Common SOC chip models in camera modules

Here are some common Soc chip models for camera modules:

iCatch V39A: highly integrated video camera SOC with ultra-low power consumption of only 1.2W for 4K recording, equipped with the 7th generation ISP processing.

iCatch V50M: Integrates dual-core ARM Cortex-A7 CPU and OpenVG GPU, along with the 6th generation image signal processor H.265/H.264 codec, supports multi-axis EIS and HDR.

iCatch V35MA: Highly integrated, low power, and high cost performance, supports 1080P@60FPS H.264 video and 24MP image capture, supports E anti-shake technology.

SSC359G: Integrates powerful SigmaStar proprietary ISP, with various image algorithms to ensure image quality its programmable neural network inference engine and IVE facilitate the realization of intelligent applications.

SSC379G: Highly integrated multimedia SoC product, suitable high-resolution intelligent video recording and low-power applications, includes a 64-bit quad-core ARM CA53 processor, advanced ISP, etc.

SSA50G: Highly integrated AI camera SoC processor, used for AI camera, CAR camera, and USB camera, etc., high-resolution intelligent video recording applications.

C8629G: Used for high-resolution intelligent video recording applications such as in-vehicle cameras, with high-performance processor core, advanced color engine,/video processor, etc.

SSC8836Q: Suitable for high-resolution intelligent video recording and playback applications such as automotive and sports cameras, includes a64-bit dual-core RISC processor, advanced ISP, etc.

SSC9211: Used for network camera applications, based on dual-core ARM-A7, integrates image sensor interface, advanced ISP, etc.

SSC9351D/SSC9351Q: Suitable for high intelligent video recording applications, such as USB cameras, includes a 32-bit dual-core RISC processor, advanced ISP, etc.

RV126/RV1109: Equipped with low-light noise reduction and intelligent enhancement core algorithms, can present clear, low-noise, and smooth in complex light environments.

RK3588: Has dual 24M ISP processing capability, equipped with self-developed ISP3.0, supports2~6 sensor inputs, can achieve panoramic stitching, supports 8K@30fps H264/H265 encoding output, equipped with-core NPU, provides up to 6T OPS computing power.

Hi3512: A high-performance communication media processor based the ARM9 processor core and video hardware acceleration engine, supports multiple protocols such as H.264 and MJPEG, supports 1.3M Pixels30fps, and supports up to 3 million pixel JPEG capture.

Hi3516: Based on the ARM Cortex A9 processor core, supports 1080P@30fps, supports up to 16 million pixel JPEG capture, adds RGB Bayer format input and CVBS output, and integrates intelligent analysis acceleration engine.

TMS320DM368: Supports multiple high-definition video formats, including VC1, MPEG2, MPEG, MJPEG, and H.264, with a maximum support of 30 frames per second encoding at the 1080p standard. uses the ARM926EJ-S core.

DMVA1: Provides entry-level analysis functions such as people counting, trigger zones, and intelligent motion detection the integration of TI's first-generation vision co-processor.

DMVA2: The video performance is three times that of DMVA1, adopting TI's intelligent technology, enabling intelligent analysis functions with streaming media standards up to 1080p.