Q: Can Denali 3.0 support multiple cameras?
A: The Denali 3.0 board can simultaneously handle the video streams from up to four cameras which is especially important for automotive and robotics applications.
Q: Do you provide customization on other platforms besides FPGA?
A: Pinnacle offers a variety of support for FPGA based vision requirements. For more information contact us HERE.
Q: Do you provide ISP customization?
A: Pinnacle can provide the software and customization support for most 3rd party platforms. For more information contact us HERE.
Q: Does your ISP support 4K?
A: Pinnacle's ISP is sensor scalable from VGA to 8K. The solution is also sensor agnostic and can be used with many sensors. For more information contact us HERE.
Q: Do you support non traditional RGBG color filter arrays?
A: Pinnacle can support non-traditional and traditional arrays. For more information contact us HERE.
Q: How much latency is in the DENALI ISP?
A: Pinnalce's solutions are designed with low latency in mind. Pinnacle solutions perform with ultra low latency to support the needs of robotics, automotive, autonomous, and other critical applications. For more information contact us HERE.
Q: We have limited space in our FPGA for an ISP. How can we deploy Pinnacles ISP?
A: The sizing required will vary with application and sensor combinations. Pinnacle can optimize the Denali ISP to fit your required LDR and HDR soluton and implementation. For more information contact us HERE.
Q: Do I have to modify the interfaces on my product in order to use Denali 3.0?
A: Pinnacle will adapt the Denali 3.0 interfaces to smoothly connect to your product.
Q: Do I have to modify the interfaces on my product in order to use Denali 3.0?
A: Pinnacle will adapt the Denali 3.0 interfaces to smoothly connect to your product.
Q: What is Locally Adaptive Tone Mapping?
A: Typical tone mapping implementations work on the entire frame of video at one time. Denali 3.0’s tone mapping adjusts to different areas of a frame that may need more or less tone mapping. This allows for critical areas of a scene to be more evenly lit overall.