Technical clarity
Make the architecture, interfaces and constraints understandable. Sound engineering starts with a clear definition of the problem.
Orelink designs hardware, develops embedded firmware and builds software for connected products and IT infrastructure.

From the electronic core
to the connected system.
Distinct disciplines.
A shared engineering perspective.
Hardware design, embedded systems and software engineering share the same product foundations.
Architecture shapes the board. The board shapes the firmware. Software connects the product to a larger system. We bring these relationships into focus, with technical depth across the layers that matter.
Our approachConnected thinking, from architecture to integration.
Explore the disciplines behind our hardware, embedded and software engineering work.
Architecture, board design and embedded systems conceived as parts of one product.
Engineering the connections between devices, systems and infrastructure.
A system-level view of computing, storage and the hardware around them.
Connected products engineered from the device outward.
The software layer that brings hardware into a working system.
Software that makes connected infrastructure understandable.
Software foundations connecting devices with the services around them.
Security software considered in the context of the system it serves.
Complete products depend on more than individual components. Our engineering scope connects system architecture, board design, firmware and software with testing and quality control.
Explore hardware engineeringArchitecture and design decisions grounded in the wider system.
Hardware and firmware considered together, across their shared interfaces.
Software that connects devices, information and the systems around them.
Make the architecture, interfaces and constraints understandable. Sound engineering starts with a clear definition of the problem.
Consider the relationships between disciplines. Design decisions in one layer should make sense to the teams working in the next.
Develop technology with a product in view. New ideas become useful when they are connected to real engineering requirements.