MechResCon2023: Real-time Hologram Rendering from Interferometers is Made Possible by BitFlow Frame Grabber
Around 70 years after the invention of holographic imaging , this original wave-front reconstruction method has been enhanced due to improvements in image sensors and CPU power. Phase contrast imaging for samples in biological and biomedical studies, forensic identification, and MEMS vibration analysis , among other applications, has proven to be a practical method using the original optical reconstruction process, which is now carried out digitally and is known as Digital Holography Microscopy (DHM) . DHM typically calls for substantial post-processing computations and offline wave propagation , which can take a lot of time and be expensive. However, DHM may now be carried out at large input and output throughputs using ordinary components thanks to a novel system1 created at I nstitut Langevin , an academic research institute in Paris. The Institut Langevin system makes use of the image capabilities of an Adimec Quartz 2MP CoaXPress camera and a Bitflow Cyton-CXP CoaXPress frame