS 1. It manages message queues, supports callbacks for message reception and disconnect notifications, and provides APIs for connecting, publishing, subscribing, and disconnecting.

AI-generated Summary: The NetX Duo TLS Module supports multiple TLS protocol versions (1.0, 1.1, 1.2) and related standards including X.509 certificates, AES cipher suites, RSA cryptography, HMAC, and SHA algorithms. It provides APIs for managing TLS sessions, certificates, encryption metadata, and packet handling. Key functions include creating, starting, sending, receiving, and ending TLS sessions, as well as certificate management and protocol version control. The module integrates with hardware crypto accelerators and supports client certificate verification.

AI-generated Summary: The Wi-Fi Framework module provides APIs to manage Wi-Fi functionalities such as initialization, data transmission, scanning for networks, and provisioning settings. It supports multiple Wi-Fi modes (AP or client) and returns detailed information like chipset data, signal strength, and connection statistics. The framework integrates with ThreadX RTOS and various drivers, enabling flexible network stack implementations including BSD Socket and NetX Port.

AI-generated Summary: Disabling FileX error checking improves performance by up to 30% and reduces code size. FileX supports configurable parameters such as maximum filename lengths, sector cache sizes, and update rates. The Fault Tolerant Module ensures file system integrity by journaling updates to prevent corruption during power loss or media ejection. exFAT support requires a Microsoft license. Various options optimize performance, memory usage, and compatibility with single-threaded environments.

AI-generated Summary: The NetX Duo DHCP Client Module supports both IPv4 and IPv6 DHCP clients compliant with relevant RFCs. It provides high-level APIs to create, start, stop, and manage DHCP client instances, request specific IP addresses, and handle DHCP messages. The module integrates with the Renesas Synergy Platform and ThreadX RTOS, offering functions to manage packet pools, network interfaces, and client state. Detailed API functions include creating DHCP instances, sending requests, retrieving server addresses, and managing client lease time.

AI-generated Summary: The Renesas Synergy S7G2 BACnet Demo Kit includes two demo suitcases designed for BACnet MS/TP and BACnet IP demonstrations. Suitcase #1 contains temperature sensors, potentiometers, toggle switches, light indicators, and interfaces such as RS485 and Ethernet. Suitcase #2 includes a fixed function thermostat, BAC router, power supply, and necessary cables for MSTP connection. The kit supports USB and Ethernet connectivity and provides components for hands-on BACnet protocol demonstrations.

AI-generated Summary: The External IRQ Framework module provides APIs to handle external interrupts in the Renesas Synergy platform, including functions to open, wait for, and close interrupt channels. It integrates with ThreadX and uses semaphores or the Event Link Controller for signaling. Configuration involves setting hardware options like trigger levels and digital filtering. The module requires proper setup via the SSP configurator, which highlights necessary settings and locks conflicting properties. Typical usage includes opening the module, waiting for interrupts, processing events, and closing the module.

AI-generated Summary: The External IRQ HAL module provides APIs to control external interrupts triggered by signal edges or levels, with optional digital noise filtering. It supports user callbacks triggered on IRQ events and integration with DMAC/DTC via the Event Link Controller. Configuration involves selecting IRQ pins, setting trigger conditions, enabling interrupts, and adjusting priorities through the SSP configurator. Proper ISR handling is essential to maintain system responsiveness. The module requires no specific clock settings but depends on correct pin configuration.

AI-generated Summary: The DMAC HAL module manages data transfers between user-defined sources and destinations triggered by interrupts or events. It supports Normal, Repeat, Block, and Address modes, each defining how transfers occur and how pointers adjust. The module uses DMAC peripheral registers, limiting transfers to available channels. Configuration is done via the SSP configurator, which highlights required settings and locks conflicting properties. Interrupt priority is a common configurable property. The module does not support chained transfers and requires referring to SSP documentation for detailed error codes and operational limits.