微控制器 (MCU) 和处理器

涵盖从简单低成本 MCU 到高性能专用处理器的各种产品

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先进的微控制器 (MCU) 和处理器可为您的设计添加实时处理、数据分析和安全功能,从而提高系统的自动化程度和能效。无论是智能外设和模拟集成还是广泛的工具生态系统,我们都致力于提供创新的嵌入式技术来帮助您实现目标。

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简化设计和开发流程

无论您是进行简单设计还是构建复杂的系统,您都应该对自己的设计充满信心。借助我们品类齐全且易于使用的硬件和软件工具以及行业专家的全天候咨询服务,您将能够不断推动创新。

开始使用

凭借先进的嵌入式技术超越竞争对手

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Integrated precision sensing & control

通过先进的集成模拟功能降低系统成本。

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Embedded intelligence

面向嵌入式边缘人工智能 (AI) 的集成计算机视觉和深度学习。

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Energy efficiency

借助先进的处理和控制功能更大限度地提高能效。

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Functional safety & security?

设计具有集成功能的强大产品,实现功能安全和信息安全。

为何选择 TI 微控制器和处理器

Lower system costs with the industry's best-integrated analog

As systems continue to increase in complexity, lowering system costs and saving board space is becoming imperative. Our devices offer high-precision analog integrated functions that will help you save board space, minimize supply-chain complexity and reduce overall costs without compromising system performance.

Integrated computer vision & deep learning at the edge

The future of automation and smart systems rests on innovation at the edge. Our processors enable high-speed AI and reduce system power and cost. On-chip integration includes hardware-accelerated computer vision and deep learning, high-speed I/O, and technology for functional safety and security.

Maximize energy efficiency with advanced processing & control capabilities

Global trends for renewable energy and energy efficient products and systems are on the rise. The unique processing and control capabilities in our MCUs and processors maximize energy efficiency through power efficient architectures and advanced power topologies.?

Design robust products with integrated features for functional safety & security

As automation and cloud-based services continue to evolve and expand, robust and reliable functional safety and security features become paramount. From purpose-built technology on integrated circuits (ICs) to engineering resources and documentation, we offer an extensive foundation for your embedded designs.

Extend battery life and shelf life without compromising system performance.

Maximizing battery life is a key concern across industrial and personal electronics products, especially as these products become more complex and connected. Developers must minimize power consumption over the life of the product, which often means minimizing power usage in the processing unit. Our extremely low-power microcontrollers can greatly reduce power consumption and increase battery life.

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