Vision Processing
Offering a Complete Solution
indie’s vision processor solutions integrate a world-class image signal processing (ISP) with on-chip artificial intelligence (AI) processing and proven perception software. Our co-optimized hardware and AI stack deliver advanced imaging and real-time insights for next-generation ADAS and edge vision systems.
System-on-Chip (SoCs)
Perception Software
Applications
In-Cabin: Driver/Occupant Monitoring Systems (DMS/OMS)
Rearview Camera System
Electronic Mirrors
Robotics
Camera Monitor Systems (CMS)
Industrial
ADAS
Mobility
Surround View System
Technologies
Low-latency ISP
Heterogeneous AI Compute
Multi-Channel H.264 Encoder
Proprietary eWarp® engine
Low-power
Safety
Security
New Blog
Discrete ISP vs. SoC-Integrated ISP in Automotive ECUs – A Comparative Study
In automotive vision-based applications like ADAS and automated driving features, the choice of ISP architecture when designing ECUs can make or break system performance. Should you go with a discrete ISP for maximum flexibility, advanced image processing, and lower latency, or an SoC integrated-ISP for efficiency, compactness, and simplified design? Each path carries trade-offs in system performance, image quality, power, cost, and scalability.
In our latest blog, we break down the advantages of both discrete ISPs and SoC-Integrated ISPs and the challenges designers face when selecting the optimum ISP architecture.
Vision Processing Solutions
| Product Number | Description | |
|---|---|---|
| iND881 | Edge AI Video Processor SoC: multi-stream ISP, neural processing unit (NPU), DSP, applications processor, H.264 encoder, cybersecurity, ASIL-B | View Product |
 iND880 | Camera Video Processor: 4 cameras and 8 video streams, 1400 MPixel/sec, 144 dB HDR, cybersecurity, ASIL-B | View Product |
 GW5 | Camera Video Processor: 8MP, RGB-IR, 120 dB HDR, ASIL-B | View Product |
 GW4 | Camera Video Processor: analog and digital output, 2 MP | View Product |
Customers & Partners
