Renesas Starter Kit+ for RZ/T1

AI-generated Summary: The document outlines detailed specifications and configurations for CAN modules, including operating environment, peripheral modules, hardware setup, and CAN configuration. It covers CAN state transitions, transfer rates, global facilities like transmission priority and DLC checking, reception rule tables, buffers, FIFO buffers, and error interrupts. Additionally, it explains reception and transmission functions, procedures for message handling, CAN-related interrupts, and software operational outlines including test preparations and sample programs.

AI-generated Summary: The document details the RZ/T1 Group's embedded compare match timer (CMTW) and event link controller (ELC) sample program. It outlines peripheral functions like the 32-bit timer generating interrupts and events, the ELC's event linkage operations, and power-saving features controlling module clocks. It specifies the operating environment including CPU frequency, voltage, development tools, board components, and memory devices. The sample program integrates various peripherals such as ADC, LEDs, and communication interfaces to demonstrate functionality.

AI-generated Summary: The RZ/T1 microcomputer features a Cortex-R4 with a performance monitor including three event counters and one cycle counter, alongside 8KB instruction and data caches with 32-byte line sizes supporting Invalidate, Clean, and Clean & Invalidate operations. The sample program operates on the RZ/T1 Evaluation Board with a 450 MHz CPU clock and 3.3 V power supply. It uses SPI and 16-bit bus boot modes, communicates at 115,200 bps via USB, and integrates peripherals like FIFO serial communication, SDRAM, NOR and serial flash memories. Related application notes provide initial settings and interface details for comprehensive development.

AI-generated Summary: The document details functions and commands for the RZ/T1 Group's TPUa and PPG modules, including timer control, interrupt management, and register operations. It outlines peripheral functions such as internal timers, pulse generators, I/O ports, multi-function pin controllers, interrupt controllers, clock generation, and power reduction features. The operating environment specifies the RZ/T1 microcomputer, CPU frequency, voltage, development tools, boot modes, and evaluation board components including flash and SDRAM memory.