Enabling competitive mechatronic solutions.
FIELDS OF ACTIVITY
Within Our Scope
We solve interdisciplinary technological challenges and optimize the key interfaces between Product Management, R&D, Procurement, and Manufacturing — enabling seamless collaboration and minimal total cost of ownership.
What We Don’t Do
We do not develop consumer products or application-level software. Our focus is exclusively on technology-driven, industrial-grade solutions.
MARKETS
We provide tailored mechatronic and signal processing solutions for the Automotive, Industrial, and Medical sectors, delivering innovation, reliability, and compliance to meet the highest industry standards.
Requirements
We turn your market insights and market requirements into clear, verifiable product requirements and technical specifications that seamlessly fit contemporary process standards.
Regulatory
We guide you early in identifying relevant standards and regulations for your applications and markets, and in planning and supervising the required testing and certifications.
Complementary Solutions
For application- or project-specific components outside your core competencies, we act as your complete supplier—closing gaps in your product portfolio efficiently and reliably.
Concept & Architecture
We specialize in developing cost-optimized, requirements-driven system concepts and product architectures for mechatronics and signal-processing applications, built on standardized interfaces and designed for maximum reusability.
Build and Launch
We provide flexible support for your product development and step in whenever needed.
This ensures a smooth transition into series production — including NPI support and regulatory affairs management.
Battery Junction Box Current Sensing
Market research and derivation of a product topology for high-current, shunt-based measurement (up to 4 kA) in automotive
800 V systems, considering ISO 26262 and the related isolation coordination according to IEC 60664, with system integration via CAN bus.
Platform for Industrial Printers
Portfolio migration from a proprietary real-time OS running on a legacy processor with FPGA to Linux Preempt RT on ARMv8 architecture, with the system redesigned for operation without an FPGA, for one of the world’s leading manufacturers in the packaging industry.
Scope of Projects
curated selection
Platform Solutions - Peripherals
Design and development of customized peripheral functionality using industry-standard, platform-independent interfaces.
This ensures high compatibility and straightforward system integration.
Interim CTO - Communication Systems
Interim CTO overseeing product management, R&D (mechanics, hardware, software), and customized solutions for a leading global provider of communication systems.
Focus on streamlining the product portfolio and driving the migration towards Linux-based platforms.
CPU Plattform Refresh and Modernization
Targeted modification of an existing ARM-based embedded platform, including the upgrade of major hardware components to ensure long-term availability, improved reliability, and extended product lifecycle of a dental ceramic furnace for one of Europe’s largest dental equipment manufacturers.
800 V Inverter for Electrical Turbocharger
High-performance 800 V / 25 kW inverter module for an electric turbocharger, based on SiC semiconductors and housed in an aluminum die-cast case with an integrated water-glycol cooler. It features the Infineon AURIX 3rd Gen. platform, prepared for AUTOSAR implementation, and supports rotational speeds up to 150,000 rpm.
Tender for a Custom Ticket Vending Machine
Development of specifications and management of a Europe-wide technical and commercial tender for a customer-specific ticket vending machine project on behalf of a national railway operator. Strategic decoupling of device lifecycle and operator business model to ensure flexibility and long-term sustainability.
Platform Solutions - Core Systems
Planning and development of scalable core computing platforms and CPU boards for full product portfolios, typically based on embedded Linux, with optional real-time support (e.g. PREEMPT_RT) and support for a wide range of standard interfaces.
Other CPU boards, designed for AUTOSAR environments, are tailored for safety-critical applications in compliance with automotive ISO 26262 and A-SPICE standards.
Real-Time Medical DVR for Ultrasound Imaging
NRTL certified Medical DVR module for prenatal diagnostics, integrated into ultrasound devices from leading OEMs in the imaging diagnostics sector, featuring an ARM platform and running Linux OS.
Electronics for an 800 V Climate Compressor
Optimization of cost, architecture, and insulation coordination (IEC 60664-1 / -3) for 12 kW / 800 V climate compressor electronics.
The SiC-based system drives a PMSM.
Member of Innovation Challenge Juries
Member of the evaluation jury for Innovation Challenges at Bundesbeschaffung GmbH, assessing innovative solutions to advance public procurement and support digital transformation.
LED-Wall Procurement Support
Technical tender preparation and management for an indoor LED wall at one of Europe’s largest event venues, including technology consulting, specifications, and vendor negotiations.
Platform Solutions -
Power Systems
Diverse power components manufactured on AlN ceramic, aluminum or copper IMS, and standard FR4 substrates.
Example shown:
1-layer aluminum IMS (Insulated Metal Substrate) for a discrete
800 V SiC B6-bridge, designed according to IEC 60664-1 and IEC 60664-3.
Complementary Solutions
example
USB-C AUDIO MODULE FOR INDUSTRIAL APPLICATIONS
Audio module with a digital Class-D amplifier and MEMS microphones supporting cross-platform integration via standard OS drivers and enabling software-based intercom or speech-control applications.
Birgit Schlager, PhD
Birgit Schlager, Principal Consultant, joined linked IP in 2012. She is an experienced engineer with a strong background in economics, combining technical expertise with strategic project leadership.
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Her work focuses on ADAS, automotive perception sensors, and LiDAR, where she has contributed to advanced sensor modeling and virtual testing for automated driving.
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She also brings expertise in product data management across the full product lifecycle, ensuring structured, transparent, and efficient development processes.
About Us
Rudolf Golser, PhD
Rudolf Golser, Principal Consultant, founded linked IP in 2009. He combines strategic perspective with applied engineering depth.
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With a background in C-level leadership and long-standing collaboration with OEMs, Tier-1 suppliers, and leading global corporations, he effectively bridges business strategy and technical execution.
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He supports clients across the entire product lifecycle, ensuring solutions that are strategically sound and practically implementable.