Microcontroller
Know-how for decades
Know-how for decades
Since the company was founded in 1976, everything at Hitex has revolved around the microcontroller: development, programming, software and security. In principle, the know-how developed in this way relates to all embedded microcontroller families. Nevertheless, Hitex has focused on product and manufacturer groups - this creates the necessary scope to concentrate on popular, powerful controller families.
Infineon’s AURIX™ devices are high-performance microcontrollers with up to three TriCore CPUs. The AURIX™ MCUs were developed to fulfill the requirements of the most demanding embedded control applications. Price, performance, predictable real-time behavior, data bandwidth and power consumption are the key competitive features.
Infineon's TRAVEO™ microcontroller family (originally developed by Cypress) is based on Arm® Cortex®-R5 cores and Traveo II is based on Cortex-M4/M7 cores. The TRAVEO™ family delivers high performance, enhanced human-machine interfaces, high-security and advanced networking protocols.
As PSOC™ Preferred Design House we provide an extensive array of resources, including tools, software components, and specialized services tailored to empower the versatile PSOC™ microcontroller family. Our commitment to enabling exceptional performance sets us apart in delivering tailored solutions for PSOC™ applications.
Infineon has combined its extensive experience in motor control drivers for automotive applications with all the benefits of an industry-standard core. The 3rd Generation Embedded Power IC addresses a wide range of intelligent 3-phase brushless DC motor control applications.
Hitex is developing SafeTpal for RISC-V, a comprehensive safety and security suite for Infineon's automotive microcontroller family. SafeTpal for RISC-V enables OEMs and Tier-1 suppliers to start safe, secure, and scalable development on the new AURIX™ RISC-V-based microcontrollers.
Arm® is the industry leader in microprocessor technology, offering the broadest range of microprocessor cores to meet the performance, power and cost requirements for almost any application markets.