Your Trusted STMicroelectronics Development Partner

Harnessing 15+ years of deep-seated expertise in STMicro's ecosystem to accelerate your product journey from concept to reality.

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15+ Years of Proven STMicro Expertise

For over a decade and a half, Embien has been at the forefront of development on STMicroelectronics platforms. Our enduring partnership grants us early access to new technologies, comprehensive training, and dedicated support, translating into significant advantages for our clients. We don't just use STMicro devices; we understand their architecture, nuances, and full potential, ensuring your project is built on a foundation of unmatched expertise.

Comprehensive STMicro Ecosystem Mastery

Our expertise spans the entire STMicroelectronics portfolio, from cost-effective MCUs to high-performance MPUs and specialized automotive controllers.

Architectures

Microcontrollers (MCU)

Deep expertise in STM32 (F, L, H, G, WB series) and STM8 families for real-time control, IoT, and low-power applications.

Alliances

Microprocessors (MPU)

Harnessing the power of STM32MP1 for complex applications requiring Linux/Android, advanced HMI, and connectivity.

Competency

Automotive Processors

Extensive experience with SPC5 series for safety-critical automotive ECUs and Telemaco family for telematics and connectivity.

Expertise

Connectivity & Sensors

Integrating ST's BlueNRG (Bluetooth), NFC/RFID solutions, and MEMS sensors for a complete system approach.

Deploy faster

The Unique Embien Advantage for Your STMicro Project

We deliver more than just code; we provide a strategic partnership that accelerates development and reduces risk.

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Production-Ready Accelerators

Leverage our in-house frameworks, including Sparklet and RAPIDSEA, for rapid GUI/HMI development, significantly cutting down time-to-market.

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Deep Domain Expertise

Our cross-domain experience in automotive, industrial, and medical sectors allows us to understand and address specific industry challenges and compliance needs.

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Optimized Performance & Cost

We excel at selecting the perfect ST device and optimizing firmware for performance, power consumption, and BOM cost.

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Agile & Transparent Process

Our agile development methodology ensures you have full visibility and flexibility throughout the project lifecycle.

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End-to-End Service

From initial consultation and hardware design to firmware development, testing, and post-launch support, we cover it all.

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Future-Proof Architecture

We design scalable and maintainable solutions, ensuring your product can evolve with future technology and market demands.

Powering Industries

Driving Innovation Across Domains with STMicro

We have a proven track record of successfully deploying STMicroelectronics-based solutions in some of the most demanding industries. Our understanding of domain-specific standards and requirements (like AUTOSAR in automotive or SIL in industrial) ensures robust and compliant product development.

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Automotive

Developing AUTOSAR-compliant ECUs, advanced instrument clusters, telematics units, and EV battery management systems (BMS) using SPC5 and STM32 series.

Industrial Automation

Building HMIs, PLC controllers, motor control systems, and predictive maintenance sensors with STM32 and STM32MP1.

Consumer & IoT

Creating smart home devices, wearables, and asset trackers with a focus on low power (STM32L) and robust connectivity (BlueNRG).

Medical Devices

Engineering reliable portable medical diagnostic tools and patient monitoring systems, prioritizing accuracy and low power consumption.

Success Stories on STMicroelectronics Platforms

<b>Platform:</b> STMicro STM32L4S5 MCU

Secure IoT Gateway

Platform: STMicro STM32L4S5 MCU

Description: A low-cost serial gateway with multiple interfaces for acquiring data from various industrial devices and sensors. Protocol support included Modbus/RTU, Modbus/ASCII and custom request/response protocols. Cloud connectivity is enabled via cellular connectivity supporting Azure and AWS cloud. Provision for remote update using HTTPS. Entire firmware is protected with secure boot with root of trust established with SBSFU.

<b>Platform:</b> STMicro STM32H742 MCU

Modbus TCP to Modbus Serial Converter

Platform: STMicro STM32H742 MCU

Description: A compact design with RS485 serial and Ethernet interface for enabling communication between Modbus TCP and Modbus serial devices. This is an industrial grade device that performs intelligent protocol conversions that allows seamless communication without a need for changing the field devices. Embien integrated its own Modbus TCP and Modbus serial stack into the device and delivered complete tested device within a short period of time.

<b>Platform:</b> STMicro STM32H742 MCU

Multi-Channel Communication system

Platform: STMicro STM32H742 MCU

Description: A multi-connectivity device for centralized monitoring of each site at different remote locations. The hardware includes multiple connectivity’s such as GSM/GPRS, Ethernet for SMS/data connections. The software was designed to implement an intelligent routing protocol which continuously monitor all the available channels for the quality of service and choose them based on the availability and priority. A complex data tunnelling mechanism was also supported.

<b>Platform:</b> STMicro STM32F3 MCU

Instrument Panel Key controller

Platform: STMicro STM32F3 MCU

Description: This device is a high precision key actuation system used for automated testing of instrument panels. Embien has involved in complete design and development of hardware, firmware, and mechanicals. Inhouse design of mechanicals includes lead screw and stepper motor-based assembly with 3 axis control for actuating a key or capacitive touch panel. PID control is integrated for precise control of stepper motor and includes an intelligent force protection mechanism to safeguard the keys or touch panels during fault conditions.

<b>Platform:</b> STMicro STM32H723 MCU

Production Management System Server

Platform: STMicro STM32H723 MCU

Description: A standalone central server device for a large-scale production management system. This device is combination of HMI with touch display and server database that acquires production information from the data acquisition device installed in various production lines and logs the same in the database. Apart from logging, more intelligent analytics are performed in order to present the production efficiency and prior predictions.

<b>Platform:</b> STMicro STM32L4R5 MCU

Predictive maintenance of Wind Turbine Systems

Platform: STMicro STM32L4R5 MCU

Description: Embien developed a local-edge predictive maintenance solution for wind turbines, deploying embedded ML and vibration analysis to detect anomalies and prevent unexpected downtime. Using the STM32L4R5 MCU from STMicroelectronics, TinyML framework, and a One-Class SVM model implemented in C, sensor data were processed locally and results were integrated into SCADA via Modbus. This design achieved over 95% accuracy, reduced data transmission needs, and enabled proactive maintenance, delivering cost savings and reliability improvements.

<b>Platform:</b> STMicro STM32H7A3 MCU

Smart Watch

Platform: STMicro STM32H7A3 MCU

Description: A rapid prototype development of 1.78 inch touch display based wearable with digital signal processing and low power operation. Integrated many different GUI screens including clock, menu, heart rate and health dashboard using Sparklet GUI library and Flint IDE. Sensor integration and business logic were carefully integrated to the firmware and run on the controller on a very low power mode. Graph widgets were added for ECG data and zoom in/out, and auto scale options were supported.

<b>Platform:</b> STMicro STM32F423ZHT6 MCU

Medical Device Reengineering

Platform: STMicro STM32F423ZHT6 MCU

Description: Redesign of the existing product without affecting the product functionality and core logic. The device was powered by an MCU from different vendor which became obsolete. Embien hardware and software team was fully involved in understanding the complete functionality of the system and redesigned the same with the equivalent MCU from ST Micro. Hardware design includes circuit redesign and layout without affecting the dimension of the existing system. Software development involved porting of driver for USB, I2C, GPIOs, ADCs, SPI, PWM, Timer, CAN, UART, etc. Stepper motor driving logic were further optimized for better performance which involved implementation of trapezoidal control with PID.

<b>Platform:</b> STMicro STM32H753ZI MCU

Secure Boot on Ardupilot

Platform: STMicro STM32H753ZI MCU

Description: Quadcopter design based on multi-sensor and wireless communication for agricultural application. Hardware design based on open-source platform 'Ardupilot' with various sensors inbuilt for multiple purpose. Software design based on readily available open-source firmware from Ardupilot and customization has done on security aspects such as secure bootloader integration, secure firmware upgrade, secure data storage, etc., implementation of business logic on acquired sensor data's and customization of 'Q Control' PC based application for configuration/firmware upgrade.

Frequently Asked Questions

With over 15 years of focused experience, a deep partnership with ST, and proprietary accelerators like Sparklet and RAPIDSEA, we offer unparalleled expertise that reduces development time, cost, and risk, ensuring a successful product launch.

Ready to Build Your Next-Generation Product?

Let's discuss how our STMicroelectronics expertise can bring your vision to life. Schedule a free, no-obligation consultation with our experts today.

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