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Why FPGAs are utilized in Video & Imaging.
Why FPGAs are utilized in Video & Imaging.
High Performance & Low latency
High bandwidth video data can be easily processed with pixel-by-pixel on the fly.
Flexible Interface
FPGA can support various video interfaces from the normal digital interface to high-speed interfaces like MIPI, HDMI, DisplayPort, SDI, CoaXPress, etc. And other video transmission methods using standard interfaces like PCI Express, USB, Ethernet, can be implemented using FPGA.
Other workloads
Other workloads(like DNN inference, video transcoding) can be implemented with video interface & processing in the same FPGA.
What FPGAs can provide in Video & Imaging.
What FPGAs can provide in Video & Imaging.
Video manipulation
Any kind of video manipulation can be implemented.
Video transmission(capturing)
Processed video can be transmitted to other systems in various methods.
Video processing
Video transcoding, DNN inference,
What DreamOnTech did before.
What DreamOnTech did before.
LCoS Display Driving
LCoS Display Driving
Features
Features
FPGA : Xilnx Zynq-7007S
Application : LCOS(Liquid Crystal On Silicon) Display Driving
FPGA Design : LVDS interface / Zynq Processor system with many peripherals for control
Software : RTOS(FreeRTOS) on Zynq
Super-Resolution(Deep Learning) Inference
Super-Resolution(Deep Learning) Inference
Features
Features
FPGA : Xilnx Virtex UltraScale+ VU9P
Application : Video/Image upscaling using Deep Learning
FPGA Design : PCI Express / DRAM controller
Software : Linux device driver / Application
CoaXPress Camera System
CoaXPress Camera System
Features
Features
FPGA : Xilnx Kintex Ultrascale+ KU3P
Application : CoaXPress Camera System
FPGA Design : MIPI CSI-2 Receiver IP / CoaXPress Device IP / Video DMA / Control(Microblaze)
Software : Firmware(Microblaze)
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