THine Electronics introduced a new standalone Image Signal Processor (ISP), the THP7312-P, to support video streaming resolutions up to 4K 30 fps in YUV format.
The new THP7312-P supports all the features of our existing THP7312 but provides higher video streaming resolutions at higher frame rates. It also includes a RAW8 output option which is required to interface and collaborate with the ISP block of large scale SoCs. The 32bit RISC-based Hard-wired Image Signal Processor CPU in these ICs achieves high performance including <1ms low latency and <0.5W power efficiency.
The new THP7312-P is available in the following 2 package options, a BGA (8.0 x 8.0 mm) and a smaller WLCSP (3.9 x 4.0 mm).
Support Tools:
The THP7312-P is supported by THine’s upgraded GUI based ISP firmware development tool that accommodates the THP7312-P’s higher output speeds. The upgraded Camera Development Kit (CDK) tool includes various critical and easy to use software tools along with a hardware kit (THEVAP7312-P) withtheTHP7312-P inside, allowing customers to quickly develop their own customized ISP firmware IP to drive and manage production of their CMOS camera sensor module.
Key Technical Advantages:
- 4.8Gbps MIPI CSI-2 output covering 4K 30fps YUV
- RAW8 Output Option for Large Scale SoC Interfaces
- Supports GUI-based Firmware Development Tools
- Camera Calibration compensation of Image Sensor/Lens variations for Perfect Unit-to-Unit Image Quality in Production
“The increase of MIPI CSI-2 output data rate may sound like a moderate improvement, but it is actually a breakthrough for many applications where real-time uncompressed 4K vision is required,” said Tak Iizuka, Chief Solution Architect of THine Solutions. “With the THP7312-P and our development tools, customers can customize their high-performance video streaming application and get to production quicker than ever before.”
To learn more about THP7312-P, visit www.thine.co.jp/en/products/detail/THP7312-P.html
To learn more about CDK tool kit, visit www.thinesolutions.com/camera-development-kit-cdk and the CDK video at https://www.youtube.com/watch?v=XPfAHk4xTXo
