IPVM Camera Course Introduction

IPVM offers the only independent surveillance camera course, based on in-depth product and technology testing. Learn more: ipvm.com/repor...
Lots of manufacturer training exists but none it really teaches the underlying technologies and tradeoffs of current 2022 camera technology. This IPVM course solves this.
What the IPVM Camera Course Covers:
In 12 sessions, updated for 2022, including new training on AI, we cover surveillance cameras extensively.
(1) Basic Lenses
The course starts with the fundamentals - lens length, FoV/AoV, varifocal vs fixed focal and focusing - to make sure everyone understands how to use, calculate and plan coverage area.
(2) Advance Lenses
We then proceed to F stops, DoF, lens irises, and shutter speed so attendees understand the impact on low light performance and image quality.
(3) Image Quality
With lensing covered, we turn to resolution and compression, breaking down quantizations levels, quality tradeoffs and measuring image quality variances.
(4) Streaming
Covering codecs (H.265, H.264, etc.), smart codecs and streaming modes (MBR, VBR, CBR), we explain the tradeoffs between bandwidth, image quality and network impact. [NOTE BANDWIDTH MOVES HERE]
(5) WDR / FPS / AGC / DNR
Here we teach the differences across WDR performance, show the impact of frame rate increases (up to 120fps) and explain the critical role and side effects of gain control and digital noise reduction (2DNR, 3DNR, etc.).
(6) Low Light
Covers D/N, IR, Integrated IR, Smart IR, 'super' low light and thermal, contrasting these options and teaching the pros and cons of each one.
(7) PPF
We teach how to use PPF / PPM correctly, what mistakes to avoid and how to incorporate this to improve the quality of your designs.
(8) AI / Smart Cameras
New for 2022, we explain the options and tradeoffs amongst cameras offering VMD, video analytics, ‘AI’, ‘Deep Learning’ including performance issues, hardware options and future trends.
(9) Form Factors
Covers domes, minidomes, turrets, boxes, bullets, PTZs, and cubes, plus IK and IP ratings, explaining the tradeoffs and key reasons for using one vs the other.
(10) Panoramic And PTZs
Fisheye, multi-imager panoramics, and PTZs are the most common choices for covering wide areas. We examine the tradeoffs amongst them, including resolution, range, usability, low light and more.
(11) ONVIF / API & SDKs
Learn what API and SDKs are, going through practical examples of camera and VMS manufacturer's APIs. Plus, understand ONVIF S, G, C, Q and T profiles, breaking down the strengths and limitations of these offerings.
(12) Camera Selection
In our capstone session, we pull all of the training together, showing you how to select and use different camera technologies in common scenarios including parking lots, offices, hallways, entrances, license plates and more.
Who Should and Should NOT Take this Course:
Even if you have lots of hands on experience with surveillance cameras and manufacturer training, you should take this course. It teaches cameras at much greater depth than what regular field work or product specific training provides.
However, if you have no experience with IP cameras, you should not take this course unless you can commit to spending 10 to 15 hours per week studying. We have had many people take this course without experience and do very well, but only if they dedicate sufficient time to studying. You cannot pass this course simply by reading a few hours the night before the exam.
At the end of classes, you will take a comprehensive final exam including multiple-choice and essay questions. If you pass, you will receive an IPVM Camera Course certificate.
Over 900 professionals hold an Surveillance Camera certificate by IPVM.
Learn more: ipvm.com/repor...