At a glance
| Booth | R7112 |
| Country | DE |
| Website | linque.eu |
Company profile
Linque GmbH builds cloud and AI solutions for next-generation algorithms and compute needs, with its work centered on information processing in cloud environments. The company describes itself as a team of innovators and designers building sustainable hardware products, linking product development with the goal of reducing the resource demands of computing hardware. Linque GmbH positions photonics as the mechanism for transforming AI infrastructure and enabling the next generation of cloud information processing. Its technology combines silicon-photonic hardware with dedicated algorithms so that the hardware and software elements are developed around the same information-processing workload. The sustainability benefit is described in terms of innovative programmable integrated circuits that reduce energy consumption and cooling requirements for information processing hardware. The rapid-processing benefit comes from accelerated information encoding, which the company links to low-latency use cases. The scalability benefit combines silicon-photonic technology with dedicated algorithms so that relevant applications can move toward volume deployment. Its stated solution focus is photonic processing on silicon chips, with the objective of opening new sets of algorithms for cloud and AI workloads. Linque GmbH also invites organizations interested in its products to become early adopters, placing partnerships alongside technology development as part of its route toward deployment. Cloud and AI compute needs are connected to hardware that moves information optically inside silicon and to algorithms developed around that photonic-processing approach. The result is presented as a hardware-product effort rather than a cloud-software-only service: the team builds physical silicon-photonic processing hardware while targeting next-generation algorithms and cloud information-processing workloads. The platform consistently connects the cloud use case, silicon-chip photonic hardware and the dedicated-algorithm layer as parts of one information-processing system.
Exhibits
The hardware uses photonic flow inside silicon chips to provide energy-efficient information processing, while programmable integrated circuits are described as reducing energy consumption and cooling requirements and accelerated information encoding is described as enabling low-latency use cases. For scaling, the company combines silicon-photonic technology with dedicated algorithms to support volume deployment for relevant applications and presents the same silicon-chip photonic-processing platform as the basis for new algorithm sets serving cloud and AI compute needs.
Capabilities and products
- cloud and AI compute solutions
- silicon-chip photonic information-processing hardware
- energy-efficient programmable integrated circuits
- accelerated information encoding for low-latency processing
- silicon-photonic technology integrated with dedicated algorithms