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ποΈ Welcome to Vision Vitals β your source for insights into the future of embedded vision.
In this episode, we break down TintE ISP, e-con Systemsβ in-house Image Signal Processor (ISP) built on FPGAs β and explore how it revolutionizes image quality, flexibility, and system performance across industries like robotics, industrial automation, and medical imaging.
Learn how TintE:
β
Processes raw Bayer data into clear, accurate images
β
Handles noise reduction, HDR, tone mapping, and color correction
β
Offloads image processing from CPU/GPU for faster AI and analytics
β
Scales across platforms like Lattice, Xilinx, and Intel
β
Powers consistent vision for Jetson Thor and edge AI applications
π‘ Tune in to discover how TintE ISP enables superior image quality and real-time performance for modern vision systems.
π Subscribe to stay tuned for more conversations that put the future of vision in focus.
By e-con SystemsποΈ Welcome to Vision Vitals β your source for insights into the future of embedded vision.
In this episode, we break down TintE ISP, e-con Systemsβ in-house Image Signal Processor (ISP) built on FPGAs β and explore how it revolutionizes image quality, flexibility, and system performance across industries like robotics, industrial automation, and medical imaging.
Learn how TintE:
β
Processes raw Bayer data into clear, accurate images
β
Handles noise reduction, HDR, tone mapping, and color correction
β
Offloads image processing from CPU/GPU for faster AI and analytics
β
Scales across platforms like Lattice, Xilinx, and Intel
β
Powers consistent vision for Jetson Thor and edge AI applications
π‘ Tune in to discover how TintE ISP enables superior image quality and real-time performance for modern vision systems.
π Subscribe to stay tuned for more conversations that put the future of vision in focus.