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VPort 56-2MP series. Introduction. Prepared by : MOXA Security. 08 January 2014. VPort 56–2MP series . Target markets Perimeter fence security Pipeline surveillance Wayside monitoring Others Features Rugged design Full HD (1080p) Zoom in / out. Agenda. What is a zoom camera?
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VPort 56-2MP series Introduction Prepared by : MOXA Security 08 January 2014
VPort 56–2MP series • Target markets • Perimeter fence security • Pipeline surveillance • Wayside monitoring • Others • Features • Rugged design • Full HD (1080p) • Zoom in / out
Agenda What is a zoom camera? VPort 56-2MP information Accessories
Zoom camera system diagram Control loop General IP camera Optical zoom module
Optical zoom example f = 63 mm f = 6.3 mm
VPort 56-2MP:10X Optical + 16X Digital Optical Zoom 10X Digital Zoom 16X
VPort 56-2MP series Full HD (1080p) resolution Support H.264 and MJPEG triple streams @ 30 FPS 10X optical (6.3 mm - 63 mm); 16X digital zoom 3D noise reduction and sense up for harsh lighting environment -40℃ to 75℃ operating temp. without a heater or a fan Optional model with built-in single mode fiber 12/24VDC/24VAC and PoE+ redundant power CBR Pro and Dynastream support for flexible flow control EN50121-4, NEMA TS2 , ATEX Zone 2 compliance ONVIF Profile S compliance World’s 1st wide operating temperature IP zoom camera
VPort 56-2MP outlook Reset button Audio In & Out DIO 485 serial Zoom camera module SD card slot Ethernet/PoE+ DC power
Full HD (1080p) Resolution “p” stands for progressive scan 1080 lines of vertical resolution 16:9 aspect ratio 1920 lines of horizontal resolution → 1920 x 1080 pixels = 2M pixel Increasing : CPU computing power Bandwidth requirement
Low illuminance environment 0.5 Lux : as full moon on a clear night
Result of Sense Sensitivity Level up to x32
Special case : fast moving object The fast moving object will cause a blurred side effect.
Noise Reduction Noise reduction is the process of removing noise from the input signal Methods of noise reduction can be divided into two types: 2-dimensional 2DNR, and 3-dimensional 3DNR (with time sequence) Decreases the bit rate of a video stream
Special case : Zoom in / out Side effect of blurred and incomplete image
Various housing components Ex Rated Housing IP66 Wiper Housing IP68 Housing *Wiper Controlled by VPort Relay Ex Rated Wall Mount Kit + Pole Mount Kit Wall Mount Kit
Tips : Position cameras in housing modules VP-CI701 Housing
Integrated with PT scanner Relay for wiper Serial 485 PT control PTZ Positioning Camera System
Comparison of PTZ solution cameras Tilt Degree
PT Scanner VP-PT1201 Equipped with 2 slip-rings for Pan & Tilt Wide operational temp. from -40 to 70˚C Max. Pan/Tilt speed: 120˚/sec Preset accuracy: Max. ±0.1˚ High MTBF without fan or heater IP66 weather proof for harsh environments 360° endless pan without rotating cables Built-in wiper Optional IR brackets to work with VP-IR3 series illuminator Industrial-grade wide operating temp. PT scanner Compatible with VPort 36 / VPort 56
SoftNVR-IA + VPort 36-1MP Hands-on Prepared by : MOXA Security 08 January 2014
Agenda • Hands on • Preparation • Setup for live view and record • Playback and exporting video files • Case Study • How to : Saving CPU usage in SoftNVR-IA with dozens of cameras
Before We Start (1/2) • Software preparation and installation • Using edscfgui.exe to search VPort36-1MP • Install SoftNVR-IA V3.2
Before We Start (2/2) • Configure your laptop IP accordingly • Group 1: • Laptop: 192.168.127.10 ~ 192.168.127.19 • VPort 36-1MP 192.168.127.101 • Group 2: • Laptop: 192.168.127.20 ~ 192.168.127.29 • VPort 36-1MP 192.168.127.102 …. • Group 9: • Laptop: 192.168.127.40 ~ 192.168.127.49 • VPort 36-1MP 192.168.127.109 • Group 10: • Laptop: 192.168.127.50 ~ 192.168.127.59 • VPort 36-1MP 192.168.127.110
SoftNVR-IA Search VPort devices (VPort36-1MP) Add devices into SoftNVR-IA Set up storage path of recording files Set up recording schedule Playback Export video files
SoftNVR-IA – Searching devices Click “Search” Click “Configuration” Search VPort devices (VPort36-1MP)
SoftNVR-IA – Adding devices Add VPort36-1MP into SoftNVR-IA
SoftNVR-IA – Storage path Set up storage path of recording files
SoftNVR-IA – Recording schedule 1. 2. Set up recording schedule (Always record)
SoftNVR-IA – Playback Click to open Playback AP Play Playback
SoftNVR-IA – Export files Click Event Search Basic info. Exporting options Click the right button on your mouse Export recording video files
Case Study How to : Saving CPU usage in SoftNVR-IA with dozens of cameras
How to : Saving CPU usage • Case: • REQ: 28 channels H.264 720p @ 25 fps recording • Products & recording platform: • Camera : VPort 36-1MP • NVR software : SoftNVR-IA • Computer : CPU spec: ??? Intel Core i5 / i7 • Key factor : H.264 Video Decoding CPU Usage • Situation • In most of cases, users will not have more than 3x3 live video displays • Another reason, to balance resolution between camera & monitor • Solution • Enable the “Background Decode” option • Available SoftNVR-IA V3.2 ~
Solution : Background Decode • Concept: • Video channel will not decode (or only decode partially) if it is not in live display • Reduce more CPU computing requirement • No video frame drops out in video recording files • Side effect: • A delayed display: a non-displayed channel -> a live-displayed one • Delay is based on IP camera FPS and GOP setting • Ex: 25 FPS , display delay < 600ms (GOP=15, MOXA default)
Background Knowledge I Frame I Frame p Frame p Frame p Frame p Frame p Frame p Frame Frame reference *It cannot start decoding from a none I-Frame H.264 / MPEG4 video frame type
Background Decode- None • Switching ~ • Waiting for the coming I-frame • Display gray windows Live Display : 5 ~ 8 - Decode all frames of 5 ~ 8 Live Display : 1 ~ 4 - Decode all frames of 1 ~ 4 • Example: • 8 video channels in total • 4 live video displays at one time • CH5~8 stop decoding and displaying • Live display switch from channel 1 ~ 4 to channel 5 ~ 8
Background Decode- I-Frame only • Switching ~ • Waiting for the coming I-frame • Show the last one I-frame • Live Display : 5 ~ 8 • Decode all frames of 5 ~ 8 • Only decode I frames of 1 ~ 4 • Live Display : 1 ~ 4 • Decode all frames of 1 ~ 4 • Only decode I frames of 5 ~ 8 • Example: • 8 video channels in total • 4 live video displays at one time • CH5~8 decode I-frame only • Live display switch from channel 1 ~ 4 to channel 5 ~ 8
Background Decode- All • Live Display : 5 ~ 8 • Decode all frames of 5 ~ 8 • Live Display : 1 ~ 4 • Decode all frames of 1 ~ 4 • Example: • 8 video channels in total • 4 live video displays at one time • CH5~8 decode and display all • Live display switch from channel 1 ~ 4 to channel 5 ~ 8