technology

Technology connected to development.

DTFC control, firmware simulation, and a modular core. Connect product performance with reuse, platform choice, development effort, and hardware cost.

Motor-control development bench pictured in Theta’s presentation — Engineering image from Theta’s presentation

Look inside the engineering

Diagrams. Signals.
Hardware.

Explore the engineering behind the promise: a reusable firmware architecture, original signal plots, and work at the development bench.

**DTFC modular software architecture**Architecture diagram from Theta for DTFC in Modularity block diagram. The original blocks, connections, and layer labels are retained.Explore this topic ↗

**Signals from the engineering environment**Signal capture from Theta technical material. Motor and test conditions are not specified in this figure.Explore this topic ↗

**Control meets hardware**Development-bench photograph from Theta technical material.Explore this topic ↗

01 / MOTOR CONTROL

Direct Torque and Flux Control

Explore control architecture in the context of the complete application.

Explore DTFC

Signal plots from Theta’s engineering presentation

Theta hardware

02 / PRODUCT DEVELOPMENT

Advanced Simulation & Interactive Development

Evaluate alternatives and participate in engineering decisions earlier.

Explore the approach

Theta published evaluation hardware, illustrating the embedded foundation of connected products

Theta hardware

03 / CONNECTED PRODUCTS

Connected Products & Cloud Integration

Explore device communication, telemetry, firmware updates, and customer application scope.

Explore connected products

04 / MODULAR FIRMWARE

One reusable core. More platform freedom.

Configure application modules, adapt MCU drivers, and evaluate M0+ and single-shunt hardware options.

Explore modular firmware

What does your next product need to do?

Bring your requirements. Let’s explore the engineering together.

Discuss your application