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Products / Consumer

Delivering smart cameras to the masses.

Ambarella has a rich history of turning cutting-edge processors into best-selling, mass-market products. As consumer trends have shifted over time, our commitment to quality has never wavered, starting with HD and UHD video resolutions, low-power architectural designs, industry-leading AVC/HEVC encoding, and must-have video features such as electronic image stabilization (EIS), and continuing with the latest in computer vision processing. Our chips enable the development of affordable consumer devices—drones, wearables, aftermarket dash-cams, and more—with high-resolution video capabilities, efficient compression, low-power operation, and onboard smart features such as intelligent editing and person-of-interest tracking.

CV7

Ambarella’s CV7 combines 8K image processing, video encoding / decoding, and CVflow® computer vision processing in a single, ultra-low-power design. Its CVflow architecture provides the DNN performance required for the next generation of intelligent camera systems.

Key Features

  • 8KP60 video performance
  • CNN toolkit for easy porting of neural networks implemented in Caffe, TensorFlow, PyTorch, or ONNX frameworks
  • Target applications include sports and adventure cameras, multi-sensor enterprise security cameras, consumer and industrial robots, drone footage and film making, multi-camera aftermarket advanced driver assistance systems (ADAS), driver monitoring systems (DMS), video conferencing systems, intelligent traffic systems, and more

CV75A

Ambarella’s CV75A system on chip (SoC) provides 8MP60 image processing, video encoding / decoding, and CVflow® computer vision processing in a single, low-power design. Fabricated in advanced 5 nm process technology, it achieves an industry-leading combination of low power and high performance in both human vision and computer vision applications.

Key Features

  • 8MP60 video performance
  • CNN toolkit for easy porting of neural networks implemented in Caffe, TensorFlow, PyTorch, or ONNX frameworks
  • Target applications include multi-channel drive recorders / data loggers, multi-camera aftermarket advanced driver assistance systems (ADAS), single- / multi-channel electronic mirrors, driver / in-cabin monitoring systems (DMS / CMS)

CV5

With 8K image processing, video encoding / decoding, and CVflow® computer vision processing, the CV5 SoC is an ideal solution for the next generation of high-resolution and high frame-rate action / sports cameras, VR cameras, and consumer / industrial drones.

Key Features

  • CNN / DNN-based processing: detection, classification, and more
  • CNN toolkit for easy porting of neural networks implemented in Caffe, TensorFlow, PyTorch, or ONNX frameworks
  • 8KP60 video performance
  • Advanced image processing, including HDR, dewarping, EIS, MCTF, and more

CV52

Equipped with 6K image processing, video encoding / decoding, and CVflow® computer vision processing, the CV52 SoC is an ideal solution for the next generation of sports, robotics, drone, and VR cameras, as well as multi-channel drive recorders and multi-camera aftermarket ADAS systems.

Key Features

  • 6KP30 / 4KP90 video performance
  • CNN toolkit for easy porting of neural networks implemented in Caffe, TensorFlow, PyTorch, or ONNX frameworks
  • CNN / DNN based processing: detection, classification, and more
  • Advanced image processing, including HDR, dewarping, EIS, MCTF, and more

CV2A

The CV2 chip delivers industry-leading image processing, 4KP60+ video encoding, and an optimized CVflow® computer vision architecture for high-performance consumer camera systems.

Key Features

  • CNN / DNN-based processing: detection, classification, tracking, and more
  • Dedicated CVflow computer vision processor
  • Tools for high and low-level algorithm development
  • Dedicated hardware for stereo processing
  • CNN toolkit for easy porting with Caffe, TensorFlow, and ONNX
  • Advanced image processing, including HDR, dewarping, EIS, MCTF, and more
  • High-efficiency video encoding up to 4KP60+ performance

CV22A

The CV22 chip combines advanced image processing, 4KP60+ video encoding, and CVflow® computer vision performance to enable the next generation of intelligent sports, drone, wearable, and 360° (VR) cameras.

Key Features

  • 64-bit Arm® quad-core Cortex®-A53 CPU up to 1.0 GHz
  • ThreadX and Linux OS support
  • CNN / DNN-based processing: detection, classification, tracking, and more
  • Dedicated computer vision processor
  • Tools for high- and low-level algorithm development
  • CNN toolkit for easy porting with Caffe, TensorFlow, and ONNX
  • Advanced image / video processing, including HDR, dewarping, EIS, MCTF, low-light imaging, and more
  • Multi-sensor and video processing support for 360° (VR) cameras, stereo cameras, and optical flow for drones
  • H.265 and H.264 video compression up to 4KP60+ performance

CV25A

Designed for wearable, sports, drone, and 360° (VR) cameras with onboard intelligence, the CV25 chip combines state-of-the-art computer vision technology with advanced image processing in a single, low-power design.

Key Features

  • 64-bit Arm® quad-core Cortex®-A53 CPU up to 1.0 GHz
  • CNN / DNN-based processing: detection, classification, tracking, and more
  • Dedicated computer vision processor
  • Tools for high- and low-level algorithm development
  • CNN toolkit for easy porting with Caffe, TensorFlow, and ONNX
  • Advanced image / video processing, including HDR, dewarping, EIS, MCTF, and more
  • H.265 and H.264 video compression up to 4KP30 performance

CV28

Ambarella’s CV28A SoC combines image processing, 8MP30 video encoding / decoding, and CVflow® computer vision processing in a single, low-power design, making it an ideal choice to power the next generation of intelligent automative devices.

Key Features

  • Dual-core Arm® Cortex®-A53 up to 1 GHz
  • CNN / DNN-based processing: detection, classification, tracking, and more
  • CNN toolkit for easy porting with Caffe, TensorFlow, and ONNX
  • 8MP30 maximum encoding / decoding performance
H32 A0 RH

H32

Ambarella’s H32 SoC is ideal for aftermarket dash cameras, wearable applications, and high-performance action cameras, offering advanced image / video processing, 8MP30 video encoding / decoding, and a quad-core processor for the implementation of application code and computer vision algorithms.

Key Features

  • Arm® quad-core Cortex®-A53 CPU up to 1 GHz
  • Multiple OS support: ThreadX, Linux, ThreadX + Linux
  • 8MP30 video encoding (HEVC / AVC)
  • Multi-exposure line-interleaved HDR sensors
  • Electronic image stabilization (EIS)
H22 AQ RH

H22

Targeting a new generation of connected drones, sports, and 360° (VR) cameras, the H22 delivers up to 4K video recording at 60fps (or equivalent) while streaming a second, live, mobile-resolution video over a WiFi network for preview or sharing.

Key Features

  • Arm® quad-core Cortex®-A53 CPU up to 1 GHz
  • Fastboot ThreadX / Linux dual OS
  • 4KP60 video encoding (HEVC / AVC)
  • High dynamic range multi-exposure capture up to 4KP30
  • Simultaneous second stream
  • 3D electronic image stabilization (EIS) with 6-axis correction (translational, pitch, yaw, and roll) and shutter correction
  • Dual processing pipeline for drone optical flow, 360° cameras, and other multi-sensor applications

H2

The H2 SoC is engineered to deliver pristine video during fast action shots as well as smooth slow-motion playback, offering 10-bit high dynamic range (HDR) video processing, high-ISO DSLR-quality photography, and advanced 3D electronic image stabilization, significantly reducing the negative effects of movement during filming.

Key Features

  • Arm® quad-core Cortex®-A53 CPU up to 1 GHz
  • Fastboot ThreadX / Linux dual OS
  • 4KP90 video encoding (AVC)
  • 4KP60 10-bit video encoding (HEVC-10)
  • High dynamic range multi-exposure capture up to 4KP60
  • Simultaneous second stream
  • 3D electronic image stabilization (EIS) with 6-axis correction (translational, pitch, yaw, and roll) and shutter correction up to 4KP60
  • Dual processing pipeline for drone optical flow, 360° cameras, and other multi-sensor applications