HUBER+SUHNER opens new POLATIS® optical circuit switch production site to support AI data centers
Source: EQS
Today, Reflecting the huge surge in demand for OCS solutions, the new manufacturing site will enable “The opening of our new Pisary facility is a major milestone that aligns with our commitment to innovation and operational excellence in optical networking,” says Jürgen Walter, Chief Operating Officer Communication segment at Rising demand for OCS solutions stems from the rapid growth of hyperscale data center infrastructure across the globe, driven by cloud computing and the increased use of AI. AI workloads are hosted on clusters of thousands of graphical processor units (GPUs) interconnected by optical fibers carrying data at hundreds of gigabits per second. An OCS enables on-demand reconfiguration of optical-layer connectivity and can route large volumes of high-speed traffic with minimal latency – essential for AI hyperscale operations. By maintaining data in the optical domain and eliminating the need for optical-electrical-optical conversions, POLATIS® OCS solutions significantly reduce power consumption and operating expenditure for hyperscale data centers. This enables new data center architectures and allows AI workloads to run more efficiently and at lower cost. With approximately 3’000 m2, the Pisary site will complement the existing Krzeszowice facility nearby, which is currently being operated at its full capacity. “The Pisary site will enhance our supply of OCS solutions while reflecting our mission for sustainable operations,” says More information on the new Pisary production site and about POLATIS® optical circuit switching is available on the This media release can be found at www.hubersuhner.com/en/newsroom/company-news/news-ad-hoc-news and is also available in German. The German version is binding.
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Language: | English |
Company: | |
Tumbelenstrasse 20 | |
8330 Pfäffikon ZH | |
Internet: | www.hubersuhner.com |
ISIN: | CH0030380734 |
Valor: | 3038073 |
Listed: | |
EQS News ID: | 2154064 |
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2154064 12.06.2025 CET/CEST