TQMxE41S
Based on Intel Atom x7000RE – ideal for x86-based real-time applications and industrial control systems with low power consumption. Scalable and future-proof thanks to the SMARC form factor.
6 key advantages of TQ-Embedded Modules in Robotics
Innovative Embedded Modules for Robotics
Maximum performance, flexibility, and safety for your robotic applicationsModern robotics demands powerful, efficient, and secure embedded solutions that can be flexibly integrated into a wide range of applications. Whether it's industrial automation, autonomous mobile robots, or precise control systems – our embedded modules offer the ideal combination of computing power, real-time communication, and security.
Discover 6 reasons why our solutions are the perfect choice for your robotics applications:
1. Versatile platform for smart robotics
Our embedded modules are equipped with high-performance processors from NXP, Intel, and TI, providing an optimal foundation for demanding robotics applications. Thanks to their modular design, they offer maximum scalability and easy integration – even into highly complex robotic systems. With support for edge computing, real-time processing, and machine learning, these modules open up a wide range of possibilities, making them ideal for modern, intelligent robotics solutions.
2. AI-powered robotics with maximum efficiency
Our AI-enabled embedded modules empower robots to learn from experience, analyze their environment, and make intelligent decisions in real time. Selectable AI accelerators allow for optimal adaptation to specific applications, enhancing performance for deep learning and computer vision tasks. Seamless integration into existing control systems boosts the efficiency and precision of autonomous robotic systems.
3. Real-time communication for ultra-precise control
In robotics, every millisecond counts – our embedded modules ensure ultra-low latency and enable high-precision real-time communication for control and regulation processes. Reliable interfaces guarantee secure and seamless data transfer between sensors, actuators, and control units. With support for real-time operating systems (RTOS) and deterministic networks, synchronized and efficient control is assured.
4. Seamless integration & flexible connectivity
Our embedded modules offer a wide range of I/O interfaces such as fieldbuses, CAN, SPI, I²C, USB, and Ethernet, ensuring easy integration into any robotics architecture. With wireless connectivity options including Wi-Fi, Bluetooth, 5G, and DECT, even mobile and autonomous robotic systems can be seamlessly networked. In addition, lossless video compression enables low-latency transmission of high-resolution sensor data – ideal for applications like visua.
5. Maximum security for industrial robotics
Security is a Top Priority in Robotics. Our embedded modules are equipped with integrated security chips and advanced cybersecurity features to prevent unauthorized access and tampering. Certified according to IEC 61508, DIN EN/IEC 60601-1, and 60601-1-2, they are ideally suited for safety-critical applications in both medical technology and industrial environments. End-to-end data encryption and a secure boot architecture ensure maximum system integrity and robust protection against cyber threats.
6. Compact design for maximum flexibility
Our embedded modules deliver high computing density in a minimal footprint, making them ideal for compact robotics applications. Their energy-efficient design enables longer operating times and reduced power consumption – a key advantage for mobile robotic systems. At the same time, they are modular and scalable, allowing flexible adaptation to specific requirements in industrial automation, medical technology, and logistics robotics.
How can this be implemented in your robotics application?
At TQ, you benefit from maximum design freedom for your robotics system – independent of specific manufacturers. Discover a selection of our latest embedded modules featuring cutting-edge processor technology from NXP, Intel, and Texas Instruments – the perfect foundation for high-performance and future-ready robotics applications.
Intel
NXP
Texas Instruments
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