カテゴリ別の参照
業界をリードする組込みテクノロジー採用で、競合製品を上回る性能を実現
Integrated precision sensing & control
業界最高の統合型アナログは、システム・コストの削減に貢献します。
Embedded intelligence
組込み型エッジ側 AI (人工知能) に適した、統合型のコンピュータ・ビジョンとディープ・ラーニング。
Energy efficiency
高度な処理機能と制御機能を活用すると、エネルギー効率を最大化できます。
Functional safety & security
機能安全とセキュリティ重視の機能を統合した、信頼性の高い製品を設計できます。
TI のマイコンとプロセッサを選択する理由
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.