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HDR Image Signal Processor
Pinnacle Imaging Systems offers numerous, affordable Denali-MC HDR ISP licensing options for your camera development projects. Pinnacle’s Denali-MC can be utilized as a full, camera-ready, end-to-end HDR ISP, which contains 3 primary IP blocks, each providing individualized functionality. Two of these three blocks can be licensed as individual IP or the full HDR ISP can be licensed. The individual IP blocks available for licensing are:
• Pinnacle’s HDR block where video frames, conversion gain or exposures are recombined
• Pinnacle’s world class Locally Adaptive Tone Mapping block
The Denali-MC HDR ISP was purposely designed to be a camera-ready, stand-alone HDR ISP, or it can provide HDR functionality within another primary ISP. Here’s why. Denali-MC accepts Bayer sensor data in, the Bayer data goes through Denali-MC’s HDR IP block first, then motion compensation and locally adaptive tone mapping blocks, and passes processed Bayer data back to the primary ISP.
The Denali-MC HDR ISP as an end-to-end HDR ISP or individual IP blocks can be delivered in Encrypted Net List form. For more information on this, inquire with the Pinnacle Support Team.
Each option has its own advantages and is priced accordingly. Pinnacle’s licensing affordability is unsurpassed and every customer is provided support options to ensure a successful handoff and implementation. For further details regarding support options, please contact a Pinnacle representative through the form below.
Custom development to your sensor and logic platform of choice is possible. Pinnacle’s Denali-MC HDR ISP, with limited development, can support 29 individual HDR capable image sensors, 12 different HDR modes and can be ported to the most widely used logic platforms.
• Pinnacle’s HDR block where video frames, conversion gain or exposures are recombined
• Pinnacle’s world class Locally Adaptive Tone Mapping block
The Denali-MC HDR ISP was purposely designed to be a camera-ready, stand-alone HDR ISP, or it can provide HDR functionality within another primary ISP. Here’s why. Denali-MC accepts Bayer sensor data in, the Bayer data goes through Denali-MC’s HDR IP block first, then motion compensation and locally adaptive tone mapping blocks, and passes processed Bayer data back to the primary ISP.
The Denali-MC HDR ISP as an end-to-end HDR ISP or individual IP blocks can be delivered in Encrypted Net List form. For more information on this, inquire with the Pinnacle Support Team.
Each option has its own advantages and is priced accordingly. Pinnacle’s licensing affordability is unsurpassed and every customer is provided support options to ensure a successful handoff and implementation. For further details regarding support options, please contact a Pinnacle representative through the form below.
Custom development to your sensor and logic platform of choice is possible. Pinnacle’s Denali-MC HDR ISP, with limited development, can support 29 individual HDR capable image sensors, 12 different HDR modes and can be ported to the most widely used logic platforms.
Features
- HDR-Specific Features
- Advanced motion compensation algorithms virtually eliminate HDR merge artifacts and transition noise
- Proprietary Locally Adaptive Tone Mapping technology preserves color fidelity through the entire tonal range without creating halo artifacts or color shifts
- Automatic EV bracketing
- Automatic or manual contrast adaptation for global or local video correction
- React™ concurrent still frame and video capture feature, non-destructively extracts four source LDR Bayer images, merged Bayer HDR, tone mapped Bayer or HDMI RGB still frames without interrupting video
- Ability to capture separate HDR and tone mapped output video streams concurrently (ideal for ADAS applications)
- Two or four frame multiple exposure merge (with Sony IMX290 implementation)
- HDR + Low illumination capabilities with Sony IMX290 sensor enable 24/7 round the clock video capture capabilities for any contrast and lighting condition
- Standard ISP Features
- Automatic and manual exposure (including highlights/shadows auto tracking modes)
- Automatic and manual white balance
- Auto gain
- Digital black level and gain pre-compensation for RGGB
- Black level and gain compensation
- Veiling glare correction
- Noise reduction
- Local and global contrast adjustment (HDR)
- Bad pixel correction
- Automatic and manual Region of Interest (ROI) selection
- Signal to noise measurements, histogram calculation
- De-Mosaicing
- 50/60 Hz ambient artificial lighting sync
- 180° display rotation
View HDR Image Signal Processor full description to...
- see the entire HDR Image Signal Processor datasheet
- get in contact with HDR Image Signal Processor Supplier