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Tailored engineering solutions for every industry

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Driving automotive innovation

driving automotive innovation

Automotive

The automotive industry's transformation toward electrification, automation, and connectivity requires highly specialized ASIC and SoC solutions that meet stringent functional safety requirements. Our engineering expertise powers the development of custom silicon for advanced driver assistance systems (ADAS), autonomous driving platforms, and next-generation infotainment systems.

From engine control units to sophisticated vision processing chips with our world-class 28-bit dynamic range image processing capabilities, our designs meet the rigorous reliability and safety standards of automotive applications. We understand the unique challenges of automotive environments, including extreme temperature variations, electromagnetic compatibility, and the need for functional safety compliance, ensuring our custom chip designs support vehicle lifecycles spanning decades.

We are Germany’s largest independent engineering turn-key service provider with a cutting-edge focus on the development and design of ASICs, SoCs, FPGAs, embedded software and complex systems. We have thorough internal knowledge around all aspects of custom SoC design from the idea through the architecture phase towards tape-out and post-silicon bring-up.

Our home base is high-end automotive and latest HPC, but with our world-class vision know-how, we are your natural partner for anything around high-end automotive FuSa certified 28bit dynamic range image processing, miniature HDR capable camera products (Atom Camera) and custom vision SoCs. Being a part of the Tessolve group enables us to offer a full turn-key service with no complexity limits.

powering smart manufacturing

Industry

The industrial automation sector demands highly specialized ASIC and SoC designs that can withstand demanding environments while delivering precise control and real-time processing capabilities. Our engineering expertise enables the development of custom silicon solutions for PLCs, human-machine interfaces, industrial PCs, and robotic control systems.

From factory floor automation to sophisticated process control applications, we design chips that ensure seamless operation in mission-critical environments. We understand that industrial applications require extended temperature ranges, enhanced durability, and long-term component availability, which is why our custom designs are engineered to exceed industry standards and provide consistent performance throughout extended operational lifecycles in harsh manufacturing environments.

Enabling intelligent connectivity

Internet of Things

The IoT ecosystem requires highly optimized, application-specific integrated circuits that balance computational power with ultra-low power consumption and minimal form factors. Our engineering team specializes in designing custom SoCs that enable seamless connectivity across edge computing, fog networks, and cloud infrastructure.

Whether developing chips for smart sensors, industrial monitoring systems, or autonomous IoT networks, we create tailored silicon solutions that provide the perfect balance of processing power and energy efficiency. Our designs bridge the gap between local intelligence and cloud connectivity, ensuring optimal data processing, secure communication, and extended battery life in resource-constrained IoT deployments across diverse industry applications.

Powering sustainable energy infrastructure

Hyperscaler

The transition to renewable energy and smart grid technologies requires sophisticated custom silicon solutions that can manage complex power distribution, monitoring, and control systems. Our engineering services enable the development of specialized ASICs for smart meters, grid management equipment, solar inverters, and energy storage controllers.

We design custom chips that handle real-time power monitoring, load balancing, and grid stabilization while maintaining high efficiency and reliability. Our energy-focused silicon solutions are engineered to operate in challenging electrical environments with high electromagnetic interference and support the seamless integration of renewable energy sources into existing power infrastructure, enabling the next generation of intelligent energy management systems.

Building tomorrow's communication infrastructure

Communication

The telecommunications industry relies on high-performance, application-specific chip designs to maintain the constant flow of data across global networks. Our engineering services power the development of custom ASICs and SoCs for base stations, network switches, routers, and communication servers that form the backbone of modern connectivity infrastructure.

From 5G network equipment to fiber-optic communication systems, our custom silicon designs ensure reliable, high-speed data transmission with minimal latency and optimal power efficiency. We develop tailored solutions that can handle massive data throughput while maintaining thermal management and meeting the stringent reliability requirements of telecommunications equipment that operates continuously in demanding network environments.

Protecting digital infrastructure

Security

In today's interconnected world, hardware-level security has become critical across all industries. Our engineering expertise enables the development of specialized ASICs with advanced security features including hardware encryption engines, secure authentication processors, and tamper-resistant boot systems. From access control devices to biometric identification systems, our custom chip designs form the foundation of trusted security infrastructure.

We engineer solutions that implement sophisticated cryptographic algorithms while maintaining high performance and low power consumption. Our security-focused ASIC designs help prevent unauthorized access, protect sensitive information, and ensure system integrity in applications ranging from smart card controllers to enterprise security hardware and automotive security modules.

Enabling reliable operation

enabling reliable operation

Transport

Transportation systems across rail, maritime, aviation, and heavy industry sectors require specialized ASIC solutions that can withstand extreme operational conditions while maintaining mission-critical reliability. Our engineering expertise enables the development of ruggedized custom chips for navigation systems, fleet management platforms, and safety-critical control systems.

From locomotive control electronics to marine navigation equipment and avionics systems, our tailored silicon solutions ensure reliable operation in environments characterized by temperature extremes, mechanical vibration, electromagnetic interference, and extended operational periods. We design custom ASICs that meet the strict certification requirements of transportation industries while providing the processing power and reliability needed for modern mobility and logistics applications in the world's most demanding environments.

advancing healthcare

Medical

Medical device applications demand the highest levels of reliability, security, and precision from custom silicon solutions. Our specialized engineering services power the development of ASICs for critical healthcare equipment, from diagnostic devices to patient monitoring systems and advanced medical imaging technology.

We understand that medical electronics operate in environments where failure is not an option, which is why our custom chip designs undergo rigorous verification processes and meet the strictest medical industry standards. Our engineering expertise supports real-time signal processing, secure patient data handling, and compliance with medical device regulations, enabling healthcare technology companies to deliver breakthrough innovations that improve patient outcomes through advanced electronic systems.