The compute modules in SO-DIMM form factor, enable an easy to use entry into Infineon’s safety microcontrollers like AURIXTM, TRAVEOTM, PSOCTM and upcoming RISC-V automotive controllers.
The compute modules in SO-DIMM form factor, enable an easy to use entry into Infineon’s safety microcontrollers like AURIXTM, TRAVEOTM, PSOCTM and upcoming RISC-V automotive controllers.
The Hitex SO-DIMM Compute Module accelerates your development with integrated core functions and standardized design. Develop hardware and software in parallel, meet safety standards out-of-the-box, and focus on your application innovation.
The Hitex Compute Modules are designed to optimize development processes and significantly shorten time-to-market. They feature all essential functions, including an integrated power supply, a watchdog, and an onboard debugger. Thanks to their standardized interface, the modules can be seamlessly integrated into application-specific carrier boards, offering high flexibility for a wide range of use cases.
The modular architecture enables parallel workflows: while the hardware team develops the SO-DIMM application board, the software team can simultaneously advance the programming of the microcontroller. Integration is particularly efficient, as the modules can be connected directly to each other, eliminating the need for complex firmware transfers between boards.
Whether you are evaluating a new microcontroller, creating a quick prototype or proof-of-concept, or accelerating your product development – the Hitex Compute Modules offer the optimal solution for your requirements.
With the Hitex SO-DIMM Compute Modules, you have access to a solution that fully supports all safety-relevant functions of the respective controllers in accordance with ISO 26262 and IEC 61508. The basic requirements for functional safety for a planned end product certification are thus already met by the standard components. This includes both the hardware and the basic drivers provided as sample installations. The Hitex expert team is happy to competently support you throughout the certification process.
The Hitex SO-DIMM Compute Modules offer substantial added value for demanding applications through their innovative combination of hardware and software. Developed by experienced professionals who have incorporated their extensive expertise from the automotive, industrial, and railway industries into the design, these modules ensure the highest reliability and efficiency. By using the Hitex Compute Modules, the development workload on the customer side is significantly reduced, allowing companies to focus more on their own core competencies within the target application.
Introducing a compact all-in-one compute module featuring AURIX TC397, with options for TC337, TC377, or TC387. Includes safety features, motor drive outputs, and various interfaces.
AURIX™ TC4x7 with iPMIC TLE9744QK: Compact all-in-one compute module with AURIX TC497, safety features, and multiple interfaces, including PWM outputs, QSPIs, and Ethernet PHY, in a DDR4 SO-DIMM form factor.
Compact all in one compute module for Infineon TRAVEO™ with TLS4125 power-supply, PWM outputs for multiple motor drives, ADCs with 12-bit resolution, 5V I/Os and more.
Introducing a compact all-in-one compute module with RISC-V MCU, featuring DDR4 SO-DIMM form factor and versatile I/O options.
The SO-DIMM Compute Module for Infineon PSOC™ is in preparation and will be available soon.
Accelerate development with three carrier board options: Generic Breakout Board, Motor Control Kit for BLDC motors, and Arduino Connector Board.
It couldn't be easier: simply plug the SO-DIMM board into your custom carrier board.
The compute modules in SO-DIMM form factor, enable an easy to use entry into Infineon’s safety microcontroller families.
Hitex SO-DIMM boards are available in various configurations for different applications. All boards have the following in common:
All Hitex SO-DIMM boards have been designed and tested for production use. This makes them ideal for use in small-volume production and specialized applications where hardware development costs, development time, and project costs account for a significant portion of the total cost.
The advantages:
Setup of a unique Test environment for different applications and different AURIX™ devices.
Setting up development and HIL environment in automotive development with TC4 SO-DIMM Compute Modules.
“We could easily exchange existing controller with more powerful AURIX™”
“We saved time and money on the development of the controller part for our small series”
“The small packages and layouted SO-DIMM board can be integrated in many hardware designs”
“We have time savings on control board which allows faster and cheaper development cycles”
“We can develop SW and HW in parallel with control board at HIL”
“No additional board commissioning needed”
“It’s really plug & play”