Skip Navigation Links | Home | Applications | Imaging Flow Cytometry

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What to consider when selecting a digitizer for flow cytometry

  • High dynamic range is required to achieve superior image quality

  • High sampling rate enables high microfluidic channel flow rate and system-level throughput

  • Open FPGA is crucial for real-time image pre-processing

  • High data transfer rate is needed in order to support high-speed image post-processing and data storage

  • Peer-to-peer GPU streaming offers additional benefits for cell characterization​

Further Reading / Next Steps

  • See how University of Hong Kong (HKU) achieved line scan rates of 10M lines/s using ADQ7DC here

  • For a list of key benefits and specifications please visit the ADQ7DC product page here

  • For information about the optional firmware packages and development kit see here


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Image Model Resolution Channels Sampling Rate Coupling Input Bandwidth ENOB max Interface
ADQ7DC ADQ7DC 14-bit 1
2		 10 GSPS
5 GSPS		 DC 3 GHz 9.1 bits PCIe, PXIe, USB 3.0, 10GbE
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