Microvec Launches Ultra-High-Resolution High-Speed Cameras for PIV

Microvec, a leading developer of analytical systems used in fluid mechanics, has announced their new MV21 and MV8 high-speed cameras. The MV21 is the world's largest camera system in terms of resolution. It can capture 1,000 frames per second (fps) at an astounding 21 megapixels (5120 x 4096 pixels) and at a transfer rate of 210 Gbp/second. The MV8 model has a frame rate of 2,000 fps and a resolution of 8 megapixels (4096 x 2048) and a transfer rate of 160 Gbp/second.

At 21 megapixels, the MV21 achieves a significantly higher resolution than a typical high-speed camera and opens the door to applications with a need for extremely high-spatial resolution recordings. It can give the users an unmatched wider insight into what they can see and understand. It features a 4.5 µm pixel size, minimum 1 µs exposure time, standard RAM up to 320 GB, and optional SSD with up to 24 TB.

Both models use the newest generation CMOS sensors with a pixel depth of up to 12-bit and a sensitivity of 10,000 ISO. They can transfer the data with a 10Gb ethernet interface and have an easy-to-use control and acquisition software.

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Microvec Pte. Ltd., based in Singapore, has offered various complete Particle Image Velocimetry (PIV) systems since 2002. The company has been developing proprietary PIV Technology and has constantly been improving and implementing new techniques and algorithms based on the latest research in the field. Microvec has teamed up with some of the leading researchers worldwide to add their input to Microvec products and to gain access to the most advanced and innovative research. Microvec introduced the world's first commercial PIV software capable of instantaneous pressure reconstruction and one of the most advanced algorithms in Tomographic PIV - Intensity Enhanced MART. Recently, Microvec has also developed AI PIV software, offering high spatial resolution and capable of obtaining dense velocity fields with down to one vector per pixel.

This release was published on openPR.