Motor control SoCs/SiPs

System-on-chip (SoC) solutions integrating a gate driver, microcontroller, communication interface and power supply on a single chip.

link

Compare families

About

What is a MOTIX™ MCU | motor control system-on-chip(SoC) or system-in-package (SiP)?

System-on-chip (SoC) and system-in-package (SiP) are two highly integrated ways to combine the key electronics needed for motor control. Both approaches help reduce board space, cost, and design effort—each using a different integration concept.

A system-on-chip (SoC) integrates most or all essential system functions onto a single silicon die. A system-in-package (SiP) combines multiple separate dies (ICs) in one compact package.

MOTIX™ MCU motor control SoCs and SiPs integrate an Arm® Cortex®-M microcontroller, the power supply and driver stage for relay, half- or full-bridge DC as well as brushless DC motor control. Most of them provide a LIN or CAN (FD) communication interface and the fully integrated products (TLE9954QSW, TLE993x) as well the power stage (MOSFETs).

Benefits of system solutions

By consolidating these functions, MOTIX™ MCU solutions save space and energy, improve system reliability, and reduce the bill of materials, consequently costs. They are well suited for a wide range of motor control applications and ideal where a compact, highly integrated package is essential.

Explore MOTIX™ MCU for BDC motors
Explore MOTIX™ MCU for BLDC motors
What are typical automotive motorcontrol applications for highly integrated motor control system solution? 

The automotive qualified (AEC-Q100, Grade 1 and Grade 0) MOTIX™ motor control SoC/SiP solutions are ideal for:

  • Comfort and convenience applications such as window lift, sunroof and wiper or seat control module. Have a look at the window lift reference design using a motor control SoC with integrated H-bridge driver IC.
  • Thermal management applications include water and oil pumps as well as cooling and HVAC fans. Explore our reference designs for a 150 W coolant pump, a 100 W /150 W water pump or the engine cooling fan using different types of MOTIX™ motor control SoC/SiP solutions for brushless DC motor control.

Based on Arm® Cortex®-M microcontroller with power supply, LIN or CAN (FD) communication interface MOTIX™ TLE98xx and TLE99xx motor control SoCs/SiPs

  • for brushed DC (BDC) motor control integrate a relay, half- or full-bridge driver.
  • for brushless DC (BLDC) motor control integrate a 3-phase bridge driver. Fully integrated product variants with power stage (MOSFETs) enable ultra compact designs.

Functional safety

MOTIX™ motor control SOCs/SiPs offer support for applications up to ASIL B, with ISO 26262-compliant products but also QM devices are used in a variety of motor control applications that require functional safety. More about functional safety.

Comfort and convenience applications
EV thermal management applications
Which solutions are available for motor control in industrial and consumer applications?

Designed for maximum flexibility and high performance, Infineon’s MOTIX™ motor control SiP solutions IMD700A and IMD701A have an operating supply voltage between 5.5 V to 60 V. This makes it the ideal solution for BLDC motor power tools that require fast and efficient charging solutions. Additionally, cordless power tools with higher battery supply voltages such as cordless drills with 24 V BLDC motors can be used for both space- and cost-optimized designs. Light electric vehicles such as e-bikes, e-scooters, and low-speed electric cars that use Infineon’s BLDC motor controllers with 24 V, 36 V, or 48 V battery capabilities exhibit increased battery life, longer operating range, and reduced charging times.

Light electric vehicle solutions
Domestic robots
What design resources are available for MOTIX™ motor control SoCs/SiPs?

Infineon is your dependable partner for high-quality motor driver with longevity, ensuring for many products supply security through our multi-site approach. To accelerate your time-to-market and reduce development effort, we offer comprehensive design-in support, including:

  • MOTIX™ MCU Software Development Kits incl. MCU peripheral driver, boot/startup and example code and Infineon Device Configurator support
  • Advanced FOC motor control demo SW and evaluation tools
  • MOTEON end-to-end engineering solution provider and reseller of MOTIX™ MCU SW for productive use 
  • Plenty of tools for configuration, simulation & modeling, etc.
  • Design files, simulation models  
  • Reference designs
  • Evaluation boards
  • Training videos (online courses)
  • Extensive documentation
  • Worldwide partner network for engineering services and software support
  • Comprehensive support infrastructure

Connect. Collaborate. Create. Join the MOTIX™ Community

MOTIX™ Software & Tools
Infineon Developer Center
What software is available for the MOTIX™ motor control SoC or SiP products?

Advanced FOC Motor Control

Achieve exceptional motor control solutions tailored for automotive applications like pumps and fans. Our FOC (Field-Oriented Control) motor control library is equipped with advanced drive algorithms, such as CWA closed-loop start, wind-milling, and field weakening, to enhance efficiency and functionality.

Free Evaluation and Intuitive Tools

Our MOTIX™ Solution Designer offers various FOC motor control examples build from the library and supports in SW parametrization, runtime evaluation, tracing, and tuning.

Automotive-Grade Quality with Licensing Options

Benefit from Automotive SPICE-qualified motor control software available for licensing from MOTEON. Developed with industry-leading quality standards, this software guarantees reliability and compliance for productive automotive use.

Block Commutation Solutions

For engineers seeking block commutation motor control, take advantage of solutions built around TLE995x and TLE993x devices supporting both 6-step and 12-step configurations with Back Electromotive Force (BEMF) zero-crossing detection. As with our FOC library, free evaluation versions are available through the Infineon Developer Center (IDC).

Infineon Developer Center
More about MOTIX™ Software & Tools
Secure your designs with a strong and reliable partner.

Infineon delivers robust, rigorously tested components engineered to last and perform in any condition. Driven by continuous innovation and agile, efficient manufacturing, we ship high-quality solutions fast to keep you ahead of the competition.

Infineon’s Longevity Program — product availability you can count on.

Learn more. 

Infineon’s Longevity Program

What is a MOTIX™ MCU | motor control system-on-chip(SoC) or system-in-package (SiP)?

System-on-chip (SoC) and system-in-package (SiP) are two highly integrated ways to combine the key electronics needed for motor control. Both approaches help reduce board space, cost, and design effort—each using a different integration concept.

A system-on-chip (SoC) integrates most or all essential system functions onto a single silicon die. A system-in-package (SiP) combines multiple separate dies (ICs) in one compact package.

MOTIX™ MCU motor control SoCs and SiPs integrate an Arm® Cortex®-M microcontroller, the power supply and driver stage for relay, half- or full-bridge DC as well as brushless DC motor control. Most of them provide a LIN or CAN (FD) communication interface and the fully integrated products (TLE9954QSW, TLE993x) as well the power stage (MOSFETs).

Benefits of system solutions

By consolidating these functions, MOTIX™ MCU solutions save space and energy, improve system reliability, and reduce the bill of materials, consequently costs. They are well suited for a wide range of motor control applications and ideal where a compact, highly integrated package is essential.

Explore MOTIX™ MCU for BDC motors
Explore MOTIX™ MCU for BLDC motors

What are typical automotive motorcontrol applications for highly integrated motor control system solution? 

The automotive qualified (AEC-Q100, Grade 1 and Grade 0) MOTIX™ motor control SoC/SiP solutions are ideal for:

  • Comfort and convenience applications such as window lift, sunroof and wiper or seat control module. Have a look at the window lift reference design using a motor control SoC with integrated H-bridge driver IC.
  • Thermal management applications include water and oil pumps as well as cooling and HVAC fans. Explore our reference designs for a 150 W coolant pump, a 100 W /150 W water pump or the engine cooling fan using different types of MOTIX™ motor control SoC/SiP solutions for brushless DC motor control.

Based on Arm® Cortex®-M microcontroller with power supply, LIN or CAN (FD) communication interface MOTIX™ TLE98xx and TLE99xx motor control SoCs/SiPs

  • for brushed DC (BDC) motor control integrate a relay, half- or full-bridge driver.
  • for brushless DC (BLDC) motor control integrate a 3-phase bridge driver. Fully integrated product variants with power stage (MOSFETs) enable ultra compact designs.

Functional safety

MOTIX™ motor control SOCs/SiPs offer support for applications up to ASIL B, with ISO 26262-compliant products but also QM devices are used in a variety of motor control applications that require functional safety. More about functional safety.

Comfort and convenience applications
EV thermal management applications

Which solutions are available for motor control in industrial and consumer applications?

Designed for maximum flexibility and high performance, Infineon’s MOTIX™ motor control SiP solutions IMD700A and IMD701A have an operating supply voltage between 5.5 V to 60 V. This makes it the ideal solution for BLDC motor power tools that require fast and efficient charging solutions. Additionally, cordless power tools with higher battery supply voltages such as cordless drills with 24 V BLDC motors can be used for both space- and cost-optimized designs. Light electric vehicles such as e-bikes, e-scooters, and low-speed electric cars that use Infineon’s BLDC motor controllers with 24 V, 36 V, or 48 V battery capabilities exhibit increased battery life, longer operating range, and reduced charging times.

Light electric vehicle solutions
Domestic robots

What design resources are available for MOTIX™ motor control SoCs/SiPs?

Infineon is your dependable partner for high-quality motor driver with longevity, ensuring for many products supply security through our multi-site approach. To accelerate your time-to-market and reduce development effort, we offer comprehensive design-in support, including:

  • MOTIX™ MCU Software Development Kits incl. MCU peripheral driver, boot/startup and example code and Infineon Device Configurator support
  • Advanced FOC motor control demo SW and evaluation tools
  • MOTEON end-to-end engineering solution provider and reseller of MOTIX™ MCU SW for productive use 
  • Plenty of tools for configuration, simulation & modeling, etc.
  • Design files, simulation models  
  • Reference designs
  • Evaluation boards
  • Training videos (online courses)
  • Extensive documentation
  • Worldwide partner network for engineering services and software support
  • Comprehensive support infrastructure

Connect. Collaborate. Create. Join the MOTIX™ Community

MOTIX™ Software & Tools
Infineon Developer Center

What software is available for the MOTIX™ motor control SoC or SiP products?

Advanced FOC Motor Control

Achieve exceptional motor control solutions tailored for automotive applications like pumps and fans. Our FOC (Field-Oriented Control) motor control library is equipped with advanced drive algorithms, such as CWA closed-loop start, wind-milling, and field weakening, to enhance efficiency and functionality.

Free Evaluation and Intuitive Tools

Our MOTIX™ Solution Designer offers various FOC motor control examples build from the library and supports in SW parametrization, runtime evaluation, tracing, and tuning.

Automotive-Grade Quality with Licensing Options

Benefit from Automotive SPICE-qualified motor control software available for licensing from MOTEON. Developed with industry-leading quality standards, this software guarantees reliability and compliance for productive automotive use.

Block Commutation Solutions

For engineers seeking block commutation motor control, take advantage of solutions built around TLE995x and TLE993x devices supporting both 6-step and 12-step configurations with Back Electromotive Force (BEMF) zero-crossing detection. As with our FOC library, free evaluation versions are available through the Infineon Developer Center (IDC).

Infineon Developer Center
More about MOTIX™ Software & Tools

Secure your designs with a strong and reliable partner.

Infineon delivers robust, rigorously tested components engineered to last and perform in any condition. Driven by continuous innovation and agile, efficient manufacturing, we ship high-quality solutions fast to keep you ahead of the competition.

Infineon’s Longevity Program — product availability you can count on.

Learn more. 

Infineon’s Longevity Program

Documents

Documents