360-degree panoramic motion DV

Capture whole horizon in one moment

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Function Brief

Replace the lens of traditional motion DV with single/double fisheye lens to achieve 180 * 360 or 360 * 360 degree panoramic record of exciting moments; real time sharing to WeChat, facebook and QQ. Mature solutions for various single lens cameras; stable calibration and mass production solutions for double lens cameras(3-5 seconds per camera). Well designed SDK with wide selection of key features for application developers.

POPEYE double lens motion DV

apply IOS/Andriod

Ultra clear picture quality 3040x1520@30fps

Real time stitching, automatic calibration, real-time sharing

Multi platform view

Support mobile terminals (IOS, Android), PC (Windows, Mac) and Webpage view. Support VR mode.

Technology tracking

This product uses the following Pisoft technology:

Panoramic correlation algorithm

DSP panorama stitching SDK

Mobile end panorama algorithm SDK

Mobile terminal stitching algorithm SDK

Production calibration of panoramic camera

Panoramic content sharing server build

Technical architecture diagram

Monocular / binocular fisheye camera image capture

Image signal transmission of device

Image signal reception of mobile terminal

PI panoramic unwrapping algorithm SDK

Image distortion correction
Multiple panoramic preview modes
various dynamic effect and interaction selection

Solution platform





Docking process

Step 1

Product requirement analysis

Determine the overall needs of project

Propose requirements and standards for achieving overall needs

Application scenario analysis

Target population analysis

Hardware scheme analysis

Step 2

Product definition

Determine the software requirements specification file

Allocation of resources and manpower

Definition of functional attributes

Definition of product strategy

Step 3

design and development

Start with requirements specification,

panoramic image stitching is integrated into the algorithm

Real-time PreviewFile replay

Image undistorted / stitched

Multi display modeMedia file management

File codeimage transmissionshare

Step 4

Iterative operation

Change according to requirements or hardware environment

Modify the application in part or all

Stitching algorithm optimization

Software version update