Arm Cortex-M4 MCU
Exploring our scalable family of highly connected Arm® Cortex®-M4 MCUs.
按类别浏览
TM4C123x devices
TM4C123x microcontrollers (MCUs) offer integrated peripherals such as USB, CAN, ADCs, timers, SPI, UART, I2C. The plethora of memory and package size options implifies scalability across applications.
TM4C129x devices
TM4C129x MCUs offer feature-rich variants that blend standard Arm® peripherals with advanced features including an integrated Ethernet MAC+PHY, a memory expansion bus, and an LCD controller.
设计和开发资源
用于 C 系列的 TivaWare™（完整）
TivaWare SDK 可提供一系列经 TI 开发、测试和维护的软件库。提供的软件库包括一个适用于所有器件外设的驱动程序库、一个专用 USB 库和一个应用特定的图形库。TivaWare 驱动程序库通过提供易于使用的 API 可加速软件开发，这些 API (...)
Tiva™ C 系列 LaunchPad 评估套件
(...)
Tiva C 系列 TM4C1294 连接 LaunchPad
TM4C1294 Connected LaunchPad 评估套件是基于 ARM® Cortex-M4F 的微控制器的低成本开发平台。Connected LaunchPad 设计的亮点是 TM4C1294NCPDT MCU 及其片上 10/100 以太网 MAC 和 PHY、USB 2.0、休眠模块、运动控制脉宽调制以及大量同步串行连接。
Create highly connected systems with TM4C
All TM4C123x microcontrollers (MCUs) offer a multitude of universal asynchronous receiver transmitter, Serial Peripheral Interface and I2C ports to enable highly connected wired systems controlled by a single device. Higher featured variants also include dual Controlled Area Network bus and USB peripherals. A wide range of supporting peripherals; ranging from high-channel-count analog-to-digital converters to dedicated pulse-width modulation modules to a real-time clock with hibernation mode; enable these devices to be the centerpiece of reliable industrial applications.
There is an ever-expanding need to offer USB connectivity as part of a system, whether it's for connecting to a computer, interfacing in a closed loop system, or running firmware updates through a bootstrap loader. The TM4C family has device variants that support USB 2.0 Full Speed and come with a built-in read-only-memory-boot loader for USB. The TM4C123x family offers variants with USB device only functionality while the TM4C129x family can support USB 2.0 High Speed with an external physical layer.
Whether an application needs to connect to the cloud, the Internet-of-Things, or an intranet, having Ethernet functionality can be an important requirement. Many Ethernet-enabled TM4C129x microcontrollers (MCUs) integrate both the Ethernet medium access control (MAC) and physical layer (PHY), which saves system costs and minimizes board space.