Platform support across ESP32, STM32, TI, NXP, and Raspberry Pi Pico
Choosing the right microcontroller can make or break a product. We work across ESP32, STM32, Texas Instruments (TI), NXP, and Raspberry Pi Pico families — selecting the optimal platform for each project's power, performance, connectivity, and cost requirements.
The ESP32 line (including ESP32-S3, ESP32-C3, ESP32-C6) is a preferred choice for WiFi and Bluetooth-enabled products. We use ESP-IDF for production firmware, leveraging dual-core task partitioning, hardware crypto, and RTC deep-sleep modes. For projects requiring video, we've implemented camera interfaces and RTMP streaming on the ESP32-S3.
For projects demanding raw processing power, hardware DSP, or advanced peripherals (DCMI, LTDC, Ethernet MAC), the STM32 family is the right tool. We've worked with STM32F4, STM32H7 (dual-core), and STM32L4 (ultra-low-power) — using STM32CubeMX for peripheral configuration and bare HAL or FreeRTOS for application logic.
The RP2040 offers an excellent price-to-performance ratio with dual Cortex-M0+ cores, PIO state machines, and a clean C SDK. We use it for industrial controllers, sensor hubs, and cost-sensitive IoT devices — often paired with external modems (SIM7020, SIM7060) for cellular connectivity.
We support hardware and firmware development for TI-based products, matching the device family to your application's control, connectivity, power, and cost requirements.
We support NXP-based embedded designs from platform selection through firmware integration and validation, with interfaces and software architecture planned around the complete product.
Existing product stuck on an expensive or discontinued MCU? We handle platform migrations — porting firmware, adapting peripheral drivers, and re-validating hardware. For new projects, we evaluate BOM cost, power budget, peripheral needs, and connectivity to recommend the best-fit platform before any code is written.
It depends on your connectivity needs, power budget, processing requirements, and target cost. ESP32 is ideal for WiFi/BLE products; STM32H7 for high-performance vision or industrial systems; RP2040 for cost-sensitive controllers. TI and NXP families are also part of our platform selection, evaluated against your application's interfaces, power, and processing needs. We'll recommend the best fit during the initial consultation.
Yes. We regularly migrate Arduino-based prototypes to ESP-IDF, Pico SDK, STM32 HAL, or TI and NXP vendor SDKs — gaining better performance, lower power consumption, and production-grade reliability.
Our platform coverage includes ESP32, STM32, Texas Instruments (TI), NXP, and RP2040. For other platforms (nRF52, SAMD, PIC), we evaluate on a per-project basis. The firmware patterns and hardware design principles transfer across families.
Let’s discuss your requirements and find the best approach for your hardware project.