Advanced Visualization

Create custom, low-latency Image Signal Processor (ISP) blocks to provide high quality, high-definition video output using Altera or Xilinx FPGA configurations

We offer an integrated approach, incorporating overlays, measurements, and dynamic look-up tables for customizable color palettes. Our systems enable detailed examination through high resolution endoscopy, autofluorescence imaging (AFI), and electronic chromoendoscopy techniques like NBI, i-scan, and FICE.

Ground-up camera control system development includes advanced image and video processing on CPU, GPU, via machine learning, and integrated with Robotic Operating Systems (ROS). Automated features enhance image quality, color correction, distortion correction, and noise reduction.

Our development supports AI processing on GPU/CPU, seamlessly integrates multi-spectral overlays, and offers multi-channel video output, catering to diverse needs. Additionally, it includes horizon correction and IMU integration, ensuring precision and stability in visual data processing.

We assess sensor performance: capacity, FPS, resolution, and sensitivity. Reviewing quantifies trade-offs, optimizing exposure time and configurability. Aligning with system requirements ensures seamless integration, prioritizing factors like lifecycle, robustness, and compliance for medical devices.

We offer ISP solutions in software, mitigating development risks by validating concepts before FPGA/HW implementation. Leveraging custom development with hardware kits, we create evaluation models, generating usable verification data, thus reducing verification costs and timelines through simulation and testing.