Ever wondered how massive amounts of data move reliably between chips, modules, and systems at lightning speeds?
Modern systems, from cloud servers to connected devices, depend on high-speed wired links that can transmit data efficiently without errors. Achieving this requires specialized electronic circuits that can handle very fast signals, clean out noise, and keep communication stable across long or challenging connections.
At imec at Holst Centre we develop integrated circuits that enable high-speed wireline transceivers and their essential building blocks.
This includes low-phase-noise phase-locked loops (PLLs) for stable clocking, broadband analogue-to-digital converters (ADCs) for accurate signal capture, and entire transceiver designs that support rapid, reliable wired data transfer. We focus on combining signal integrity, low power, and compact design, so these circuits perform well in demanding environments.
Our focus
These technologies provide the foundation for next-generation connectivity in a wide range of systems that need fast, robust wired links. By improving the cores of high-speed wired communication, we support partners building advanced digital infrastructure, high-performance electronics and data-intensive applications, helping ensure stable, energy-efficient data flow where it matters most.