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Portable Camera Systems for Mobile Image Capture

Portable camera solutions enable compact action, trail, body and wearable designs with advanced image sensing, low-power battery management, USB-C charging and wireless connectivity.

Optimized Portable Camera Solutions for Motion Detection, Low Light, and Wireless Control

Portable cameras are compact, battery-powered imaging systems used in trail cameras, action cameras, body cameras, wearable cameras, and dashboard cameras. A typical portable camera design integrates an image sensor, ISP, MCU, battery charger, battery management, PMIC, DC-DC converters, LDOs, USB-C interface, wireless communication, memory, HMI, LED/flash drivers, MOSFETs, analog switches, and ESD/EMI protection. These systems are optimized for high-resolution video, low-light capture, motion-triggered recording, wireless control, USB-C charging/data transfer, and long battery life in mobile and rugged environments.

onsemi portable camera solution focuses on low-power image sensing, efficient power architecture, and reliable connectivity. The Hyperlux LP and Hyperlux LH image sensor families support features such as enhanced dynamic range, HDR options, NIR/low-light sensitivity, and Wake-on-Motion, allowing the camera to stay in a low-power pre-detect mode and wake only when motion is detected. This is especially valuable for battery-powered trail cameras, smart body cameras, action cameras, dash cameras, wearable cameras, and portable security cameras, where runtime, fast response, and image quality are key design priorities. 

For engineers and product designers, the solution includes key components such as USB-C controllers and protection ICs, Bluetooth wireless MCUs like RSL15/RSL10, PMICs, buck converters, buck-boost regulators, low-noise LDOs, battery protection MOSFETs, and EEPROM memory. Together, these building blocks improve power efficiency, compact design, system protection, connectivity, and field reliability, making portable cameras suitable for consumer, industrial, automotive, outdoor monitoring, and public safety applications.

Products

Image Sensors
AR2020
Image Sensor, 20 MP, Rolling Shutter, Hyperlux™ LP
Image Sensors
AR0830
Image Sensor, 8.3 MP, Rolling Shutter, Hyperlux™ LP
Image Sensors
AR0544
Image Sensor, 5 MP, Rolling Shutter, Hyperlux™ LP
Image Sensors
AR0822
Image Sensor, 8 MP, Rolling Shutter, Hyperlux™ LH
Image Sensors
AR0246
Image Sensor, 2.0 MP, Rolling Shutter, Hyperlux™ LH
Bluetooth Low Energy
RSL15
Bluetooth® 5.2 Secure Wireless MCU
Converters
NCV92310
Highly integrated PMIC optimized for power over coax sensor modules.
Image Signal Processors (ISPs)
AP1302
Image Signal Processor, 13 MP

Documents

White Papers
Selecting Camera Switches for Next-generation Imaging Applications
White Papers
High Dynamic Range Imaging Using Intelligent Linearization in eHDR Technology
White Papers
Analyzing the Selection Criteria for Image Sensors in Your Design
White Papers
Exploring the Impact of Image Sensors in Robotics and Automation
White Papers
Introducing onsemi's Premier Reference Image Sensor Module (PRISM) Designed to Optimize Camera Development
White Papers
Understanding Challenges in Powering High Resolution, High Frame Rate CMOS Image Sensors

Evaluation Boards/Kits

Evaluation Board
AR2020CSSM13SMTAH3-GEVB
Evaluation Board
AR0830CSSM11SMKAH3-GEVB
AR0830 Premier Reference Image Sensor Module
Evaluation Board
PRISM1M-AR0544CSSC130110-GEVB
AR0544 Image Sensor PRISM Module
Evaluation Board
AR0822NPSC10SMTAH3-GEVB
AR0822 Premier Reference Image Sensor Module
Evaluation Board
AR0246NPSC10SMKAH3-GEVB
AR0246 Premier Reference Image Sensor Module
Evaluation Kit
AGB1N0CS-GEVK
Demo 3 Board
Evaluation Board
AP1302CSSL00SMGAH3-GEVB
Evaluation Board
RSL15-EVB

Design Resources

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Evaluation Boards & Kits

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FAQs

The key parameters include resolution, pixel size, dynamic range, sensitivity, signal-to-noise ratio (SNR), power consumption, and frame rate. Portable cameras often operate in challenging lighting conditions and on battery power, making high sensitivity, low noise, and power efficiency critical design requirements.

HDR enables the camera to capture details in both bright and dark regions of a scene simultaneously. This is particularly important for body-worn cameras, mobile surveillance systems, and portable inspection devices that frequently encounter high-contrast environments such as outdoor daylight, vehicle headlights, or indoor-to-outdoor transitions.

Frame rate requirements vary by application:

  • Standard surveillance: 30 fps
  • Body-worn video: 30 to 60 fps
  • Sports and action recording: 60 to 120 fps
  • Machine vision and tracking: 120 fps or higher

Higher frame rates improve motion capture and analytical accuracy but increase data throughput and power requirements.

Higher resolution improves image detail and digital zoom capability but increases:

  • Data rates
  • Memory requirements
  • Processing demands
  • Power consumption

The optimal resolution depends on the application's field of view, analytics requirements, and battery constraints.

Techniques include:

  • HDR imaging
  • Adaptive exposure control
  • Multi-frame image fusion
  • Low-noise sensor architectures
  • Local tone mapping
  • Advanced image signal processing algorithms

These features help preserve scene details across varying illumination levels.

Larger pixels collect more photons during exposure, improving sensitivity and reducing temporal noise. This results in better image quality under low-light conditions, allowing portable cameras to operate effectively without requiring excessive gain that can degrade image fidelity.

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