At the Microscopy and Advanced Bioimaging CoRE, we provide researchers with access to cutting-edge computational resources designed to meet the high-performance requirements of advanced image analysis. Our infrastructure is anchored by the Acquifer HIVE image analysis server, equipped with 512GB of RAM, 32 processing cores, and an Nvidia A6000 48GB GPU, delivering the processing power necessary for handling vast and complex datasets. Our workstations feature a 2TB RAID0 NVMe-SSD, 128GB RAM, dual 8-Core Xeon processors, and a 16GB Nvidia Pascal VRAM, offering exceptional speed and efficiency for intensive image processing tasks. The RAID6 100TB file server additionally provides substantial storage capacity and lightning-fast read/write capabilities, supported by a 10Gbit local network for seamless data transfers and analyses.

Each microscope within the CoRE is paired with a high-performance workstation, enabling real-time image processing and analysis. Our facilities also include two high-end workstations dedicated to 4D analysis and two mid-level workstations designed for 2D/3D analysis and the development of open-source pipelines. Furthermore, our high-content screener is linked to a robust 90TB RAID5 server, equipped with 96GB RAM and dual 4-Core Xeon processors, which efficiently manages the SQL database and other applications.

By integrating these state-of-the-art resources, the CoRE fosters a research environment that further empowers scientists to achieve breakthroughs in biomedical research.

Please consult with us for all image acquisition and analysis needs.