Platform
Pushing the Limits of Motor Control
At siliXcon, we blend academic innovation with industrial expertise to push electric drives to their ultimate potential. Our solutions empower you to master the physics of motor control, unlocking next-level performance, precision, and differentiation in competitive markets.
The Motor Control Platform
A scalable, modular platform built on 15+ years of real-world motor control experience. Assemble sophisticated electric propulsion from a large pool of proven features — customized to your use-case, delivering exceptional performance and superior system-wide control.
Four pillars, one integrated solution
- Hardware — scalable mechatronics designed for universal motor control, deployable across any industry
- Firmware — modular software powering the hardware, remotely configurable, updatable, and testable even after delivery
- Software — a single, free-to-download suite with configuration tools, real-time diagnostics, and scripting
- Documentation — a free-to-use, in-depth docs portal and single source of truth for system integrators and developers
The siliXcon Controller in Action
Real-time control, modular hardware, sensorless precision, and firmware that evolves with you. From drones to bikes to autonomous machines — one platform, endless possibilities.
Beyond Conventional Control
Physics is our only limit.
Universal Electric Propulsion
Motor agnostic by design. One unified core powers virtually any mobile application — air, land, or water. Synchronous or asynchronous, IPM or SPM, axial or radial flux, high-speed or high-torque. Up to 800 A and 118 V.
Bidirectional Energy Flow
Full four-quadrant operation with seamless transitions between motoring and generating. Regenerative braking, starter-generator integration, and series or parallel hybrid configurations are native to the architecture.
Servo-Grade Precision
Speed, torque, and position control in a single platform. Virtual axis coupling, electronic line shafting, and multi-controller synchronization bridge the gap between heavy-duty traction and fine-resolution motion control.
Instant Mode Switching
Engage, disengage, accelerate, brake, or regenerate — all transitions happen in real time with no artificial delays. Switch energy direction at any moment, even at full speed.
Fully Protected at All Times
Overcurrent, overvoltage, overtemperature, and stall conditions are monitored continuously. The system remains safe even under the most aggressive dynamic scenarios.
Real-Time Measurement
Current, voltage, speed, temperature, and position — monitored with better than +/-5% accuracy. Built-in diagnostics and data logging for full system awareness.
Sensorless Revolution
We have redefined what is possible without sensors. Enjoy full dynamics, zero RPM operation, and uncompromised performance that sometimes outperforms sensor-based systems. Simplify your design while enhancing robustness.
Seamless run-time switching between sensorless and sensored
Near-zero compromises without sensors
Real vehicle traction application without sensors
Industry-Leading Power Density
We design the most power-dense motor controllers on the world market.
Key industry challenges
- More performance in a smaller footprint
- Efficient heat management & optimized power conversion
- Higher torque & output with reduced energy loss
Any Motor. Any Application.
Our ESC driver supports the widest range of electric motor types on the market — from high-performance PMSM to legacy DC motors and beyond.
BLDC & BLAC (FOC)
Both block commutation and field-oriented control algorithms, selectable at runtime. Full torque control from zero to maximum RPM.
SPM & IPM Motors
Surface and interior permanent magnet designs. IPM support includes active flux control and field weakening for wider speed-torque ranges.
Axial & Radial Flux
Both flux orientations fully supported — from compact axial flux motors to standard radial flux designs, inrunners and outrunners alike.
Reluctance & Induction
Synchronous reluctance motors and asynchronous induction motors — for cost-sensitive and high-durability applications where magnets are undesirable.
DC & Stepper Motors
Brushed DC motor control via electronic commutation emulation, and stepper motor support for open-loop positioning applications.
Other Inductive Loads
The universal architecture extends beyond motors — drive three-phase transformers, build power supplies, or control custom inductive loads.
One platform. One toolchain. Every motor type.
Built on Modularity: From Concept to Market
We never develop from scratch. Our platform hosts a deep pool of proven features from 15+ years of real-world deployments. We assemble, configure, and deliver — in a fraction of the time and cost of custom development.
500+ Configurable Parameters
Tailor motor behavior, safety limits, control modes, I/O mapping, and system logic — without writing a single line of code.
Modular Firmware Architecture
Independent firmware modules — Application, Driver, OS, Libraries — each versioned and updatable separately. Scale your project without constraints.
Ready-Made Firmware Applications
Five complete applications covering vehicle traction, drones, analog control, CAN/UART integration, and starter-generators. Operational within days.
Built-in Scripting Language
Customize existing applications or write your own control logic from the ground up — no full firmware development cycle required.
Weeks, Not Months
While competitors spend months on feasibility studies and custom development, our platform delivers working solutions in days to weeks.
Custom Firmware on Request
Need something unique? We leverage the existing platform to build custom features rapidly and deploy them through our versioning system.
Lifecycle Management: Your Product Evolves
Every siliXcon unit is tracked from production to end-of-life. Our encrypted versioning system (SRM) manages Stable, Testing, and Nightly firmware releases across your entire fleet with full traceability.
- Remote firmware updates and over-the-air (OTA) capability
- End-to-end encrypted firmware distribution
- Per-unit tracking and complete component traceability
- 48-hour support guarantee with remote diagnostics
One Software Suite. Free Forever.
SWTools is a single, modular software package compatible with every siliXcon device. Download it for free and take full control of your integration — from first sample to serial production.
Configure & Tune
Set parameters, observe state variables, execute commands, save and load configurations, and tune your application in-the-loop.
Measure & Diagnose
View and log real-time process data, perform verbose diagnostics, read logs, and identify system parameters automatically.
Script & Automate
Write and run scripts, build custom End-of-Line configurators, create a GUI for your application, or connect to multiple devices simultaneously.
One download. All devices. All features. No license fees.
Reliability & Scalability
Our ISO 9001-certified production ensures the highest quality, supporting scalability from prototypes to full-scale production.
Rigorously tested components
Fail-safe software and firmware architecture
Seamless integration into mission-critical applications
Tailored to Your Needs
Custom Solutions
Beyond our standard product line, siliXcon offers custom engineering services. We adapt our motor control platform to meet specific customer requirements – from firmware modifications to complete hardware customisation.
Explore Custom Solutions