Description

At the end of this course, you will have understood the objectives and characteristics of an IP video project, as well as the main advantages of IP over analog. You will have learned to choose the right equipment, to optimize architecture and storage, as well as to anticipate and manage the evolution of a network.

Who is this training for ?

For whom ?

Security or video surveillance managers, network managers in charge of IP surveillance. Study managers and business managers related to security. Installer technicians.

Prerequisites

Training objectives

Know the chronological stages of a video surveillance project

Understand the legal context of video protection and the possible missions of video cameras

Evaluate the flow rates according to the context: realistic calculation of powers and storage capacities, choice of disks

Understand the main technologies used in IP video cameras: choice of focal lengths, choice of models

Understand the simulation and design working documents in the project phase, the maintenance monitoring table

Master the criteria for choosing key equipment: cameras, servers, networks, video analysis

Training program

• Introduction
  • The evolution of video surveillance architectures (from VCR to NVR, NVS).
  • Analogue and digital comparison table.
  • Strengths and weaknesses of IP.
• Manage a video surveillance project
  • Urban or private.
  • Key elements of a video surveillance system.
  • Drafting specifications.
  • Acquisition / Cameras.
  • Transmission / Networks.
  • Recording / Recorders.
  • Detection / Manual and automatic operation.
  • The objectives, mistakes not to make.
• Cameras
  • What is an IP camera? Current models and selection criteria.
  • Number of areas to cover.
  • Type of area and traffic .
  • Domes or fixed, mobile, field, exterior or interior, brightness, day/night, infrared, LED, thermal.
  • Resolutions, sensors, mega-pixel, HDTV.
  • Optics, focal lengths, auto Iris, light correctors.
  • IP settings and on-board network services.
  • Audio and power supply type.
  • Practical work Configuration of an IP camera.
• Networks
  • Number of cameras? Distances? Optimize bandwidth, budget and architectures.
  • Segmentation, reuse of coaxial cabling in IP.
  • Management remote access.
  • Router configuration.
  • Fixed IP addresses or DHCP.
  • Securing data and access.
  • Practical work Creation of a network of cat5, coax, tel.
  • and Wi-Fi IP cameras, with remote access, bandwidth tests.
• Storage and analysis
  • Centralized or remote, DVR, NCR, NAS.
  • Calendars.
  • Alarm management.
  • Duration and resolution.
  • Recording frequency.
  • Disk space.
  • Redundancy.
  • Backup.
  • Raid.
  • Number of display stations (SD or HD).
  • External display (WAN).
  • Access rights management.
  • Time management.
  • User and profile management.
  • Case study On diagrams, points of sale, school, industrial site, airport, urban environment.
• Actors, standardizations and perspectives
  • Market players (hardware, software).
  • Standardization and interoperability.
  • CNIL.