We offer full stack engineering solutions, from hardware to algorithm, for Video & Image processing
Our Machine Vision products, Falcon Series, are used for high speed, hard real-time applications with cycle time in microseconds. In addition to high speed image capture using our proprietary CameraLink IP our products also have the capability to process images using our proprietary FPGA IPs.
Embedded Vision Modules
We build Embedded Vision modules for Industrial Automation applications.
Machine Vision IPs
We develop FPGA IP blocks for high speed Machine Vision applications.
FPGA Solutions & IP Development
We use our expertise in FPGA to deliver high performance Edge applications.
Video & Image Processing
We develop cutting edge computer vision solutions using Machine Learning.
Embedded Vision Modules
We build Embedded Vision modules for Industrial Automation applications.
Machine Vision IPs
We develop FPGA IP blocks for high speed Machine Vision applications.
FPGA Solutions & IP Development
We use our expertise in FPGA to deliver high performance Edge applications.
Video & Image Processing
We develop cutting edge computer vision solutions using Machine Learning.
Embedded Vision Modules
We build Embedded Vision modules for Industrial Automation applications.
Machine Vision IPs
We develop FPGA IP blocks for high speed Machine Vision applications.
FPGA Solutions & IP Development
We use our expertise in FPGA to deliver high performance Edge applications.
Video & Image Processing
We develop cutting edge computer vision solutions using Machine Learning.
Case Studies
Design, Prototype, Develop, Deploy.
Embedded Vision on FPGA
FPGA processors are well suited for implementing high speed Embedded Vision solutions in the area of Industrial Automation. We partner with OEMs to design, develop and implement such high-speed embedded vision solutions on FPGA processors. FPGA processors can handle such high speeds because the processor takes advantage of hardware parallelism while retaining the flexibility to reprogram like software. We have implemented these solutions on XILINX Zynq processors and synthesized algorithms written in higher level languages using XILINX Vivado HLS toolchain.
H.264 CODEC on FPGA
H.264 or MPEG – 4 AVC is the most commonly used CODEC formats for recording, compression and distribution of video content. We have implemented H. 264 on Zynq 7EV series XILINX FPGA for multiple customer use cases. We have experience in using FFMPEG / GStreamer frameworks for CODEC integration. In some transcoding applications, we have achieved glass to glass latency reduction to 40 ms. We also have experience in performing validation and performance analysis.
CameraLink IP in FrameGrabber+
CameraLink is the best suited interface standard for real time, low latency, high bandwidth applications.
CameraLink enables transmission of high-resolution image data at high speeds for both line scan and area scan cameras. The interface has a standardized protocol that includes provisions for data transfer, camera timing, serial communications and real time signalling to the camera. We have used our Framegrabber+ and CameraLink IP in customer projects to improve sorting effectiveness.
Embedded Vision on FPGA
Embedded Vision on FPGA
FPGA processors are well suited for implementing high speed Embedded Vision solutions in the area of Industrial Automation. We partner with OEMs to design, develop and implement such high-speed embedded vision solutions on FPGA processors. FPGA processors can handle such high speeds because the processor takes advantage of hardware parallelism while retaining the flexibility to reprogram like software. We have implemented these solutions on XILINX Zynq processors and synthesized algorithms written in higher level languages using XILINX Vivado HLS toolchain.
H.264 CODEC on FPGA
H.264 CODEC on FPGA
H.264 or MPEG – 4 AVC is the most commonly used CODEC formats for recording, compression and distribution of video content. We have implemented H. 264 on Zynq 7EV series XILINX FPGA for multiple customer use cases. We have experience in using FFMPEG / GStreamer frameworks for CODEC integration. In some transcoding applications, we have achieved glass to glass latency reduction to 40 ms. We also have experience in performing validation and performance analysis.
CameraLink IP in FrameGrabber+
CameraLink IP in FrameGrabber+
CameraLink is the best suited interface standard for real time, low latency, high bandwidth applications.
CameraLink enables transmission of high-resolution image data at high speeds for both line scan and area scan cameras. The interface has a standardized protocol that includes provisions for data transfer, camera timing, serial communications and real time signalling to the camera. We have used our Framegrabber+ and CameraLink IP in customer projects to improve sorting effectiveness.
Testimonials
See what our client say about us?
YantraVision has become one of our key partners in a short period of time mainly because of their agility to learn new technological developments and consistency in delivering quality services on schedule.
We came to YantraVision to resolve a very difficult image processing problem for our retail business. YV team reconstructed the problem and implemented a novel method to solve the problem successfully within short period of time.
Life @ YV
Work. Play. Rejuvenate.
We are team of technology enthusiasts who love to work on cutting edge technologies...
