Investments in assembly and test operations further extend the company's cost advantage and provide greater control of the supply chain.

Designers can create reliable, small and affordable cleaning systems for automotive and industrial applications using TI's ULC technology.

Engineers can use new ADCs and power semiconductors to increase thermal efficiency and reduce system size and weight while meeting radiation and reliability requirements.

Engineers can add Bluetooth Low Energy technology to more products than ever before with TI's new CC2340 wireless MCUs. Texas Instruments today expanded its connectivity portfolio with a new family of wireless microcontrollers (MCU) that enable high-quality Bluetooth^® Low Energy (LE) at half the price of competing devices.

Expanding on its history of delivering highly integrated processors, Texas Instruments (TI) today introduced new Sitara AM62 processors that help expand edge artificial intelligence (AI) processing into next-generation applications. The low-power design of the new processors enables support for dual-screen displays and small-size human-machine interface (HMI) applications.

New products, demonstrations and industry presentations will help power designers reduce EMI and noise, and improve power density and reliability.

TI sensor provides ultra-high precision at speeds as fast as 20 kSPS while using at least 70% less power.

Integrated real-time control enables engineers to spin BLDC motors in less than 10 minutes while making motor systems quieter and as much as 70% smaller.

Engineers can combine processor-level computing with MCU design simplicity for real-time control, analytics and networking applications with TI Sitara AM2x MCUs.

Engineers can optimize system efficiency and extend industrial and automotive system lifetimes with the industry's highest-accuracy and lowest-power humidity sensors.