Innovative Electric Drive Systems
siliXcon delivers high-performance motor controllers and power management solutions for e-bikes, ensuring optimal energy efficiency, instant power delivery, and seamless riding experience. Our technology enhances both urban commuting and off-road adventures, providing maximum torque, intelligent control, and extended battery life.
Ensuring seamless pedal assist and throttle acceleration for smooth, powerful riding.
Maximizing agility and efficiency for both urban commuting and off-road riding.
Extending range and optimizing power output by reducing energy loss.
Modular, pre-configured solutions enabling fast integration and full customization.
Intelligent management for efficient power delivery and ride performance.
Recovering braking energy to enhance efficiency.
SiliXcon’s e-bike powertrain solutions balance power, efficiency, and control—ensuring a seamless riding experience in any environment.
Real-world impact: How we helped LMX Bikes develop next-level e-bike performance.
LMX is a French company specializing in the development of high-performance electric bikes. Their flagship model, the LMX 56, blends the agility of a mountain bike with the power of a lightweight motorcycle. The company focuses on delivering innovative solutions for both urban commuting and off-road adventures.
LMX Bikes needed an efficient yet powerful e-bike drive system that:
siliXcon developed a custom motor control and power management system, featuring:
The collaboration with SiliXcon led to:
Intelligent Motor Pairing
Seamless integration with various motor types, ensuring optimal performance and efficiency.
Dual Functionality: MCU & VCU
Our controller can operate both as a Motor Control Unit (MCU) and a Vehicle Control Unit (VCU), optimizing system flexibility.
Advanced Motor Control Algorithms
Delivering smooth, natural power output for a responsive and efficient ride.
Smart Torque Management
Smart Torque Management
Adapting pedaling assistance based on real-time rider input for better control and energy use.
Customizable Firmware Solutions
Customizable Firmware Solutions
Modular and pre-configured firmware enables seamless adaptation to various e-bike applications.
The AX Controller Series is a lightweight, high-efficiency motor controller, delivering up to 3 kW of power with an ultra-compact 150 g design. Engineered for precision, reliability, and energy efficiency, it is an ideal choice for e-bikes, where low weight and optimized energy management are crucial for maximizing range and performance.
26 kW/l
400 A
76 V
700 g
With a power density of 37 kW/l, the AX Controller delivers exceptional performance in a compact form factor.
Weighing only 150 g, it is ideal for applications where weight reduction is crucial.
Features such as zero ramping, quick command reaction, and the ability to anticipate ensure precise and responsive motor control.
The rugged design makes it highly durable and resistant to damage, suitable for demanding environments.
Capable of full torque right from startup without the need for sensors, simplifying system design and reducing costs.
Supports various motor types, including BLDC/PMSM (radial and axial flux), IPM, reluctance, and asynchronous motors, offering flexibility across different applications.
Discover siliXcon’s biggest milestones of 2025: new middle-voltage motor controllers (12–33 kW), Dual Motor Controller technology, AI engineering support, a new customer portal, and strategic partnerships in e-mobility, robotics, and industrial applications. Explore how we’re accelerating OEM integration and pushing electric drive systems forward.
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Discover siliXcon’s new middle-voltage motor controllers (12–33 kW) designed for up to 120 V systems. High power density, compact design, ready for series production.
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Agritechnica 2025 showcased the rapid shift toward electric and hybrid power systems in agricultural machinery. Key innovations included FPT Industrial’s modular ePowertrain, New Holland’s hybrid telehandler with autonomous features, and new electric/electro-hydromechanical systems improving efficiency and reducing emissions. The future of agriculture is moving toward cleaner, smarter, and more energy-efficient machinery.
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