01 / ENGINEERING APPROACH
Understand the complete behavior
Translate application requirements into firmware functions, operating states, interfaces, and development priorities.
Capability / Embedded Systems
Embedded intelligence. Integrated with the product.
Theta develops firmware and electronics that connect motor control with application logic, interfaces, sensing, and communication.
Engineering / Original source visual
See the system connections.
A visual engineering perspective
One system, several motor drives
See how motor control connects to sensors, communications, the power supply, and multiple inverter stages.
- Compressor and fan inverter stages
- Sensors, communication, and MCU interfaces
- Power conversion and auxiliary supplies
Engineering approach
From architecture to application.
02 / ENGINEERING APPROACH
Connect control to the application
Coordinate motor-control firmware with the functions needed by the rest of the product. Existing projects include CAN, UART, RS485/Modbus, Wi-Fi, Bluetooth, and HMI implementations.
Read more engineering details
03 / ENGINEERING APPROACH
Evaluate integration early
Use a shared development process to explore behavior before prototypes and to support integration and verification as hardware becomes available.
04 / ENGINEERING APPROACH
Connected-product integration
The supplied AWS reference architecture adds a cloud-development discussion to embedded engineering: device communication, telemetry, firmware updates, and customer application interfaces. Explore Connected Products & Cloud Integration for the scope and development status.
05 / ENGINEERING APPROACH
Motor data for application intelligence
Estimated motor torque, flux, speed, and currents can serve as inputs to physical models or AI-derived functions. Data collection, training, validation, and the intended operating conditions determine what an application model can reliably detect.
06 / ENGINEERING APPROACH
Reuse software across products and MCU platforms
Separate shared motor-control libraries, product modules, hardware abstraction, and target drivers. This lets the engineering team preserve the core while adapting platform interfaces and adding the required application functions.
What does your next product need to do?
Bring your requirements. Let’s explore the engineering together.