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Vadzo Wave – Wi-Fi Camera Portfolio

Vadzo Wave Series Wi-Fi camera solutions are designed for embedded vision systems where wired data connectivity limits deployment flexibility. By integrating high-performance image sensors with wireless networking, the Wave Series enables direct IP video transmission over Wi-Fi networks, allowing cameras to be deployed without dedicated Ethernet infrastructure.

The series supports distributed and portable imaging systems where cameras must operate across large facilities, remote locations, or mobile platforms. With integrated wireless communication and optimized imaging pipelines, Wave cameras enable flexible camera placement while maintaining reliable remote monitoring and system connectivity.

Wireless Connectivity

Remote Access & Control

Low-Latency Streaming

Multi-Device Support

Why Vadzo's Wave Series?

Real-world deployments often require a balance between connectivity, power efficiency, and reliability. While wired PoE solutions provide stable power, they limit installation flexibility due to cabling.

The Wave Series solves this challenge by enabling wireless IP video transmission with flexible powering options. The Wi-Fi camera supports PoE for fixed setups or battery-assisted operation for mobile or temporary deployments. This approach allows system designers to integrate a Wi-Fi camera across diverse locations without redesigning the imaging architecture. Optimized wireless connectivity, efficient sensor pipelines, and low-latency processing make Wave ideal for IoT, industrial automation, robotics, and AI-powered applications.

Wi-Fi Embedded Camera Portfolio

The Vadzo Wave Series portfolio includes wireless camera modules designed for vision systems requiring flexible network connectivity and adaptable power configurations. With integrated Wi-Fi networking, the cameras transmit image data directly to host systems, edge computing platforms, or cloud infrastructure without relying on dedicated wired data connections.


At the same time, the cameras support multiple powering options including PoE-based operation for fixed installations and battery-assisted deployments for portable devices. This architecture allows system designers to deploy cameras across distributed facilities, mobile platforms, and temporary installations while maintaining centralized monitoring and system control.

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IMX662 Ultra Low Light 1080P Wi-Fi Camera

Wave-662CRS

  • Resolution Supported: VGA, 720p, 1080p, and 2MP (1920 x 1080)

  • Special Features: Fusion HDR, Low-Light Sensitivity, NIR sensitivity, On-board Dewarping

  • Interface: Dual Band Wi-Fi (802.11a/b/g/n/ac)

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AR0234 Global Shutter 1080P Wi-Fi Camera

Wave-234CGS

  • Resolution Supported: VGA, 720p, 1080p, and 2MP (1920 × 1200)

  • Special Features: Low Light Sensitive; H.264, H.265 & MJPEG Video Format

  • Interface: Dual Band Wi-Fi (802.11a/b/g/n/ac)

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AR0521 Color 5MP Low Light Wi-Fi Camera

Wave-521CRS

  • Resolution Supported: VGA, 720p, 1080p, and 5MP (2592 x 1944)

  • Special Features: Superior Low-Light Performance, Excellent Video Performance

  • Interface: Dual Band Wi-Fi (802.11a/b/g/n/ac)

Best-Suited Applications for Production Deployment

Flexible Wireless Vision for Distributed Imaging Systems

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Internet of Things (IoT)

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Smart Home Security Systems

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Remote Patient Observation

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Autonomous Guided Vehicles (AGVs)

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Wearable Cameras

Vadzo's Other Camera Portfolio

Vadzo offers a broad portfolio of industrial and embedded vision cameras across USB, MIPI CSI-2, GigE, SerDes, and Wi-Fi interfaces to address diverse imaging requirements, performance targets, and system architectures.

Ready to test Vadzo's Wave Camera?

The camera can be customized to meet your needs.

Get samples in 48 hours. Request a Wave evaluation kit, samples available for rapid prototyping. Vadzo team shall be able to assist you with the details on this. Reach Vadzo Team for customization & quotation for bulk quantities.

Form Factor Modification & Board Redesigns.

Firmware Modifications to Incorporate Custom Features.

Design & Integration of NIR and Color LED Array Boards.

Design & Integration of Microphones, Speakers, & Battery Management*.

Design & Integration of Advanced Sensors: ToF, mmWave Radar, IMU.

Lens Holder Modifications & Electro-Mechanical Lens Filter Control.

Enclosure Design & Manufacturing: IP-Rated and Non IP-Rated.

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